(* ImageEn Build 7.0.0.06.2637 @ 7-4-17 14:58:42.679 *) (* Copyright (c) 1998-2017 by Carlotta Calandra. All rights reserved. Copyright (c) 2011-2017 by Xequte Software. This software comes without express or implied warranty. In no case shall the author be liable for any damage or unwanted behavior of any computer hardware and/or software. Author grants you the right to include the component in your application, whether COMMERCIAL, SHAREWARE, or FREEWARE. ImageEn, IEvolution and ImageEn ActiveX may not be included in any commercial, shareware or freeware libraries or components. www.ImageEn.com *) (* File version 1030 *) unit iedicom; {$R-} {$Q-} {$I ie.inc} interface uses Windows, Messages, SysUtils, Classes, Graphics, iexBitmaps, jpegfilt, imageenio, hyiedefs, imageenproc, iej2000; {$ifdef IEINCLUDEDICOM} type TIEDicomTagInfo = record Group : Word; // Group Element : Word; // Element {$ifdef IEDICOMDESC} Desc : string[80]; // Description, Max Length = 68; {$endif} VType : TIEDicomTagType; // Data Type Src : TIEDicomTagSource; // Whether tag is NEMA standard, deprecated or propietary end; type PIEDicomTagInfo = ^TIEDicomTagInfo; procedure IEDicomRead(Stream: TStream; Params: TIOParams; DstBitmap: TIEBitmap; var Progress: TProgressRec; Preview: boolean); function IEDicomTryStream(Stream: TStream): boolean; function IEDicomImageCount(Stream: TStream): integer; overload; function IEDicomImageCount(FileName: string): integer; overload; function IEDicomGetTagInfo(Group: word; Element: word): PIEDicomTagInfo; overload; function IEDicomGetTagInfo(Idx: Integer): TIEDicomTagInfo; overload; function IEDicomWrite_init(Stream: TStream; Params: TIOParams; ImagesCount: integer; var Progress: TProgressRec): pointer; procedure IEDicomWrite_addImage(Context: pointer; Image: TIEBitmap); procedure IEDicomWrite_finalize(Context: pointer); const // Transfer syntax IEDICOM_TRANSFERSYNTAX_UNCOMP_LITTLEENDIAN_IMPLICIT: AnsiString = '1.2.840.10008.1.2'; IEDICOM_TRANSFERSYNTAX_UNCOMP_LITTLEENDIAN_EXPLICIT: AnsiString = '1.2.840.10008.1.2.1'; IEDICOM_TRANSFERSYNTAX_UNCOMP_BIGENDIAN_EXPLICIT: AnsiString = '1.2.840.10008.1.2.2'; IEDICOM_TRANSFERSYNTAX_RLE: AnsiString = '1.2.840.10008.1.2.5'; IEDICOM_TRANSFERSYNTAX_LOSSLESSJPEG1: AnsiString = '1.2.840.10008.1.2.4.57'; IEDICOM_TRANSFERSYNTAX_LOSSLESSJPEG2: AnsiString = '1.2.840.10008.1.2.4.70'; IEDICOM_TRANSFERSYNTAX_LOSSYJPEG8BIT: AnsiString = '1.2.840.10008.1.2.4.50'; IEDICOM_TRANSFERSYNTAX_LOSSYJPEG12BIT: AnsiString = '1.2.840.10008.1.2.4.51'; IEDICOM_TRANSFERSYNTAX_LOSSLESSJPEG2000: AnsiString = '1.2.840.10008.1.2.4.90'; IEDICOM_TRANSFERSYNTAX_LOSSYJPEG2000: AnsiString = '1.2.840.10008.1.2.4.91'; IEDICOM_TRANSFERSYNTAX_MPEG: AnsiString = '1.2.840.10008.1.2.4.100'; IEDICOM_TRANSFERSYNTAX_MPEG101: AnsiString = '1.2.840.10008.1.2.4.101'; IEDICOM_TRANSFERSYNTAX_MPEG102: AnsiString = '1.2.840.10008.1.2.4.102'; IEDICOM_TRANSFERSYNTAX_MPEG103: AnsiString = '1.2.840.10008.1.2.4.103'; // Photometric interpretation IEDICOM_PHOTOMETINTERPRET_MONOCHROME_ZEROISWHITE = 'MONOCHROME1'; IEDICOM_PHOTOMETINTERPRET_MONOCHROME_ZEROISBLACK = 'MONOCHROME2'; IEDICOM_PHOTOMETINTERPRET_PALETTECOLOR = 'PALETTE COLOR'; IEDICOM_PHOTOMETINTERPRET_YBRFULL = 'YBR_FULL'; IEDICOM_PHOTOMETINTERPRET_RGB = 'RGB'; type TDicomReadContext = class private IOParams: TIOParams; Bitmap: TIEBitmap; Progress: TProgressRec; Stream: TIEBufferedReadStream; StreamSize: int64; Implicit: boolean; LittleEndian: boolean; // Intel=LittleEndian TransferSyntax: AnsiString; ThumbPos: int64; ImagePos: int64; SamplesPerPixel: integer; PhotometricInterpretation: AnsiString; PlanarConfiguration: integer; FrameCount: integer; PixelRepresentation: integer; Width: integer; Height: integer; BitsAllocated: integer; BitsStored: integer; BytesPerChannel: integer; RMap: pwordarray; GMap: pwordarray; BMap: pwordarray; GrayMap: pointer; WindowCenter: double; WindowWidth: double; RescaleIntercept: double; RescaleSlope: double; SmallestImagePixelValue: integer; LargestImagePixelValue: integer; function ReadByte(): byte; function ReadWord(rev: boolean): word; function ReadDWord(rev: boolean): dword; procedure ReRangeJpeg2KPixels16(); procedure AdjustRange16g_adjust(); procedure AdjustRange16g_set(); procedure AdjustRange16g(); procedure AdjustRange8g_adjust(); procedure AdjustRange8g_set(); procedure AdjustRange8g(); procedure AdjustMonochrome16g(maxval: integer); procedure AdjustMonochrome8g_adjust(); procedure AdjustMonochrome8g_set(); procedure AdjustMonochrome8g(); procedure VerticalFlip(); function ReadTag(tags: TIEDicomTags): boolean; function GuessVR(): TIEDicomTagType; function GetValueW(w: word): integer; function GetValueB(b: byte): integer; procedure EstimateWindow16g(); procedure EstimateWindow8g(); public constructor Create(Stream_: TStream; var Progress_: TProgressRec); destructor Destroy(); override; procedure ReadHeader(); procedure ReadTags(Params: TIOParams); procedure GetImage(DstBitmap: TIEBitmap; Params: TIOParams; Preview: boolean); end; const Dicom_Tag_Count = 4883; {$endif} implementation uses Math, Contnrs, iesettings, hyieutils; {$ifdef IEINCLUDEDICOM} function DecodeJPEG(lStream: TStream; lOutSmallRA: PIESmallIntArray; lImgRAz: PByteArray; lCptSize: integer; OnProgress: TIEProgressEvent; Sender: TObject): boolean; forward; function DecodeRLE(Stream: TStream; Buffer: pbyte; BufferLen: integer): integer; forward; const { DICOM TAG LIST Sources: - http://medical.nema.org/medical/dicom/current/output/html/part06.html#table_6-1 - http://medical.nema.org/medical/dicom/current/output/html/part06.html#table_8-1 - http://medical.nema.org/medical/dicom/current/output/html/part10.html#table_7.1-1 - http://medical.nema.org/medical/dicom/current/output/html/part07.html#table_E.1-1 - http://medical.nema.org/medical/dicom/current/output/html/part07.html#table_E.2-1 Note: List must be sorted by Group and Element } DicomTagInfo : array [0..Dicom_Tag_Count-1] of TIEDicomTagInfo = ( (Group: $0000; Element: $0000; {$ifdef IEDICOMDESC}Desc: 'Command Group Length';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0000; Element: $0001; {$ifdef IEDICOMDESC}Desc: 'Command Length to End';{$endif} VType: dvUL; Src: dsDeprecated ), (Group: $0000; Element: $0002; {$ifdef IEDICOMDESC}Desc: 'Affected SOP Class UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0000; Element: $0003; {$ifdef IEDICOMDESC}Desc: 'Requested SOP Class UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0000; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Command Recognition Code';{$endif} VType: dvSH; Src: dsDeprecated ), (Group: $0000; Element: $0100; {$ifdef IEDICOMDESC}Desc: 'Command Field';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0000; Element: $0110; {$ifdef IEDICOMDESC}Desc: 'Message ID';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0000; Element: $0120; {$ifdef IEDICOMDESC}Desc: 'Message ID Being Responded To';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0000; Element: $0200; {$ifdef IEDICOMDESC}Desc: 'Initiator';{$endif} VType: dvAE; Src: dsDeprecated ), (Group: $0000; Element: $0300; {$ifdef IEDICOMDESC}Desc: 'Receiver';{$endif} VType: dvAE; Src: dsDeprecated ), (Group: $0000; Element: $0400; {$ifdef IEDICOMDESC}Desc: 'Find Location';{$endif} VType: dvAE; Src: dsDeprecated ), (Group: $0000; Element: $0600; {$ifdef IEDICOMDESC}Desc: 'Move Destination';{$endif} VType: dvAE; Src: dsStandard ), (Group: $0000; Element: $0700; {$ifdef IEDICOMDESC}Desc: 'Priority';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0000; Element: $0800; {$ifdef IEDICOMDESC}Desc: 'Command Data Set Type';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0000; Element: $0850; {$ifdef IEDICOMDESC}Desc: 'Number of Matches';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $0000; Element: $0860; {$ifdef IEDICOMDESC}Desc: 'Response Sequence Number';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $0000; Element: $0900; {$ifdef IEDICOMDESC}Desc: 'Status';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0000; Element: $0901; {$ifdef IEDICOMDESC}Desc: 'Offending Element';{$endif} VType: dvAT; Src: dsStandard ), (Group: $0000; Element: $0902; {$ifdef IEDICOMDESC}Desc: 'Error Comment';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0000; Element: $0903; {$ifdef IEDICOMDESC}Desc: 'Error ID';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0000; Element: $1000; {$ifdef IEDICOMDESC}Desc: 'Affected SOP Instance UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0000; Element: $1001; {$ifdef IEDICOMDESC}Desc: 'Requested SOP Instance UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0000; Element: $1002; {$ifdef IEDICOMDESC}Desc: 'Event Type ID';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0000; Element: $1005; {$ifdef IEDICOMDESC}Desc: 'Attribute Identifier List';{$endif} VType: dvAT; Src: dsStandard ), (Group: $0000; Element: $1008; {$ifdef IEDICOMDESC}Desc: 'Action Type ID';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0000; Element: $1020; {$ifdef IEDICOMDESC}Desc: 'Number of Remaining Sub-operations';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0000; Element: $1021; {$ifdef IEDICOMDESC}Desc: 'Number of Completed Sub-operations';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0000; Element: $1022; {$ifdef IEDICOMDESC}Desc: 'Number of Failed Sub-operations';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0000; Element: $1023; {$ifdef IEDICOMDESC}Desc: 'Number of Warning Sub-operations';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0000; Element: $1030; {$ifdef IEDICOMDESC}Desc: 'Move Originator Application Entity Title';{$endif} VType: dvAE; Src: dsStandard ), (Group: $0000; Element: $1031; {$ifdef IEDICOMDESC}Desc: 'Move Originator Message ID';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0000; Element: $4000; {$ifdef IEDICOMDESC}Desc: 'Dialog Receiver';{$endif} VType: dvLT; Src: dsDeprecated ), (Group: $0000; Element: $4010; {$ifdef IEDICOMDESC}Desc: 'Terminal Type';{$endif} VType: dvLT; Src: dsDeprecated ), (Group: $0000; Element: $5010; {$ifdef IEDICOMDESC}Desc: 'Message Set ID';{$endif} VType: dvSH; Src: dsDeprecated ), (Group: $0000; Element: $5020; {$ifdef IEDICOMDESC}Desc: 'End Message ID';{$endif} VType: dvSH; Src: dsDeprecated ), (Group: $0000; Element: $5110; {$ifdef IEDICOMDESC}Desc: 'Display Format';{$endif} VType: dvLT; Src: dsDeprecated ), (Group: $0000; Element: $5120; {$ifdef IEDICOMDESC}Desc: 'Page Position ID';{$endif} VType: dvLT; Src: dsDeprecated ), (Group: $0000; Element: $5130; {$ifdef IEDICOMDESC}Desc: 'Text Format ID';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0000; Element: $5140; {$ifdef IEDICOMDESC}Desc: 'Normal/Reverse';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0000; Element: $5150; {$ifdef IEDICOMDESC}Desc: 'Add Gray Scale';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0000; Element: $5160; {$ifdef IEDICOMDESC}Desc: 'Borders';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0000; Element: $5170; {$ifdef IEDICOMDESC}Desc: 'Copies';{$endif} VType: dvIS; Src: dsDeprecated ), (Group: $0000; Element: $5180; {$ifdef IEDICOMDESC}Desc: 'Command Magnification Type';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0000; Element: $5190; {$ifdef IEDICOMDESC}Desc: 'Erase';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0000; Element: $51A0; {$ifdef IEDICOMDESC}Desc: 'Print';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0000; Element: $51B0; {$ifdef IEDICOMDESC}Desc: 'Overlays';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $0002; Element: $0000; {$ifdef IEDICOMDESC}Desc: 'File Meta Information Group Length';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0002; Element: $0001; {$ifdef IEDICOMDESC}Desc: 'File Meta Information Version';{$endif} VType: dvOB; Src: dsStandard ), (Group: $0002; Element: $0002; {$ifdef IEDICOMDESC}Desc: 'Media Storage SOP Class UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0002; Element: $0003; {$ifdef IEDICOMDESC}Desc: 'Media Storage SOP Instance UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0002; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Transfer Syntax UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0002; Element: $0012; {$ifdef IEDICOMDESC}Desc: 'Implementation Class UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0002; Element: $0013; {$ifdef IEDICOMDESC}Desc: 'Implementation Version Name';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0002; Element: $0016; {$ifdef IEDICOMDESC}Desc: 'Source Application Entity Title';{$endif} VType: dvAE; Src: dsStandard ), (Group: $0002; Element: $0017; {$ifdef IEDICOMDESC}Desc: 'Sending Application Entity Title';{$endif} VType: dvAE; Src: dsStandard ), (Group: $0002; Element: $0018; {$ifdef IEDICOMDESC}Desc: 'Receiving Application Entity Title';{$endif} VType: dvAE; Src: dsStandard ), (Group: $0002; Element: $0100; {$ifdef IEDICOMDESC}Desc: 'Private Information Creator UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0002; Element: $0102; {$ifdef IEDICOMDESC}Desc: 'Private Information';{$endif} VType: dvOB; Src: dsStandard ), (Group: $0003; Element: $0000; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0003; Element: $0008; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0003; Element: $0011; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0003; Element: $0012; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $0003; Element: $0013; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDA; Src: dsProprietary ), (Group: $0003; Element: $0014; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvTM; Src: dsProprietary ), (Group: $0003; Element: $0020; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0003; Element: $0030; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDA; Src: dsProprietary ), (Group: $0003; Element: $0031; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvTM; Src: dsProprietary ), (Group: $0004; Element: $0000; {$ifdef IEDICOMDESC}Desc: 'File-set Group Length';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $0004; Element: $1130; {$ifdef IEDICOMDESC}Desc: 'File-set ID';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0004; Element: $1141; {$ifdef IEDICOMDESC}Desc: 'File-set Descriptor File ID';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0004; Element: $1142; {$ifdef IEDICOMDESC}Desc: 'Specific Character Set of File-set Descriptor File';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0004; Element: $1200; {$ifdef IEDICOMDESC}Desc: 'Offset of the First Directory Record of the Root Directory Entity';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0004; Element: $1202; {$ifdef IEDICOMDESC}Desc: 'Offset of the Last Directory Record of the Root Directory Entity';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0004; Element: $1212; {$ifdef IEDICOMDESC}Desc: 'File-set Consistency Flag';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0004; Element: $1220; {$ifdef IEDICOMDESC}Desc: 'Directory Record Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0004; Element: $1400; {$ifdef IEDICOMDESC}Desc: 'Offset of the Next Directory Record';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0004; Element: $1410; {$ifdef IEDICOMDESC}Desc: 'Record In-use Flag';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0004; Element: $1420; {$ifdef IEDICOMDESC}Desc: 'Offset of Referenced Lower-Level Directory Entity';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0004; Element: $1430; {$ifdef IEDICOMDESC}Desc: 'Directory Record Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0004; Element: $1432; {$ifdef IEDICOMDESC}Desc: 'Private Record UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0004; Element: $1500; {$ifdef IEDICOMDESC}Desc: 'Referenced File ID';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0004; Element: $1504; {$ifdef IEDICOMDESC}Desc: 'MRDR Directory Record Offset';{$endif} VType: dvUL; Src: dsDeprecated ), (Group: $0004; Element: $1510; {$ifdef IEDICOMDESC}Desc: 'Referenced SOP Class UID in File';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0004; Element: $1511; {$ifdef IEDICOMDESC}Desc: 'Referenced SOP Instance UID in File';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0004; Element: $1512; {$ifdef IEDICOMDESC}Desc: 'Referenced Transfer Syntax UID in File';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0004; Element: $151A; {$ifdef IEDICOMDESC}Desc: 'Referenced Related General SOP Class UID in File';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0004; Element: $1600; {$ifdef IEDICOMDESC}Desc: 'Number of References';{$endif} VType: dvUL; Src: dsDeprecated ), (Group: $0005; Element: $0000; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0006; Element: $0000; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0008; Element: $0000; {$ifdef IEDICOMDESC}Desc: 'Identifying Group Length';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $0008; Element: $0001; {$ifdef IEDICOMDESC}Desc: 'Length to End';{$endif} VType: dvUL; Src: dsDeprecated ), (Group: $0008; Element: $0005; {$ifdef IEDICOMDESC}Desc: 'Specific Character Set';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0008; Element: $0006; {$ifdef IEDICOMDESC}Desc: 'Language Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $0008; {$ifdef IEDICOMDESC}Desc: 'Image Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0008; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Recognition Code';{$endif} VType: dvSH; Src: dsDeprecated ), (Group: $0008; Element: $0012; {$ifdef IEDICOMDESC}Desc: 'Instance Creation Date';{$endif} VType: dvDA; Src: dsStandard ), (Group: $0008; Element: $0013; {$ifdef IEDICOMDESC}Desc: 'Instance Creation Time';{$endif} VType: dvTM; Src: dsStandard ), (Group: $0008; Element: $0014; {$ifdef IEDICOMDESC}Desc: 'Instance Creator UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0008; Element: $0015; {$ifdef IEDICOMDESC}Desc: 'Instance Coercion Date/Time';{$endif} VType: dvDT; Src: dsStandard ), (Group: $0008; Element: $0016; {$ifdef IEDICOMDESC}Desc: 'SOP Class UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0008; Element: $0018; {$ifdef IEDICOMDESC}Desc: 'SOP Instance UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0008; Element: $001A; {$ifdef IEDICOMDESC}Desc: 'Related General SOP Class UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0008; Element: $001B; {$ifdef IEDICOMDESC}Desc: 'Original Specialized SOP Class UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0008; Element: $0020; {$ifdef IEDICOMDESC}Desc: 'Study Date';{$endif} VType: dvDA; Src: dsStandard ), (Group: $0008; Element: $0021; {$ifdef IEDICOMDESC}Desc: 'Series Date';{$endif} VType: dvDA; Src: dsStandard ), (Group: $0008; Element: $0022; {$ifdef IEDICOMDESC}Desc: 'Acquisition Date';{$endif} VType: dvDA; Src: dsStandard ), (Group: $0008; Element: $0023; {$ifdef IEDICOMDESC}Desc: 'Content Date';{$endif} VType: dvDA; Src: dsStandard ), (Group: $0008; Element: $0024; {$ifdef IEDICOMDESC}Desc: 'Overlay Date';{$endif} VType: dvDA; Src: dsDeprecated ), (Group: $0008; Element: $0025; {$ifdef IEDICOMDESC}Desc: 'Curve Date';{$endif} VType: dvDA; Src: dsDeprecated ), (Group: $0008; Element: $002A; {$ifdef IEDICOMDESC}Desc: 'Acquisition Date/Time';{$endif} VType: dvDT; Src: dsStandard ), (Group: $0008; Element: $0030; {$ifdef IEDICOMDESC}Desc: 'Study Time';{$endif} VType: dvTM; Src: dsStandard ), (Group: $0008; Element: $0031; {$ifdef IEDICOMDESC}Desc: 'Series Time';{$endif} VType: dvTM; Src: dsStandard ), (Group: $0008; Element: $0032; {$ifdef IEDICOMDESC}Desc: 'Acquisition Time';{$endif} VType: dvTM; Src: dsStandard ), (Group: $0008; Element: $0033; {$ifdef IEDICOMDESC}Desc: 'Content Time';{$endif} VType: dvTM; Src: dsStandard ), (Group: $0008; Element: $0034; {$ifdef IEDICOMDESC}Desc: 'Overlay Time';{$endif} VType: dvTM; Src: dsDeprecated ), (Group: $0008; Element: $0035; {$ifdef IEDICOMDESC}Desc: 'Curve Time';{$endif} VType: dvTM; Src: dsDeprecated ), (Group: $0008; Element: $0040; {$ifdef IEDICOMDESC}Desc: 'Data Set Type';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $0008; Element: $0041; {$ifdef IEDICOMDESC}Desc: 'Data Set Subtype';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0008; Element: $0042; {$ifdef IEDICOMDESC}Desc: 'Nuclear Medicine Series Type';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0008; Element: $0050; {$ifdef IEDICOMDESC}Desc: 'Accession Number';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0008; Element: $0051; {$ifdef IEDICOMDESC}Desc: 'Issuer of Accession Number Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $0052; {$ifdef IEDICOMDESC}Desc: 'Query/Retrieve Level';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0008; Element: $0053; {$ifdef IEDICOMDESC}Desc: 'Query/Retrieve View';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0008; Element: $0054; {$ifdef IEDICOMDESC}Desc: 'Retrieve AE Title';{$endif} VType: dvAE; Src: dsStandard ), (Group: $0008; Element: $0056; {$ifdef IEDICOMDESC}Desc: 'Instance Availability';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0008; Element: $0058; {$ifdef IEDICOMDESC}Desc: 'Failed SOP Instance UID List';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0008; Element: $0060; {$ifdef IEDICOMDESC}Desc: 'Modality';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0008; Element: $0061; {$ifdef IEDICOMDESC}Desc: 'Modalities in Study';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0008; Element: $0062; {$ifdef IEDICOMDESC}Desc: 'SOP Classes in Study';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0008; Element: $0064; {$ifdef IEDICOMDESC}Desc: 'Conversion Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0008; Element: $0068; {$ifdef IEDICOMDESC}Desc: 'Presentation Intent Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0008; Element: $0070; {$ifdef IEDICOMDESC}Desc: 'Manufacturer';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0008; Element: $0080; {$ifdef IEDICOMDESC}Desc: 'Institution Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0008; Element: $0081; {$ifdef IEDICOMDESC}Desc: 'Institution Address';{$endif} VType: dvST; Src: dsStandard ), (Group: $0008; Element: $0082; {$ifdef IEDICOMDESC}Desc: 'Institution Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $0090; {$ifdef IEDICOMDESC}Desc: 'Referring Physician''s Name';{$endif} VType: dvPN; Src: dsStandard ), (Group: $0008; Element: $0092; {$ifdef IEDICOMDESC}Desc: 'Referring Physician''s Address';{$endif} VType: dvST; Src: dsStandard ), (Group: $0008; Element: $0094; {$ifdef IEDICOMDESC}Desc: 'Referring Physician''s Telephone Numbers';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0008; Element: $0096; {$ifdef IEDICOMDESC}Desc: 'Referring Physician Identification Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $0100; {$ifdef IEDICOMDESC}Desc: 'Code Value';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0008; Element: $0101; {$ifdef IEDICOMDESC}Desc: 'Extended Code Value';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0008; Element: $0102; {$ifdef IEDICOMDESC}Desc: 'Coding Scheme Designator';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0008; Element: $0103; {$ifdef IEDICOMDESC}Desc: 'Coding Scheme Version';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0008; Element: $0104; {$ifdef IEDICOMDESC}Desc: 'Code Meaning';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0008; Element: $0105; {$ifdef IEDICOMDESC}Desc: 'Mapping Resource';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0008; Element: $0106; {$ifdef IEDICOMDESC}Desc: 'Context Group Version';{$endif} VType: dvDT; Src: dsStandard ), (Group: $0008; Element: $0107; {$ifdef IEDICOMDESC}Desc: 'Context Group Local Version';{$endif} VType: dvDT; Src: dsStandard ), (Group: $0008; Element: $0108; {$ifdef IEDICOMDESC}Desc: 'Extended Code Meaning';{$endif} VType: dvLT; Src: dsStandard ), (Group: $0008; Element: $010B; {$ifdef IEDICOMDESC}Desc: 'Context Group Extension Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0008; Element: $010C; {$ifdef IEDICOMDESC}Desc: 'Coding Scheme UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0008; Element: $010D; {$ifdef IEDICOMDESC}Desc: 'Context Group Extension Creator UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0008; Element: $010F; {$ifdef IEDICOMDESC}Desc: 'Context Identifier';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0008; Element: $0110; {$ifdef IEDICOMDESC}Desc: 'Coding Scheme Identification Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $0112; {$ifdef IEDICOMDESC}Desc: 'Coding Scheme Registry';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0008; Element: $0114; {$ifdef IEDICOMDESC}Desc: 'Coding Scheme External ID';{$endif} VType: dvST; Src: dsStandard ), (Group: $0008; Element: $0115; {$ifdef IEDICOMDESC}Desc: 'Coding Scheme Name';{$endif} VType: dvST; Src: dsStandard ), (Group: $0008; Element: $0116; {$ifdef IEDICOMDESC}Desc: 'Coding Scheme Responsible Organization';{$endif} VType: dvST; Src: dsStandard ), (Group: $0008; Element: $0117; {$ifdef IEDICOMDESC}Desc: 'Context UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0008; Element: $0201; {$ifdef IEDICOMDESC}Desc: 'Timezone Offset From UTC';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0008; Element: $1000; {$ifdef IEDICOMDESC}Desc: 'Network ID';{$endif} VType: dvAE; Src: dsDeprecated ), (Group: $0008; Element: $1010; {$ifdef IEDICOMDESC}Desc: 'Station Name';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0008; Element: $1030; {$ifdef IEDICOMDESC}Desc: 'Study Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0008; Element: $1032; {$ifdef IEDICOMDESC}Desc: 'Procedure Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $103E; {$ifdef IEDICOMDESC}Desc: 'Series Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0008; Element: $103F; {$ifdef IEDICOMDESC}Desc: 'Series Description Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $1040; {$ifdef IEDICOMDESC}Desc: 'Institutional Department Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0008; Element: $1048; {$ifdef IEDICOMDESC}Desc: 'Physician(s) of Record';{$endif} VType: dvPN; Src: dsStandard ), (Group: $0008; Element: $1049; {$ifdef IEDICOMDESC}Desc: 'Physician(s) of Record Identification Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $1050; {$ifdef IEDICOMDESC}Desc: 'Performing Physician''s Name';{$endif} VType: dvPN; Src: dsStandard ), (Group: $0008; Element: $1052; {$ifdef IEDICOMDESC}Desc: 'Performing Physician Identification Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $1060; {$ifdef IEDICOMDESC}Desc: 'Name of Physician(s) Reading Study';{$endif} VType: dvPN; Src: dsStandard ), (Group: $0008; Element: $1062; {$ifdef IEDICOMDESC}Desc: 'Physician(s) Reading Study Identification Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $1070; {$ifdef IEDICOMDESC}Desc: 'Operators'' Name';{$endif} VType: dvPN; Src: dsStandard ), (Group: $0008; Element: $1072; {$ifdef IEDICOMDESC}Desc: 'Operator Identification Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $1080; {$ifdef IEDICOMDESC}Desc: 'Admitting Diagnoses Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0008; Element: $1084; {$ifdef IEDICOMDESC}Desc: 'Admitting Diagnoses Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $1090; {$ifdef IEDICOMDESC}Desc: 'Manufacturer''s Model Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0008; Element: $1100; {$ifdef IEDICOMDESC}Desc: 'Referenced Results Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0008; Element: $1110; {$ifdef IEDICOMDESC}Desc: 'Referenced Study Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $1111; {$ifdef IEDICOMDESC}Desc: 'Referenced Performed Procedure Step Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $1115; {$ifdef IEDICOMDESC}Desc: 'Referenced Series Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $1120; {$ifdef IEDICOMDESC}Desc: 'Referenced Patient Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $1125; {$ifdef IEDICOMDESC}Desc: 'Referenced Visit Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $1130; {$ifdef IEDICOMDESC}Desc: 'Referenced Overlay Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0008; Element: $1134; {$ifdef IEDICOMDESC}Desc: 'Referenced Stereometric Instance Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $113A; {$ifdef IEDICOMDESC}Desc: 'Referenced Waveform Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $1140; {$ifdef IEDICOMDESC}Desc: 'Referenced Image Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $1145; {$ifdef IEDICOMDESC}Desc: 'Referenced Curve Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0008; Element: $1148; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSQ; Src: dsProprietary ), (Group: $0008; Element: $114A; {$ifdef IEDICOMDESC}Desc: 'Referenced Instance Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $114B; {$ifdef IEDICOMDESC}Desc: 'Referenced Real World Value Mapping Instance Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $114C; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSQ; Src: dsProprietary ), (Group: $0008; Element: $1150; {$ifdef IEDICOMDESC}Desc: 'Referenced SOP Class UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0008; Element: $1155; {$ifdef IEDICOMDESC}Desc: 'Referenced SOP Instance UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0008; Element: $115A; {$ifdef IEDICOMDESC}Desc: 'SOP Classes Supported';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0008; Element: $1160; {$ifdef IEDICOMDESC}Desc: 'Referenced Frame Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0008; Element: $1161; {$ifdef IEDICOMDESC}Desc: 'Simple Frame List';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0008; Element: $1162; {$ifdef IEDICOMDESC}Desc: 'Calculated Frame List';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0008; Element: $1163; {$ifdef IEDICOMDESC}Desc: 'Time Range';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0008; Element: $1164; {$ifdef IEDICOMDESC}Desc: 'Frame Extraction Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $1167; {$ifdef IEDICOMDESC}Desc: 'Multi-frame Source SOP Instance UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0008; Element: $1190; {$ifdef IEDICOMDESC}Desc: 'Retrieve URL';{$endif} VType: dvUR; Src: dsStandard ), (Group: $0008; Element: $1195; {$ifdef IEDICOMDESC}Desc: 'Transaction UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0008; Element: $1196; {$ifdef IEDICOMDESC}Desc: 'Warning Reason';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0008; Element: $1197; {$ifdef IEDICOMDESC}Desc: 'Failure Reason';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0008; Element: $1198; {$ifdef IEDICOMDESC}Desc: 'Failed SOP Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $1199; {$ifdef IEDICOMDESC}Desc: 'Referenced SOP Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $1200; {$ifdef IEDICOMDESC}Desc: 'Studies Containing Other Referenced Instances Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $1250; {$ifdef IEDICOMDESC}Desc: 'Related Series Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $2110; {$ifdef IEDICOMDESC}Desc: 'Lossy Image Compression (Retired)';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0008; Element: $2111; {$ifdef IEDICOMDESC}Desc: 'Derivation Description';{$endif} VType: dvST; Src: dsStandard ), (Group: $0008; Element: $2112; {$ifdef IEDICOMDESC}Desc: 'Source Image Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $2120; {$ifdef IEDICOMDESC}Desc: 'Stage Name';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0008; Element: $2122; {$ifdef IEDICOMDESC}Desc: 'Stage Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0008; Element: $2124; {$ifdef IEDICOMDESC}Desc: 'Number of Stages';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0008; Element: $2127; {$ifdef IEDICOMDESC}Desc: 'View Name';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0008; Element: $2128; {$ifdef IEDICOMDESC}Desc: 'View Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0008; Element: $2129; {$ifdef IEDICOMDESC}Desc: 'Number of Event Timers';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0008; Element: $212A; {$ifdef IEDICOMDESC}Desc: 'Number of Views in Stage';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0008; Element: $2130; {$ifdef IEDICOMDESC}Desc: 'Event Elapsed Time(s)';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0008; Element: $2132; {$ifdef IEDICOMDESC}Desc: 'Event Timer Name(s)';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0008; Element: $2133; {$ifdef IEDICOMDESC}Desc: 'Event Timer Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $2134; {$ifdef IEDICOMDESC}Desc: 'Event Time Offset';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0008; Element: $2135; {$ifdef IEDICOMDESC}Desc: 'Event Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $2142; {$ifdef IEDICOMDESC}Desc: 'Start Trim';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0008; Element: $2143; {$ifdef IEDICOMDESC}Desc: 'Stop Trim';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0008; Element: $2144; {$ifdef IEDICOMDESC}Desc: 'Recommended Display Frame Rate';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0008; Element: $2200; {$ifdef IEDICOMDESC}Desc: 'Transducer Position';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0008; Element: $2204; {$ifdef IEDICOMDESC}Desc: 'Transducer Orientation';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0008; Element: $2208; {$ifdef IEDICOMDESC}Desc: 'Anatomic Structure';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0008; Element: $2218; {$ifdef IEDICOMDESC}Desc: 'Anatomic Region Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $2220; {$ifdef IEDICOMDESC}Desc: 'Anatomic Region Modifier Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $2228; {$ifdef IEDICOMDESC}Desc: 'Primary Anatomic Structure Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $2229; {$ifdef IEDICOMDESC}Desc: 'Anatomic Structure, Space or Region Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $2230; {$ifdef IEDICOMDESC}Desc: 'Primary Anatomic Structure Modifier Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $2240; {$ifdef IEDICOMDESC}Desc: 'Transducer Position Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0008; Element: $2242; {$ifdef IEDICOMDESC}Desc: 'Transducer Position Modifier Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0008; Element: $2244; {$ifdef IEDICOMDESC}Desc: 'Transducer Orientation Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0008; Element: $2246; {$ifdef IEDICOMDESC}Desc: 'Transducer Orientation Modifier Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0008; Element: $2251; {$ifdef IEDICOMDESC}Desc: 'Anatomic Structure Space or Region Code Sequence (Trial)';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0008; Element: $2253; {$ifdef IEDICOMDESC}Desc: 'Anatomic Portal of Entrance Code Sequence (Trial)';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0008; Element: $2255; {$ifdef IEDICOMDESC}Desc: 'Anatomic Approach Direction Code Sequence (Trial)';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0008; Element: $2256; {$ifdef IEDICOMDESC}Desc: 'Anatomic Perspective Description (Trial)';{$endif} VType: dvST; Src: dsDeprecated ), (Group: $0008; Element: $2257; {$ifdef IEDICOMDESC}Desc: 'Anatomic Perspective Code Sequence (Trial)';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0008; Element: $2258; {$ifdef IEDICOMDESC}Desc: 'Anatomic Location of Examining Instrument Description (Trial)';{$endif} VType: dvST; Src: dsDeprecated ), (Group: $0008; Element: $2259; {$ifdef IEDICOMDESC}Desc: 'Anatomic Location of Examining Instrument Code Sequence (Trial)';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0008; Element: $225A; {$ifdef IEDICOMDESC}Desc: 'Anatomic Structure Space or Region Modifier Code Sequence (Trial)';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0008; Element: $225C; {$ifdef IEDICOMDESC}Desc: 'On Axis Background Anatomic Structure Code Sequence (Trial)';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0008; Element: $3001; {$ifdef IEDICOMDESC}Desc: 'Alternate Representation Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $3010; {$ifdef IEDICOMDESC}Desc: 'Irradiation Event UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0008; Element: $3011; {$ifdef IEDICOMDESC}Desc: 'Source Irradiation Event Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $3012; {$ifdef IEDICOMDESC}Desc: 'Radiopharmaceutical Administration Event UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0008; Element: $4000; {$ifdef IEDICOMDESC}Desc: 'Identifying Comments';{$endif} VType: dvLT; Src: dsDeprecated ), (Group: $0008; Element: $9007; {$ifdef IEDICOMDESC}Desc: 'Frame Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0008; Element: $9092; {$ifdef IEDICOMDESC}Desc: 'Referenced Image Evidence Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $9121; {$ifdef IEDICOMDESC}Desc: 'Referenced Raw Data Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $9123; {$ifdef IEDICOMDESC}Desc: 'Creator-Version UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0008; Element: $9124; {$ifdef IEDICOMDESC}Desc: 'Derivation Image Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $9154; {$ifdef IEDICOMDESC}Desc: 'Source Image Evidence Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $9205; {$ifdef IEDICOMDESC}Desc: 'Pixel Presentation';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0008; Element: $9206; {$ifdef IEDICOMDESC}Desc: 'Volumetric Properties';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0008; Element: $9207; {$ifdef IEDICOMDESC}Desc: 'Volume Based Calculation Technique';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0008; Element: $9208; {$ifdef IEDICOMDESC}Desc: 'Complex Image Component';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0008; Element: $9209; {$ifdef IEDICOMDESC}Desc: 'Acquisition Contrast';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0008; Element: $9215; {$ifdef IEDICOMDESC}Desc: 'Derivation Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $9237; {$ifdef IEDICOMDESC}Desc: 'Referenced Presentation State Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $9410; {$ifdef IEDICOMDESC}Desc: 'Referenced Other Plane Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $9458; {$ifdef IEDICOMDESC}Desc: 'Frame Display Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0008; Element: $9459; {$ifdef IEDICOMDESC}Desc: 'Recommended Display Frame Rate in Float';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0008; Element: $9460; {$ifdef IEDICOMDESC}Desc: 'Skip Frame Range Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0009; Element: $0000; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0009; Element: $0001; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0009; Element: $0002; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0009; Element: $0003; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0009; Element: $0004; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0009; Element: $0005; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUN; Src: dsProprietary ), (Group: $0009; Element: $0006; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUN; Src: dsProprietary ), (Group: $0009; Element: $0007; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUN; Src: dsProprietary ), (Group: $0009; Element: $0008; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0009; Element: $0009; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0009; Element: $000A; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0009; Element: $000B; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0009; Element: $000C; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0009; Element: $000D; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0009; Element: $000E; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0009; Element: $000F; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUN; Src: dsProprietary ), (Group: $0009; Element: $0010; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0009; Element: $0011; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0009; Element: $0012; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0009; Element: $0013; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0009; Element: $0014; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0009; Element: $0015; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0009; Element: $0016; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0009; Element: $0017; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0009; Element: $0018; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0009; Element: $001A; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0009; Element: $001E; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUI; Src: dsProprietary ), (Group: $0009; Element: $0020; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0009; Element: $0021; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0009; Element: $0022; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSH; Src: dsProprietary ), (Group: $0009; Element: $0023; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0009; Element: $0024; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0009; Element: $0025; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0009; Element: $0026; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0009; Element: $0027; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0009; Element: $0029; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0009; Element: $002A; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0009; Element: $002C; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLO; Src: dsProprietary ), (Group: $0009; Element: $002D; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0009; Element: $002E; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvFD; Src: dsProprietary ), (Group: $0009; Element: $002F; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0009; Element: $0030; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0009; Element: $0031; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0009; Element: $0032; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0009; Element: $0034; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0009; Element: $0035; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0009; Element: $0037; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0009; Element: $0038; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0009; Element: $0039; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0009; Element: $003A; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0009; Element: $003E; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0009; Element: $003F; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0009; Element: $0040; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0009; Element: $0041; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0009; Element: $0042; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0009; Element: $0043; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0009; Element: $0050; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0009; Element: $0051; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0009; Element: $0060; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0009; Element: $0061; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0009; Element: $0070; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0009; Element: $0080; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0009; Element: $0091; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0009; Element: $00E2; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0009; Element: $00E3; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUI; Src: dsProprietary ), (Group: $0009; Element: $00E6; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSH; Src: dsProprietary ), (Group: $0009; Element: $00E7; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $0009; Element: $00E8; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $0009; Element: $00E9; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0009; Element: $00F2; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUN; Src: dsProprietary ), (Group: $0009; Element: $00F3; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUN; Src: dsProprietary ), (Group: $0009; Element: $00F4; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0009; Element: $00F5; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0009; Element: $00F6; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0009; Element: $00F8; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0009; Element: $00FB; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0009; Element: $1002; {$ifdef IEDICOMDESC}Desc: 'Suite ID';{$endif} VType: dvOB; Src: dsProprietary ), (Group: $0009; Element: $1003; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvOB; Src: dsProprietary ), (Group: $0009; Element: $1010; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUN; Src: dsProprietary ), (Group: $0010; Element: $0000; {$ifdef IEDICOMDESC}Desc: 'Patient Group Length';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $0010; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Patient''s Name';{$endif} VType: dvPN; Src: dsStandard ), (Group: $0010; Element: $0020; {$ifdef IEDICOMDESC}Desc: 'Patient ID';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0010; Element: $0021; {$ifdef IEDICOMDESC}Desc: 'Issuer of Patient ID';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0010; Element: $0022; {$ifdef IEDICOMDESC}Desc: 'Type of Patient ID';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0010; Element: $0024; {$ifdef IEDICOMDESC}Desc: 'Issuer of Patient ID Qualifiers Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0010; Element: $0030; {$ifdef IEDICOMDESC}Desc: 'Patient''s Birth Date';{$endif} VType: dvDA; Src: dsStandard ), (Group: $0010; Element: $0032; {$ifdef IEDICOMDESC}Desc: 'Patient''s Birth Time';{$endif} VType: dvTM; Src: dsStandard ), (Group: $0010; Element: $0040; {$ifdef IEDICOMDESC}Desc: 'Patient''s Sex';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0010; Element: $0050; {$ifdef IEDICOMDESC}Desc: 'Patient''s Insurance Plan Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0010; Element: $0101; {$ifdef IEDICOMDESC}Desc: 'Patient''s Primary Language Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0010; Element: $0102; {$ifdef IEDICOMDESC}Desc: 'Patient''s Primary Language Modifier Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0010; Element: $0200; {$ifdef IEDICOMDESC}Desc: 'Quality Control Subject';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0010; Element: $0201; {$ifdef IEDICOMDESC}Desc: 'Quality Control Subject Type Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0010; Element: $1000; {$ifdef IEDICOMDESC}Desc: 'Other Patient IDs';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0010; Element: $1001; {$ifdef IEDICOMDESC}Desc: 'Other Patient Names';{$endif} VType: dvPN; Src: dsStandard ), (Group: $0010; Element: $1002; {$ifdef IEDICOMDESC}Desc: 'Other Patient IDs Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0010; Element: $1005; {$ifdef IEDICOMDESC}Desc: 'Patient''s Birth Name';{$endif} VType: dvPN; Src: dsStandard ), (Group: $0010; Element: $1010; {$ifdef IEDICOMDESC}Desc: 'Patient''s Age';{$endif} VType: dvAS; Src: dsStandard ), (Group: $0010; Element: $1020; {$ifdef IEDICOMDESC}Desc: 'Patient''s Size';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0010; Element: $1021; {$ifdef IEDICOMDESC}Desc: 'Patient''s Size Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0010; Element: $1030; {$ifdef IEDICOMDESC}Desc: 'Patient''s Weight';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0010; Element: $1040; {$ifdef IEDICOMDESC}Desc: 'Patient''s Address';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0010; Element: $1050; {$ifdef IEDICOMDESC}Desc: 'Insurance Plan Identification';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0010; Element: $1060; {$ifdef IEDICOMDESC}Desc: 'Patient''s Mother''s Birth Name';{$endif} VType: dvPN; Src: dsStandard ), (Group: $0010; Element: $1080; {$ifdef IEDICOMDESC}Desc: 'Military Rank';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0010; Element: $1081; {$ifdef IEDICOMDESC}Desc: 'Branch of Service';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0010; Element: $1090; {$ifdef IEDICOMDESC}Desc: 'Medical Record Locator';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0010; Element: $1100; {$ifdef IEDICOMDESC}Desc: 'Referenced Patient Photo Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0010; Element: $2000; {$ifdef IEDICOMDESC}Desc: 'Medical Alerts';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0010; Element: $2110; {$ifdef IEDICOMDESC}Desc: 'Allergies';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0010; Element: $2150; {$ifdef IEDICOMDESC}Desc: 'Country of Residence';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0010; Element: $2152; {$ifdef IEDICOMDESC}Desc: 'Region of Residence';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0010; Element: $2154; {$ifdef IEDICOMDESC}Desc: 'Patient''s Telephone Numbers';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0010; Element: $2160; {$ifdef IEDICOMDESC}Desc: 'Ethnic Group';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0010; Element: $2180; {$ifdef IEDICOMDESC}Desc: 'Occupation';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0010; Element: $21A0; {$ifdef IEDICOMDESC}Desc: 'Smoking Status';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0010; Element: $21B0; {$ifdef IEDICOMDESC}Desc: 'Additional Patient History';{$endif} VType: dvLT; Src: dsStandard ), (Group: $0010; Element: $21C0; {$ifdef IEDICOMDESC}Desc: 'Pregnancy Status';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0010; Element: $21D0; {$ifdef IEDICOMDESC}Desc: 'Last Menstrual Date';{$endif} VType: dvDA; Src: dsStandard ), (Group: $0010; Element: $21F0; {$ifdef IEDICOMDESC}Desc: 'Patient''s Religious Preference';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0010; Element: $2201; {$ifdef IEDICOMDESC}Desc: 'Patient Species Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0010; Element: $2202; {$ifdef IEDICOMDESC}Desc: 'Patient Species Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0010; Element: $2203; {$ifdef IEDICOMDESC}Desc: 'Patient''s Sex Neutered';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0010; Element: $2210; {$ifdef IEDICOMDESC}Desc: 'Anatomical Orientation Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0010; Element: $2292; {$ifdef IEDICOMDESC}Desc: 'Patient Breed Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0010; Element: $2293; {$ifdef IEDICOMDESC}Desc: 'Patient Breed Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0010; Element: $2294; {$ifdef IEDICOMDESC}Desc: 'Breed Registration Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0010; Element: $2295; {$ifdef IEDICOMDESC}Desc: 'Breed Registration Number';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0010; Element: $2296; {$ifdef IEDICOMDESC}Desc: 'Breed Registry Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0010; Element: $2297; {$ifdef IEDICOMDESC}Desc: 'Responsible Person';{$endif} VType: dvPN; Src: dsStandard ), (Group: $0010; Element: $2298; {$ifdef IEDICOMDESC}Desc: 'Responsible Person Role';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0010; Element: $2299; {$ifdef IEDICOMDESC}Desc: 'Responsible Organization';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0010; Element: $4000; {$ifdef IEDICOMDESC}Desc: 'Patient Comments';{$endif} VType: dvLT; Src: dsStandard ), (Group: $0010; Element: $9431; {$ifdef IEDICOMDESC}Desc: 'Examined Body Thickness';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0011; Element: $0001; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0011; Element: $0002; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0011; Element: $0003; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0011; Element: $0004; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0011; Element: $000A; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0011; Element: $000B; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0011; Element: $000C; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0011; Element: $000D; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLO; Src: dsProprietary ), (Group: $0011; Element: $0010; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0011; Element: $0011; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0011; Element: $0012; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLO; Src: dsProprietary ), (Group: $0011; Element: $0013; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLO; Src: dsProprietary ), (Group: $0011; Element: $0015; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0011; Element: $0016; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0011; Element: $0017; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0011; Element: $0018; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0011; Element: $0019; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvFD; Src: dsProprietary ), (Group: $0011; Element: $001A; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0011; Element: $001B; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0011; Element: $001C; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0011; Element: $001D; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0011; Element: $001F; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0011; Element: $0020; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0011; Element: $0021; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0011; Element: $0022; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0011; Element: $0023; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0011; Element: $0024; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0011; Element: $0025; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0011; Element: $0026; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0011; Element: $0027; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0011; Element: $0028; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0011; Element: $0030; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0011; Element: $0031; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0011; Element: $0032; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUN; Src: dsProprietary ), (Group: $0011; Element: $0033; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLO; Src: dsProprietary ), (Group: $0011; Element: $0034; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLO; Src: dsProprietary ), (Group: $0011; Element: $0035; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0011; Element: $0036; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLO; Src: dsProprietary ), (Group: $0011; Element: $0037; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLO; Src: dsProprietary ), (Group: $0011; Element: $0038; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0011; Element: $003A; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0011; Element: $003B; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvFD; Src: dsProprietary ), (Group: $0011; Element: $003C; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvFD; Src: dsProprietary ), (Group: $0011; Element: $003E; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0011; Element: $003F; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0011; Element: $0040; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0011; Element: $0041; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0011; Element: $0042; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0011; Element: $0044; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvFD; Src: dsProprietary ), (Group: $0011; Element: $0045; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvFD; Src: dsProprietary ), (Group: $0011; Element: $0046; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0011; Element: $0055; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvFD; Src: dsProprietary ), (Group: $0011; Element: $0056; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvFD; Src: dsProprietary ), (Group: $0011; Element: $00A1; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDA; Src: dsProprietary ), (Group: $0011; Element: $00A2; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvTM; Src: dsProprietary ), (Group: $0011; Element: $00B0; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0011; Element: $00B2; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0011; Element: $00B4; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0011; Element: $00BC; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvTM; Src: dsProprietary ), (Group: $0011; Element: $00C0; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0011; Element: $00D0; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0011; Element: $00D2; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0012; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Clinical Trial Sponsor Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0012; Element: $0020; {$ifdef IEDICOMDESC}Desc: 'Clinical Trial Protocol ID';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0012; Element: $0021; {$ifdef IEDICOMDESC}Desc: 'Clinical Trial Protocol Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0012; Element: $0030; {$ifdef IEDICOMDESC}Desc: 'Clinical Trial Site ID';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0012; Element: $0031; {$ifdef IEDICOMDESC}Desc: 'Clinical Trial Site Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0012; Element: $0040; {$ifdef IEDICOMDESC}Desc: 'Clinical Trial Subject ID';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0012; Element: $0042; {$ifdef IEDICOMDESC}Desc: 'Clinical Trial Subject Reading ID';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0012; Element: $0050; {$ifdef IEDICOMDESC}Desc: 'Clinical Trial Time Point ID';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0012; Element: $0051; {$ifdef IEDICOMDESC}Desc: 'Clinical Trial Time Point Description';{$endif} VType: dvST; Src: dsStandard ), (Group: $0012; Element: $0060; {$ifdef IEDICOMDESC}Desc: 'Clinical Trial Coordinating Center Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0012; Element: $0062; {$ifdef IEDICOMDESC}Desc: 'Patient Identity Removed';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0012; Element: $0063; {$ifdef IEDICOMDESC}Desc: 'De-identification Method';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0012; Element: $0064; {$ifdef IEDICOMDESC}Desc: 'De-identification Method Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0012; Element: $0071; {$ifdef IEDICOMDESC}Desc: 'Clinical Trial Series ID';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0012; Element: $0072; {$ifdef IEDICOMDESC}Desc: 'Clinical Trial Series Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0012; Element: $0081; {$ifdef IEDICOMDESC}Desc: 'Clinical Trial Protocol Ethics Committee Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0012; Element: $0082; {$ifdef IEDICOMDESC}Desc: 'Clinical Trial Protocol Ethics Committee Approval Number';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0012; Element: $0083; {$ifdef IEDICOMDESC}Desc: 'Consent for Clinical Trial Use Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0012; Element: $0084; {$ifdef IEDICOMDESC}Desc: 'Distribution Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0012; Element: $0085; {$ifdef IEDICOMDESC}Desc: 'Consent for Distribution Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0013; Element: $0000; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0013; Element: $0010; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0013; Element: $0011; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0013; Element: $0012; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0013; Element: $0016; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0013; Element: $0017; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0013; Element: $0018; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvFD; Src: dsProprietary ), (Group: $0013; Element: $0019; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvFD; Src: dsProprietary ), (Group: $0013; Element: $001A; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvFD; Src: dsProprietary ), (Group: $0013; Element: $001C; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvFD; Src: dsProprietary ), (Group: $0013; Element: $001D; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvFD; Src: dsProprietary ), (Group: $0013; Element: $001E; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvFD; Src: dsProprietary ), (Group: $0013; Element: $0020; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0013; Element: $0022; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0013; Element: $0026; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0013; Element: $0030; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDA; Src: dsProprietary ), (Group: $0013; Element: $0031; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0013; Element: $0032; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0013; Element: $0033; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0013; Element: $0034; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0013; Element: $0035; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0013; Element: $0040; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0013; Element: $0042; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0013; Element: $0044; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0013; Element: $0046; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0014; Element: $0023; {$ifdef IEDICOMDESC}Desc: 'CAD File Format';{$endif} VType: dvST; Src: dsDeprecated ), (Group: $0014; Element: $0024; {$ifdef IEDICOMDESC}Desc: 'Component Reference System';{$endif} VType: dvST; Src: dsDeprecated ), (Group: $0014; Element: $0025; {$ifdef IEDICOMDESC}Desc: 'Component Manufacturing Procedure';{$endif} VType: dvST; Src: dsStandard ), (Group: $0014; Element: $0028; {$ifdef IEDICOMDESC}Desc: 'Component Manufacturer';{$endif} VType: dvST; Src: dsStandard ), (Group: $0014; Element: $0030; {$ifdef IEDICOMDESC}Desc: 'Material Thickness';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $0032; {$ifdef IEDICOMDESC}Desc: 'Material Pipe Diameter';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $0034; {$ifdef IEDICOMDESC}Desc: 'Material Isolation Diameter';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $0042; {$ifdef IEDICOMDESC}Desc: 'Material Grade';{$endif} VType: dvST; Src: dsStandard ), (Group: $0014; Element: $0044; {$ifdef IEDICOMDESC}Desc: 'Material Properties Description';{$endif} VType: dvST; Src: dsStandard ), (Group: $0014; Element: $0045; {$ifdef IEDICOMDESC}Desc: 'Material Properties File Format (Retired)';{$endif} VType: dvST; Src: dsDeprecated ), (Group: $0014; Element: $0046; {$ifdef IEDICOMDESC}Desc: 'Material Notes';{$endif} VType: dvLT; Src: dsStandard ), (Group: $0014; Element: $0050; {$ifdef IEDICOMDESC}Desc: 'Component Shape';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0014; Element: $0052; {$ifdef IEDICOMDESC}Desc: 'Curvature Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0014; Element: $0054; {$ifdef IEDICOMDESC}Desc: 'Outer Diameter';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $0056; {$ifdef IEDICOMDESC}Desc: 'Inner Diameter';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $1010; {$ifdef IEDICOMDESC}Desc: 'Actual Environmental Conditions';{$endif} VType: dvST; Src: dsStandard ), (Group: $0014; Element: $1020; {$ifdef IEDICOMDESC}Desc: 'Expiry Date';{$endif} VType: dvDA; Src: dsStandard ), (Group: $0014; Element: $1040; {$ifdef IEDICOMDESC}Desc: 'Environmental Conditions';{$endif} VType: dvST; Src: dsStandard ), (Group: $0014; Element: $2002; {$ifdef IEDICOMDESC}Desc: 'Evaluator Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0014; Element: $2004; {$ifdef IEDICOMDESC}Desc: 'Evaluator Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0014; Element: $2006; {$ifdef IEDICOMDESC}Desc: 'Evaluator Name';{$endif} VType: dvPN; Src: dsStandard ), (Group: $0014; Element: $2008; {$ifdef IEDICOMDESC}Desc: 'Evaluation Attempt';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0014; Element: $2012; {$ifdef IEDICOMDESC}Desc: 'Indication Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0014; Element: $2014; {$ifdef IEDICOMDESC}Desc: 'Indication Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0014; Element: $2016; {$ifdef IEDICOMDESC}Desc: 'Indication Label';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0014; Element: $2018; {$ifdef IEDICOMDESC}Desc: 'Indication Description';{$endif} VType: dvST; Src: dsStandard ), (Group: $0014; Element: $201A; {$ifdef IEDICOMDESC}Desc: 'Indication Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0014; Element: $201C; {$ifdef IEDICOMDESC}Desc: 'Indication Disposition';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0014; Element: $201E; {$ifdef IEDICOMDESC}Desc: 'Indication ROI Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0014; Element: $2030; {$ifdef IEDICOMDESC}Desc: 'Indication Physical Property Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0014; Element: $2032; {$ifdef IEDICOMDESC}Desc: 'Property Label';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0014; Element: $2202; {$ifdef IEDICOMDESC}Desc: 'Coordinate System Number of Axes';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0014; Element: $2204; {$ifdef IEDICOMDESC}Desc: 'Coordinate System Axes Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0014; Element: $2206; {$ifdef IEDICOMDESC}Desc: 'Coordinate System Axis Description';{$endif} VType: dvST; Src: dsStandard ), (Group: $0014; Element: $2208; {$ifdef IEDICOMDESC}Desc: 'Coordinate System Data Set Mapping';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0014; Element: $220A; {$ifdef IEDICOMDESC}Desc: 'Coordinate System Axis Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0014; Element: $220C; {$ifdef IEDICOMDESC}Desc: 'Coordinate System Axis Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0014; Element: $220E; {$ifdef IEDICOMDESC}Desc: 'Coordinate System Axis Units';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0014; Element: $2210; {$ifdef IEDICOMDESC}Desc: 'Coordinate System Axis Values';{$endif} VType: dvOB; Src: dsStandard ), (Group: $0014; Element: $2220; {$ifdef IEDICOMDESC}Desc: 'Coordinate System Transform Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0014; Element: $2222; {$ifdef IEDICOMDESC}Desc: 'Transform Description';{$endif} VType: dvST; Src: dsStandard ), (Group: $0014; Element: $2224; {$ifdef IEDICOMDESC}Desc: 'Transform Number of Axes';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0014; Element: $2226; {$ifdef IEDICOMDESC}Desc: 'Transform Order of Axes';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0014; Element: $2228; {$ifdef IEDICOMDESC}Desc: 'Transformed Axis Units';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0014; Element: $222A; {$ifdef IEDICOMDESC}Desc: 'Coordinate System Transform Rotation and Scale Matrix';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $222C; {$ifdef IEDICOMDESC}Desc: 'Coordinate System Transform Translation Matrix';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $3011; {$ifdef IEDICOMDESC}Desc: 'Internal Detector Frame Time';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $3012; {$ifdef IEDICOMDESC}Desc: 'Number of Frames Integrated';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $3020; {$ifdef IEDICOMDESC}Desc: 'Detector Temperature Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0014; Element: $3022; {$ifdef IEDICOMDESC}Desc: 'Sensor Name';{$endif} VType: dvST; Src: dsStandard ), (Group: $0014; Element: $3024; {$ifdef IEDICOMDESC}Desc: 'Horizontal Offset of Sensor';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $3026; {$ifdef IEDICOMDESC}Desc: 'Vertical Offset of Sensor';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $3028; {$ifdef IEDICOMDESC}Desc: 'Sensor Temperature';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $3040; {$ifdef IEDICOMDESC}Desc: 'Dark Current Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0014; Element: $3050; {$ifdef IEDICOMDESC}Desc: 'Dark Current Counts';{$endif} VType: dvOW; Src: dsStandard ), (Group: $0014; Element: $3060; {$ifdef IEDICOMDESC}Desc: 'Gain Correction Reference Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0014; Element: $3070; {$ifdef IEDICOMDESC}Desc: 'Air Counts';{$endif} VType: dvOW; Src: dsStandard ), (Group: $0014; Element: $3071; {$ifdef IEDICOMDESC}Desc: 'KV Used in Gain Calibration';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $3072; {$ifdef IEDICOMDESC}Desc: 'MA Used in Gain Calibration';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $3073; {$ifdef IEDICOMDESC}Desc: 'Number of Frames Used for Integration';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $3074; {$ifdef IEDICOMDESC}Desc: 'Filter Material Used in Gain Calibration';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0014; Element: $3075; {$ifdef IEDICOMDESC}Desc: 'Filter Thickness Used in Gain Calibration';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $3076; {$ifdef IEDICOMDESC}Desc: 'Date of Gain Calibration';{$endif} VType: dvDA; Src: dsStandard ), (Group: $0014; Element: $3077; {$ifdef IEDICOMDESC}Desc: 'Time of Gain Calibration';{$endif} VType: dvTM; Src: dsStandard ), (Group: $0014; Element: $3080; {$ifdef IEDICOMDESC}Desc: 'Bad Pixel Image';{$endif} VType: dvOB; Src: dsStandard ), (Group: $0014; Element: $3099; {$ifdef IEDICOMDESC}Desc: 'Calibration Notes';{$endif} VType: dvLT; Src: dsStandard ), (Group: $0014; Element: $4002; {$ifdef IEDICOMDESC}Desc: 'Pulser Equipment Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0014; Element: $4004; {$ifdef IEDICOMDESC}Desc: 'Pulser Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0014; Element: $4006; {$ifdef IEDICOMDESC}Desc: 'Pulser Notes';{$endif} VType: dvLT; Src: dsStandard ), (Group: $0014; Element: $4008; {$ifdef IEDICOMDESC}Desc: 'Receiver Equipment Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0014; Element: $400A; {$ifdef IEDICOMDESC}Desc: 'Amplifier Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0014; Element: $400C; {$ifdef IEDICOMDESC}Desc: 'Receiver Notes';{$endif} VType: dvLT; Src: dsStandard ), (Group: $0014; Element: $400E; {$ifdef IEDICOMDESC}Desc: 'Pre-Amplifier Equipment Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0014; Element: $400F; {$ifdef IEDICOMDESC}Desc: 'Pre-Amplifier Notes';{$endif} VType: dvLT; Src: dsStandard ), (Group: $0014; Element: $4010; {$ifdef IEDICOMDESC}Desc: 'Transmit Transducer Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0014; Element: $4011; {$ifdef IEDICOMDESC}Desc: 'Receive Transducer Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0014; Element: $4012; {$ifdef IEDICOMDESC}Desc: 'Number of Elements';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0014; Element: $4013; {$ifdef IEDICOMDESC}Desc: 'Element Shape';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0014; Element: $4014; {$ifdef IEDICOMDESC}Desc: 'Element Dimension A';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $4015; {$ifdef IEDICOMDESC}Desc: 'Element Dimension B';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $4016; {$ifdef IEDICOMDESC}Desc: 'Element Pitch A';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $4017; {$ifdef IEDICOMDESC}Desc: 'Measured Beam Dimension A';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $4018; {$ifdef IEDICOMDESC}Desc: 'Measured Beam Dimension B';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $4019; {$ifdef IEDICOMDESC}Desc: 'Location of Measured Beam Diameter';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $401A; {$ifdef IEDICOMDESC}Desc: 'Nominal Frequency';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $401B; {$ifdef IEDICOMDESC}Desc: 'Measured Center Frequency';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $401C; {$ifdef IEDICOMDESC}Desc: 'Measured Bandwidth';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $401D; {$ifdef IEDICOMDESC}Desc: 'Element Pitch B';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $4020; {$ifdef IEDICOMDESC}Desc: 'Pulser Settings Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0014; Element: $4022; {$ifdef IEDICOMDESC}Desc: 'Pulse Width';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $4024; {$ifdef IEDICOMDESC}Desc: 'Excitation Frequency';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $4026; {$ifdef IEDICOMDESC}Desc: 'Modulation Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0014; Element: $4028; {$ifdef IEDICOMDESC}Desc: 'Damping';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $4030; {$ifdef IEDICOMDESC}Desc: 'Receiver Settings Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0014; Element: $4031; {$ifdef IEDICOMDESC}Desc: 'Acquired Soundpath Length';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $4032; {$ifdef IEDICOMDESC}Desc: 'Acquisition Compression Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0014; Element: $4033; {$ifdef IEDICOMDESC}Desc: 'Acquisition Sample Size';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0014; Element: $4034; {$ifdef IEDICOMDESC}Desc: 'Rectifier Smoothing';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $4035; {$ifdef IEDICOMDESC}Desc: 'DAC Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0014; Element: $4036; {$ifdef IEDICOMDESC}Desc: 'DAC Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0014; Element: $4038; {$ifdef IEDICOMDESC}Desc: 'DAC Gain Points';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $403A; {$ifdef IEDICOMDESC}Desc: 'DAC Time Points';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $403C; {$ifdef IEDICOMDESC}Desc: 'DAC Amplitude';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $4040; {$ifdef IEDICOMDESC}Desc: 'Pre-Amplifier Settings Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0014; Element: $4050; {$ifdef IEDICOMDESC}Desc: 'Transmit Transducer Settings Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0014; Element: $4051; {$ifdef IEDICOMDESC}Desc: 'Receive Transducer Settings Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0014; Element: $4052; {$ifdef IEDICOMDESC}Desc: 'Incident Angle';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $4054; {$ifdef IEDICOMDESC}Desc: 'Coupling Technique';{$endif} VType: dvST; Src: dsStandard ), (Group: $0014; Element: $4056; {$ifdef IEDICOMDESC}Desc: 'Coupling Medium';{$endif} VType: dvST; Src: dsStandard ), (Group: $0014; Element: $4057; {$ifdef IEDICOMDESC}Desc: 'Coupling Velocity';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $4058; {$ifdef IEDICOMDESC}Desc: 'Probe Center Location X';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $4059; {$ifdef IEDICOMDESC}Desc: 'Probe Center Location Z';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $405A; {$ifdef IEDICOMDESC}Desc: 'Sound Path Length';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $405C; {$ifdef IEDICOMDESC}Desc: 'Delay Law Identifier';{$endif} VType: dvST; Src: dsStandard ), (Group: $0014; Element: $4060; {$ifdef IEDICOMDESC}Desc: 'Gate Settings Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0014; Element: $4062; {$ifdef IEDICOMDESC}Desc: 'Gate Threshold';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $4064; {$ifdef IEDICOMDESC}Desc: 'Velocity of Sound';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $4070; {$ifdef IEDICOMDESC}Desc: 'Calibration Settings Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0014; Element: $4072; {$ifdef IEDICOMDESC}Desc: 'Calibration Procedure';{$endif} VType: dvST; Src: dsStandard ), (Group: $0014; Element: $4074; {$ifdef IEDICOMDESC}Desc: 'Procedure Version';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0014; Element: $4076; {$ifdef IEDICOMDESC}Desc: 'Procedure Creation Date';{$endif} VType: dvDA; Src: dsStandard ), (Group: $0014; Element: $4078; {$ifdef IEDICOMDESC}Desc: 'Procedure Expiration Date';{$endif} VType: dvDA; Src: dsStandard ), (Group: $0014; Element: $407A; {$ifdef IEDICOMDESC}Desc: 'Procedure Last Modified Date';{$endif} VType: dvDA; Src: dsStandard ), (Group: $0014; Element: $407C; {$ifdef IEDICOMDESC}Desc: 'Calibration Time';{$endif} VType: dvTM; Src: dsStandard ), (Group: $0014; Element: $407E; {$ifdef IEDICOMDESC}Desc: 'Calibration Date';{$endif} VType: dvDA; Src: dsStandard ), (Group: $0014; Element: $4080; {$ifdef IEDICOMDESC}Desc: 'Probe Drive Equipment Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0014; Element: $4081; {$ifdef IEDICOMDESC}Desc: 'Drive Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0014; Element: $4082; {$ifdef IEDICOMDESC}Desc: 'Probe Drive Notes';{$endif} VType: dvLT; Src: dsStandard ), (Group: $0014; Element: $4083; {$ifdef IEDICOMDESC}Desc: 'Drive Probe Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0014; Element: $4084; {$ifdef IEDICOMDESC}Desc: 'Probe Inductance';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $4085; {$ifdef IEDICOMDESC}Desc: 'Probe Resistance';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $4086; {$ifdef IEDICOMDESC}Desc: 'Receive Probe Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0014; Element: $4087; {$ifdef IEDICOMDESC}Desc: 'Probe Drive Settings Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0014; Element: $4088; {$ifdef IEDICOMDESC}Desc: 'Bridge Resistors';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $4089; {$ifdef IEDICOMDESC}Desc: 'Probe Orientation Angle';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $408B; {$ifdef IEDICOMDESC}Desc: 'User Selected Gain Y';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $408C; {$ifdef IEDICOMDESC}Desc: 'User Selected Phase';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $408D; {$ifdef IEDICOMDESC}Desc: 'User Selected Offset X';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $408E; {$ifdef IEDICOMDESC}Desc: 'User Selected Offset Y';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $4091; {$ifdef IEDICOMDESC}Desc: 'Channel Settings Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0014; Element: $4092; {$ifdef IEDICOMDESC}Desc: 'Channel Threshold';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $409A; {$ifdef IEDICOMDESC}Desc: 'Scanner Settings Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0014; Element: $409B; {$ifdef IEDICOMDESC}Desc: 'Scan Procedure';{$endif} VType: dvST; Src: dsStandard ), (Group: $0014; Element: $409C; {$ifdef IEDICOMDESC}Desc: 'Translation Rate X';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $409D; {$ifdef IEDICOMDESC}Desc: 'Translation Rate Y';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $409F; {$ifdef IEDICOMDESC}Desc: 'Channel Overlap';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0014; Element: $40A0; {$ifdef IEDICOMDESC}Desc: 'Image Quality Indicator Type';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0014; Element: $40A1; {$ifdef IEDICOMDESC}Desc: 'Image Quality Indicator Material';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0014; Element: $40A2; {$ifdef IEDICOMDESC}Desc: 'Image Quality Indicator Size';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0014; Element: $5002; {$ifdef IEDICOMDESC}Desc: 'LINAC Energy';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0014; Element: $5004; {$ifdef IEDICOMDESC}Desc: 'LINAC Output';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0015; Element: $0001; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0015; Element: $0002; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0015; Element: $0003; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0018; Element: $0000; {$ifdef IEDICOMDESC}Desc: 'Acquisition Group Length';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $0018; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Contrast/Bolus Agent';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $0012; {$ifdef IEDICOMDESC}Desc: 'Contrast/Bolus Agent Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $0013; {$ifdef IEDICOMDESC}Desc: 'Contrast/Bolus T1 Relaxivity';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $0014; {$ifdef IEDICOMDESC}Desc: 'Contrast/Bolus Administration Route Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $0015; {$ifdef IEDICOMDESC}Desc: 'Body Part Examined';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $0020; {$ifdef IEDICOMDESC}Desc: 'Scanning Sequence';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $0021; {$ifdef IEDICOMDESC}Desc: 'Sequence Variant';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $0022; {$ifdef IEDICOMDESC}Desc: 'Scan Options';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $0023; {$ifdef IEDICOMDESC}Desc: 'MR Acquisition Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $0024; {$ifdef IEDICOMDESC}Desc: 'Sequence Name';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0018; Element: $0025; {$ifdef IEDICOMDESC}Desc: 'Angio Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $0026; {$ifdef IEDICOMDESC}Desc: 'Intervention Drug Information Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $0027; {$ifdef IEDICOMDESC}Desc: 'Intervention Drug Stop Time';{$endif} VType: dvTM; Src: dsStandard ), (Group: $0018; Element: $0028; {$ifdef IEDICOMDESC}Desc: 'Intervention Drug Dose';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $0029; {$ifdef IEDICOMDESC}Desc: 'Intervention Drug Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $002A; {$ifdef IEDICOMDESC}Desc: 'Additional Drug Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $0030; {$ifdef IEDICOMDESC}Desc: 'Radionuclide';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0018; Element: $0031; {$ifdef IEDICOMDESC}Desc: 'Radiopharmaceutical';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $0032; {$ifdef IEDICOMDESC}Desc: 'Energy Window Centerline';{$endif} VType: dvDS; Src: dsDeprecated ), (Group: $0018; Element: $0033; {$ifdef IEDICOMDESC}Desc: 'Energy Window Total Width';{$endif} VType: dvDS; Src: dsDeprecated ), (Group: $0018; Element: $0034; {$ifdef IEDICOMDESC}Desc: 'Intervention Drug Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $0035; {$ifdef IEDICOMDESC}Desc: 'Intervention Drug Start Time';{$endif} VType: dvTM; Src: dsStandard ), (Group: $0018; Element: $0036; {$ifdef IEDICOMDESC}Desc: 'Intervention Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $0037; {$ifdef IEDICOMDESC}Desc: 'Therapy Type';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0018; Element: $0038; {$ifdef IEDICOMDESC}Desc: 'Intervention Status';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $0039; {$ifdef IEDICOMDESC}Desc: 'Therapy Description';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0018; Element: $003A; {$ifdef IEDICOMDESC}Desc: 'Intervention Description';{$endif} VType: dvST; Src: dsStandard ), (Group: $0018; Element: $0040; {$ifdef IEDICOMDESC}Desc: 'Cine Rate';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $0042; {$ifdef IEDICOMDESC}Desc: 'Initial Cine Run State';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $0050; {$ifdef IEDICOMDESC}Desc: 'Slice Thickness';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $0060; {$ifdef IEDICOMDESC}Desc: 'KVP';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $0070; {$ifdef IEDICOMDESC}Desc: 'Counts Accumulated';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $0071; {$ifdef IEDICOMDESC}Desc: 'Acquisition Termination Condition';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $0072; {$ifdef IEDICOMDESC}Desc: 'Effective Duration';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $0073; {$ifdef IEDICOMDESC}Desc: 'Acquisition Start Condition';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $0074; {$ifdef IEDICOMDESC}Desc: 'Acquisition Start Condition Data';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $0075; {$ifdef IEDICOMDESC}Desc: 'Acquisition Termination Condition Data';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $0080; {$ifdef IEDICOMDESC}Desc: 'Repetition Time';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $0081; {$ifdef IEDICOMDESC}Desc: 'Echo Time';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $0082; {$ifdef IEDICOMDESC}Desc: 'Inversion Time';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $0083; {$ifdef IEDICOMDESC}Desc: 'Number of Averages';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $0084; {$ifdef IEDICOMDESC}Desc: 'Imaging Frequency';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $0085; {$ifdef IEDICOMDESC}Desc: 'Imaged Nucleus';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0018; Element: $0086; {$ifdef IEDICOMDESC}Desc: 'Echo Number(s)';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $0087; {$ifdef IEDICOMDESC}Desc: 'Magnetic Field Strength';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $0088; {$ifdef IEDICOMDESC}Desc: 'Spacing Between Slices';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $0089; {$ifdef IEDICOMDESC}Desc: 'Number of Phase Encoding Steps';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $0090; {$ifdef IEDICOMDESC}Desc: 'Data Collection Diameter';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $0091; {$ifdef IEDICOMDESC}Desc: 'Echo Train Length';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $0093; {$ifdef IEDICOMDESC}Desc: 'Percent Sampling';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $0094; {$ifdef IEDICOMDESC}Desc: 'Percent Phase Field of View';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $0095; {$ifdef IEDICOMDESC}Desc: 'Pixel Bandwidth';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1000; {$ifdef IEDICOMDESC}Desc: 'Device Serial Number';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $1002; {$ifdef IEDICOMDESC}Desc: 'Device UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0018; Element: $1003; {$ifdef IEDICOMDESC}Desc: 'Device ID';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $1004; {$ifdef IEDICOMDESC}Desc: 'Plate ID';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $1005; {$ifdef IEDICOMDESC}Desc: 'Generator ID';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $1006; {$ifdef IEDICOMDESC}Desc: 'Grid ID';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $1007; {$ifdef IEDICOMDESC}Desc: 'Cassette ID';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $1008; {$ifdef IEDICOMDESC}Desc: 'Gantry ID';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $1010; {$ifdef IEDICOMDESC}Desc: 'Secondary Capture Device ID';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $1011; {$ifdef IEDICOMDESC}Desc: 'Hardcopy Creation Device ID';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0018; Element: $1012; {$ifdef IEDICOMDESC}Desc: 'Date of Secondary Capture';{$endif} VType: dvDA; Src: dsStandard ), (Group: $0018; Element: $1014; {$ifdef IEDICOMDESC}Desc: 'Time of Secondary Capture';{$endif} VType: dvTM; Src: dsStandard ), (Group: $0018; Element: $1016; {$ifdef IEDICOMDESC}Desc: 'Secondary Capture Device Manufacturer';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $1017; {$ifdef IEDICOMDESC}Desc: 'Hardcopy Device Manufacturer';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0018; Element: $1018; {$ifdef IEDICOMDESC}Desc: 'Secondary Capture Device Manufacturer''s Model Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $1019; {$ifdef IEDICOMDESC}Desc: 'Secondary Capture Device Software Versions';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $101A; {$ifdef IEDICOMDESC}Desc: 'Hardcopy Device Software Version';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0018; Element: $101B; {$ifdef IEDICOMDESC}Desc: 'Hardcopy Device Manufacturer''s Model Name';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0018; Element: $1020; {$ifdef IEDICOMDESC}Desc: 'Software Version(s)';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $1022; {$ifdef IEDICOMDESC}Desc: 'Video Image Format Acquired';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0018; Element: $1023; {$ifdef IEDICOMDESC}Desc: 'Digital Image Format Acquired';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $1030; {$ifdef IEDICOMDESC}Desc: 'Protocol Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $1040; {$ifdef IEDICOMDESC}Desc: 'Contrast/Bolus Route';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $1041; {$ifdef IEDICOMDESC}Desc: 'Contrast/Bolus Volume';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1042; {$ifdef IEDICOMDESC}Desc: 'Contrast/Bolus Start Time';{$endif} VType: dvTM; Src: dsStandard ), (Group: $0018; Element: $1043; {$ifdef IEDICOMDESC}Desc: 'Contrast/Bolus Stop Time';{$endif} VType: dvTM; Src: dsStandard ), (Group: $0018; Element: $1044; {$ifdef IEDICOMDESC}Desc: 'Contrast/Bolus Total Dose';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1045; {$ifdef IEDICOMDESC}Desc: 'Syringe Counts';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $1046; {$ifdef IEDICOMDESC}Desc: 'Contrast Flow Rate';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1047; {$ifdef IEDICOMDESC}Desc: 'Contrast Flow Duration';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1048; {$ifdef IEDICOMDESC}Desc: 'Contrast/Bolus Ingredient';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $1049; {$ifdef IEDICOMDESC}Desc: 'Contrast/Bolus Ingredient Concentration';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1050; {$ifdef IEDICOMDESC}Desc: 'Spatial Resolution';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1060; {$ifdef IEDICOMDESC}Desc: 'Trigger Time';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1061; {$ifdef IEDICOMDESC}Desc: 'Trigger Source or Type';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $1062; {$ifdef IEDICOMDESC}Desc: 'Nominal Interval';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $1063; {$ifdef IEDICOMDESC}Desc: 'Frame Time';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1064; {$ifdef IEDICOMDESC}Desc: 'Cardiac Framing Type';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $1065; {$ifdef IEDICOMDESC}Desc: 'Frame Time Vector';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1066; {$ifdef IEDICOMDESC}Desc: 'Frame Delay';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1067; {$ifdef IEDICOMDESC}Desc: 'Image Trigger Delay';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1068; {$ifdef IEDICOMDESC}Desc: 'Multiplex Group Time Offset';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1069; {$ifdef IEDICOMDESC}Desc: 'Trigger Time Offset';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $106A; {$ifdef IEDICOMDESC}Desc: 'Synchronization Trigger';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $106B; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUI; Src: dsProprietary ), (Group: $0018; Element: $106C; {$ifdef IEDICOMDESC}Desc: 'Synchronization Channel';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0018; Element: $106E; {$ifdef IEDICOMDESC}Desc: 'Trigger Sample Position';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0018; Element: $1070; {$ifdef IEDICOMDESC}Desc: 'Radiopharmaceutical Route';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $1071; {$ifdef IEDICOMDESC}Desc: 'Radiopharmaceutical Volume';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1072; {$ifdef IEDICOMDESC}Desc: 'Radiopharmaceutical Start Time';{$endif} VType: dvTM; Src: dsStandard ), (Group: $0018; Element: $1073; {$ifdef IEDICOMDESC}Desc: 'Radiopharmaceutical Stop Time';{$endif} VType: dvTM; Src: dsStandard ), (Group: $0018; Element: $1074; {$ifdef IEDICOMDESC}Desc: 'Radionuclide Total Dose';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1075; {$ifdef IEDICOMDESC}Desc: 'Radionuclide Half Life';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1076; {$ifdef IEDICOMDESC}Desc: 'Radionuclide Positron Fraction';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1077; {$ifdef IEDICOMDESC}Desc: 'Radiopharmaceutical Specific Activity';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1078; {$ifdef IEDICOMDESC}Desc: 'Radiopharmaceutical Start Date/Time';{$endif} VType: dvDT; Src: dsStandard ), (Group: $0018; Element: $1079; {$ifdef IEDICOMDESC}Desc: 'Radiopharmaceutical Stop Date/Time';{$endif} VType: dvDT; Src: dsStandard ), (Group: $0018; Element: $1080; {$ifdef IEDICOMDESC}Desc: 'Beat Rejection Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $1081; {$ifdef IEDICOMDESC}Desc: 'Low R-R Value';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $1082; {$ifdef IEDICOMDESC}Desc: 'High R-R Value';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $1083; {$ifdef IEDICOMDESC}Desc: 'Intervals Acquired';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $1084; {$ifdef IEDICOMDESC}Desc: 'Intervals Rejected';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $1085; {$ifdef IEDICOMDESC}Desc: 'PVC Rejection';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $1086; {$ifdef IEDICOMDESC}Desc: 'Skip Beats';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $1088; {$ifdef IEDICOMDESC}Desc: 'Heart Rate';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $1090; {$ifdef IEDICOMDESC}Desc: 'Cardiac Number of Images';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $1094; {$ifdef IEDICOMDESC}Desc: 'Trigger Window';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $1100; {$ifdef IEDICOMDESC}Desc: 'Reconstruction Diameter';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1110; {$ifdef IEDICOMDESC}Desc: 'Distance Source to Detector';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1111; {$ifdef IEDICOMDESC}Desc: 'Distance Source to Patient';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1114; {$ifdef IEDICOMDESC}Desc: 'Estimated Radiographic Magnification Factor';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1120; {$ifdef IEDICOMDESC}Desc: 'Gantry/Detector Tilt';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1121; {$ifdef IEDICOMDESC}Desc: 'Gantry/Detector Slew';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1130; {$ifdef IEDICOMDESC}Desc: 'Table Height';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1131; {$ifdef IEDICOMDESC}Desc: 'Table Traverse';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1134; {$ifdef IEDICOMDESC}Desc: 'Table Motion';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $1135; {$ifdef IEDICOMDESC}Desc: 'Table Vertical Increment';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1136; {$ifdef IEDICOMDESC}Desc: 'Table Lateral Increment';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1137; {$ifdef IEDICOMDESC}Desc: 'Table Longitudinal Increment';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1138; {$ifdef IEDICOMDESC}Desc: 'Table Angle';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $113A; {$ifdef IEDICOMDESC}Desc: 'Table Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $1140; {$ifdef IEDICOMDESC}Desc: 'Rotation Direction';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $1141; {$ifdef IEDICOMDESC}Desc: 'Angular Position';{$endif} VType: dvDS; Src: dsDeprecated ), (Group: $0018; Element: $1142; {$ifdef IEDICOMDESC}Desc: 'Radial Position';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1143; {$ifdef IEDICOMDESC}Desc: 'Scan Arc';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1144; {$ifdef IEDICOMDESC}Desc: 'Angular Step';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1145; {$ifdef IEDICOMDESC}Desc: 'Center of Rotation Offset';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1146; {$ifdef IEDICOMDESC}Desc: 'Rotation Offset';{$endif} VType: dvDS; Src: dsDeprecated ), (Group: $0018; Element: $1147; {$ifdef IEDICOMDESC}Desc: 'Field of View Shape';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $1149; {$ifdef IEDICOMDESC}Desc: 'Field of View Dimension(s)';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $1150; {$ifdef IEDICOMDESC}Desc: 'Exposure Time';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $1151; {$ifdef IEDICOMDESC}Desc: 'X-Ray Tube Current';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $1152; {$ifdef IEDICOMDESC}Desc: 'Exposure';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $1153; {$ifdef IEDICOMDESC}Desc: 'Exposure in µAs';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $1154; {$ifdef IEDICOMDESC}Desc: 'Average Pulse Width';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1155; {$ifdef IEDICOMDESC}Desc: 'Radiation Setting';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $1156; {$ifdef IEDICOMDESC}Desc: 'Rectification Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $115A; {$ifdef IEDICOMDESC}Desc: 'Radiation Mode';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $115E; {$ifdef IEDICOMDESC}Desc: 'Image and Fluoroscopy Area Dose Product';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1160; {$ifdef IEDICOMDESC}Desc: 'Filter Type';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0018; Element: $1161; {$ifdef IEDICOMDESC}Desc: 'Type of Filters';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $1162; {$ifdef IEDICOMDESC}Desc: 'Intensifier Size';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1164; {$ifdef IEDICOMDESC}Desc: 'Imager Pixel Spacing';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1166; {$ifdef IEDICOMDESC}Desc: 'Grid';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $1170; {$ifdef IEDICOMDESC}Desc: 'Generator Power';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $1180; {$ifdef IEDICOMDESC}Desc: 'Collimator/grid Name';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0018; Element: $1181; {$ifdef IEDICOMDESC}Desc: 'Collimator Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $1182; {$ifdef IEDICOMDESC}Desc: 'Focal Distance';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $1183; {$ifdef IEDICOMDESC}Desc: 'X Focus Center';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1184; {$ifdef IEDICOMDESC}Desc: 'Y Focus Center';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1190; {$ifdef IEDICOMDESC}Desc: 'Focal Spot(s)';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1191; {$ifdef IEDICOMDESC}Desc: 'Anode Target Material';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $11A0; {$ifdef IEDICOMDESC}Desc: 'Body Part Thickness';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $11A2; {$ifdef IEDICOMDESC}Desc: 'Compression Force';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $11A4; {$ifdef IEDICOMDESC}Desc: 'Paddle Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $1200; {$ifdef IEDICOMDESC}Desc: 'Date of Last Calibration';{$endif} VType: dvDA; Src: dsStandard ), (Group: $0018; Element: $1201; {$ifdef IEDICOMDESC}Desc: 'Time of Last Calibration';{$endif} VType: dvTM; Src: dsStandard ), (Group: $0018; Element: $1202; {$ifdef IEDICOMDESC}Desc: 'Date/Time of Last Calibration';{$endif} VType: dvDT; Src: dsStandard ), (Group: $0018; Element: $1210; {$ifdef IEDICOMDESC}Desc: 'Convolution Kernel';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0018; Element: $1240; {$ifdef IEDICOMDESC}Desc: 'Upper/Lower Pixel Values';{$endif} VType: dvIS; Src: dsDeprecated ), (Group: $0018; Element: $1242; {$ifdef IEDICOMDESC}Desc: 'Actual Frame Duration';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $1243; {$ifdef IEDICOMDESC}Desc: 'Count Rate';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $1244; {$ifdef IEDICOMDESC}Desc: 'Preferred Playback Sequencing';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0018; Element: $1250; {$ifdef IEDICOMDESC}Desc: 'Receive Coil Name';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0018; Element: $1251; {$ifdef IEDICOMDESC}Desc: 'Transmit Coil Name';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0018; Element: $1260; {$ifdef IEDICOMDESC}Desc: 'Plate Type';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0018; Element: $1261; {$ifdef IEDICOMDESC}Desc: 'Phosphor Type';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $1300; {$ifdef IEDICOMDESC}Desc: 'Scan Velocity';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1301; {$ifdef IEDICOMDESC}Desc: 'Whole Body Technique';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $1302; {$ifdef IEDICOMDESC}Desc: 'Scan Length';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $1310; {$ifdef IEDICOMDESC}Desc: 'Acquisition Matrix';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0018; Element: $1312; {$ifdef IEDICOMDESC}Desc: 'In-plane Phase Encoding Direction';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $1314; {$ifdef IEDICOMDESC}Desc: 'Flip Angle';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1315; {$ifdef IEDICOMDESC}Desc: 'Variable Flip Angle Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $1316; {$ifdef IEDICOMDESC}Desc: 'SAR';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1318; {$ifdef IEDICOMDESC}Desc: 'dB/dt';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1400; {$ifdef IEDICOMDESC}Desc: 'Acquisition Device Processing Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $1401; {$ifdef IEDICOMDESC}Desc: 'Acquisition Device Processing Code';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $1402; {$ifdef IEDICOMDESC}Desc: 'Cassette Orientation';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $1403; {$ifdef IEDICOMDESC}Desc: 'Cassette Size';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $1404; {$ifdef IEDICOMDESC}Desc: 'Exposures on Plate';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0018; Element: $1405; {$ifdef IEDICOMDESC}Desc: 'Relative X-Ray Exposure';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $1411; {$ifdef IEDICOMDESC}Desc: 'Exposure Index';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1412; {$ifdef IEDICOMDESC}Desc: 'Target Exposure Index';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1413; {$ifdef IEDICOMDESC}Desc: 'Deviation Index';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1450; {$ifdef IEDICOMDESC}Desc: 'Column Angulation';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1460; {$ifdef IEDICOMDESC}Desc: 'Tomo Layer Height';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1470; {$ifdef IEDICOMDESC}Desc: 'Tomo Angle';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1480; {$ifdef IEDICOMDESC}Desc: 'Tomo Time';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1490; {$ifdef IEDICOMDESC}Desc: 'Tomo Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $1491; {$ifdef IEDICOMDESC}Desc: 'Tomo Class';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $1495; {$ifdef IEDICOMDESC}Desc: 'Number of Tomosynthesis Source Images';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $1500; {$ifdef IEDICOMDESC}Desc: 'Positioner Motion';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $1508; {$ifdef IEDICOMDESC}Desc: 'Positioner Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $1510; {$ifdef IEDICOMDESC}Desc: 'Positioner Primary Angle';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1511; {$ifdef IEDICOMDESC}Desc: 'Positioner Secondary Angle';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1520; {$ifdef IEDICOMDESC}Desc: 'Positioner Primary Angle Increment';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1521; {$ifdef IEDICOMDESC}Desc: 'Positioner Secondary Angle Increment';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1530; {$ifdef IEDICOMDESC}Desc: 'Detector Primary Angle';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1531; {$ifdef IEDICOMDESC}Desc: 'Detector Secondary Angle';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $1600; {$ifdef IEDICOMDESC}Desc: 'Shutter Shape';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $1602; {$ifdef IEDICOMDESC}Desc: 'Shutter Left Vertical Edge';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $1604; {$ifdef IEDICOMDESC}Desc: 'Shutter Right Vertical Edge';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $1606; {$ifdef IEDICOMDESC}Desc: 'Shutter Upper Horizontal Edge';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $1608; {$ifdef IEDICOMDESC}Desc: 'Shutter Lower Horizontal Edge';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $1610; {$ifdef IEDICOMDESC}Desc: 'Center of Circular Shutter';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $1612; {$ifdef IEDICOMDESC}Desc: 'Radius of Circular Shutter';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $1620; {$ifdef IEDICOMDESC}Desc: 'Vertices of the Polygonal Shutter';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $1622; {$ifdef IEDICOMDESC}Desc: 'Shutter Presentation Value';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0018; Element: $1623; {$ifdef IEDICOMDESC}Desc: 'Shutter Overlay Group';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0018; Element: $1624; {$ifdef IEDICOMDESC}Desc: 'Shutter Presentation Color CIELab Value';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0018; Element: $1700; {$ifdef IEDICOMDESC}Desc: 'Collimator Shape';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $1702; {$ifdef IEDICOMDESC}Desc: 'Collimator Left Vertical Edge';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $1704; {$ifdef IEDICOMDESC}Desc: 'Collimator Right Vertical Edge';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $1706; {$ifdef IEDICOMDESC}Desc: 'Collimator Upper Horizontal Edge';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $1708; {$ifdef IEDICOMDESC}Desc: 'Collimator Lower Horizontal Edge';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $1710; {$ifdef IEDICOMDESC}Desc: 'Center of Circular Collimator';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $1712; {$ifdef IEDICOMDESC}Desc: 'Radius of Circular Collimator';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $1720; {$ifdef IEDICOMDESC}Desc: 'Vertices of the Polygonal Collimator';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $1800; {$ifdef IEDICOMDESC}Desc: 'Acquisition Time Synchronized';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $1801; {$ifdef IEDICOMDESC}Desc: 'Time Source';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0018; Element: $1802; {$ifdef IEDICOMDESC}Desc: 'Time Distribution Protocol';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $1803; {$ifdef IEDICOMDESC}Desc: 'NTP Source Address';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $2001; {$ifdef IEDICOMDESC}Desc: 'Page Number Vector';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $2002; {$ifdef IEDICOMDESC}Desc: 'Frame Label Vector';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0018; Element: $2003; {$ifdef IEDICOMDESC}Desc: 'Frame Primary Angle Vector';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $2004; {$ifdef IEDICOMDESC}Desc: 'Frame Secondary Angle Vector';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $2005; {$ifdef IEDICOMDESC}Desc: 'Slice Location Vector';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $2006; {$ifdef IEDICOMDESC}Desc: 'Display Window Label Vector';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0018; Element: $2010; {$ifdef IEDICOMDESC}Desc: 'Nominal Scanned Pixel Spacing';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $2020; {$ifdef IEDICOMDESC}Desc: 'Digitizing Device Transport Direction';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $2030; {$ifdef IEDICOMDESC}Desc: 'Rotation of Scanned Film';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $2041; {$ifdef IEDICOMDESC}Desc: 'Biopsy Target Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $2042; {$ifdef IEDICOMDESC}Desc: 'Target UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0018; Element: $2043; {$ifdef IEDICOMDESC}Desc: 'Localizing Cursor Position';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $2044; {$ifdef IEDICOMDESC}Desc: 'Calculated Target Position';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $2045; {$ifdef IEDICOMDESC}Desc: 'Target Label';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0018; Element: $2046; {$ifdef IEDICOMDESC}Desc: 'Displayed Z Value';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $3100; {$ifdef IEDICOMDESC}Desc: 'IVUS Acquisition';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $3101; {$ifdef IEDICOMDESC}Desc: 'IVUS Pullback Rate';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $3102; {$ifdef IEDICOMDESC}Desc: 'IVUS Gated Rate';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $3103; {$ifdef IEDICOMDESC}Desc: 'IVUS Pullback Start Frame Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $3104; {$ifdef IEDICOMDESC}Desc: 'IVUS Pullback Stop Frame Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $3105; {$ifdef IEDICOMDESC}Desc: 'Lesion Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $4000; {$ifdef IEDICOMDESC}Desc: 'Acquisition Comments';{$endif} VType: dvLT; Src: dsDeprecated ), (Group: $0018; Element: $5000; {$ifdef IEDICOMDESC}Desc: 'Output Power';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0018; Element: $5010; {$ifdef IEDICOMDESC}Desc: 'Transducer Data';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $5012; {$ifdef IEDICOMDESC}Desc: 'Focus Depth';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $5020; {$ifdef IEDICOMDESC}Desc: 'Processing Function';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $5021; {$ifdef IEDICOMDESC}Desc: 'Postprocessing Function';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0018; Element: $5022; {$ifdef IEDICOMDESC}Desc: 'Mechanical Index';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $5024; {$ifdef IEDICOMDESC}Desc: 'Bone Thermal Index';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $5026; {$ifdef IEDICOMDESC}Desc: 'Cranial Thermal Index';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $5027; {$ifdef IEDICOMDESC}Desc: 'Soft Tissue Thermal Index';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $5028; {$ifdef IEDICOMDESC}Desc: 'Soft Tissue-focus Thermal Index';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $5029; {$ifdef IEDICOMDESC}Desc: 'Soft Tissue-surface Thermal Index';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $5030; {$ifdef IEDICOMDESC}Desc: 'Dynamic Range';{$endif} VType: dvDS; Src: dsDeprecated ), (Group: $0018; Element: $5040; {$ifdef IEDICOMDESC}Desc: 'Total Gain';{$endif} VType: dvDS; Src: dsDeprecated ), (Group: $0018; Element: $5050; {$ifdef IEDICOMDESC}Desc: 'Depth of Scan Field';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $5100; {$ifdef IEDICOMDESC}Desc: 'Patient Position';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $5101; {$ifdef IEDICOMDESC}Desc: 'View Position';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $5104; {$ifdef IEDICOMDESC}Desc: 'Projection Eponymous Name Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $5210; {$ifdef IEDICOMDESC}Desc: 'Image Transformation Matrix';{$endif} VType: dvDS; Src: dsDeprecated ), (Group: $0018; Element: $5212; {$ifdef IEDICOMDESC}Desc: 'Image Translation Vector';{$endif} VType: dvDS; Src: dsDeprecated ), (Group: $0018; Element: $6000; {$ifdef IEDICOMDESC}Desc: 'Sensitivity';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $6011; {$ifdef IEDICOMDESC}Desc: 'Sequence of Ultrasound Regions';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $6012; {$ifdef IEDICOMDESC}Desc: 'Region Spatial Format';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0018; Element: $6014; {$ifdef IEDICOMDESC}Desc: 'Region Data Type';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0018; Element: $6016; {$ifdef IEDICOMDESC}Desc: 'Region Flags';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0018; Element: $6018; {$ifdef IEDICOMDESC}Desc: 'Region Location Min X0';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0018; Element: $601A; {$ifdef IEDICOMDESC}Desc: 'Region Location Min Y0';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0018; Element: $601C; {$ifdef IEDICOMDESC}Desc: 'Region Location Max X1';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0018; Element: $601E; {$ifdef IEDICOMDESC}Desc: 'Region Location Max Y1';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0018; Element: $6020; {$ifdef IEDICOMDESC}Desc: 'Reference Pixel X0';{$endif} VType: dvSL; Src: dsStandard ), (Group: $0018; Element: $6022; {$ifdef IEDICOMDESC}Desc: 'Reference Pixel Y0';{$endif} VType: dvSL; Src: dsStandard ), (Group: $0018; Element: $6024; {$ifdef IEDICOMDESC}Desc: 'Physical Units X Direction';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0018; Element: $6026; {$ifdef IEDICOMDESC}Desc: 'Physical Units Y Direction';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0018; Element: $6028; {$ifdef IEDICOMDESC}Desc: 'Reference Pixel Physical Value X';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $602A; {$ifdef IEDICOMDESC}Desc: 'Reference Pixel Physical Value Y';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $602C; {$ifdef IEDICOMDESC}Desc: 'Physical Delta X';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $602E; {$ifdef IEDICOMDESC}Desc: 'Physical Delta Y';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $6030; {$ifdef IEDICOMDESC}Desc: 'Transducer Frequency';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0018; Element: $6031; {$ifdef IEDICOMDESC}Desc: 'Transducer Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $6032; {$ifdef IEDICOMDESC}Desc: 'Pulse Repetition Frequency';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0018; Element: $6034; {$ifdef IEDICOMDESC}Desc: 'Doppler Correction Angle';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $6036; {$ifdef IEDICOMDESC}Desc: 'Steering Angle';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $6038; {$ifdef IEDICOMDESC}Desc: 'Doppler Sample Volume X Position (Retired)';{$endif} VType: dvUL; Src: dsDeprecated ), (Group: $0018; Element: $6039; {$ifdef IEDICOMDESC}Desc: 'Doppler Sample Volume X Position';{$endif} VType: dvSL; Src: dsStandard ), (Group: $0018; Element: $603A; {$ifdef IEDICOMDESC}Desc: 'Doppler Sample Volume Y Position (Retired)';{$endif} VType: dvUL; Src: dsDeprecated ), (Group: $0018; Element: $603B; {$ifdef IEDICOMDESC}Desc: 'Doppler Sample Volume Y Position';{$endif} VType: dvSL; Src: dsStandard ), (Group: $0018; Element: $603C; {$ifdef IEDICOMDESC}Desc: 'TM-Line Position X0 (Retired)';{$endif} VType: dvUL; Src: dsDeprecated ), (Group: $0018; Element: $603D; {$ifdef IEDICOMDESC}Desc: 'TM-Line Position X0';{$endif} VType: dvSL; Src: dsStandard ), (Group: $0018; Element: $603E; {$ifdef IEDICOMDESC}Desc: 'TM-Line Position Y0 (Retired)';{$endif} VType: dvUL; Src: dsDeprecated ), (Group: $0018; Element: $603F; {$ifdef IEDICOMDESC}Desc: 'TM-Line Position Y0';{$endif} VType: dvSL; Src: dsStandard ), (Group: $0018; Element: $6040; {$ifdef IEDICOMDESC}Desc: 'TM-Line Position X1 (Retired)';{$endif} VType: dvUL; Src: dsDeprecated ), (Group: $0018; Element: $6041; {$ifdef IEDICOMDESC}Desc: 'TM-Line Position X1';{$endif} VType: dvSL; Src: dsStandard ), (Group: $0018; Element: $6042; {$ifdef IEDICOMDESC}Desc: 'TM-Line Position Y1 (Retired)';{$endif} VType: dvUL; Src: dsDeprecated ), (Group: $0018; Element: $6043; {$ifdef IEDICOMDESC}Desc: 'TM-Line Position Y1';{$endif} VType: dvSL; Src: dsStandard ), (Group: $0018; Element: $6044; {$ifdef IEDICOMDESC}Desc: 'Pixel Component Organization';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0018; Element: $6046; {$ifdef IEDICOMDESC}Desc: 'Pixel Component Mask';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0018; Element: $6048; {$ifdef IEDICOMDESC}Desc: 'Pixel Component Range Start';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0018; Element: $604A; {$ifdef IEDICOMDESC}Desc: 'Pixel Component Range Stop';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0018; Element: $604C; {$ifdef IEDICOMDESC}Desc: 'Pixel Component Physical Units';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0018; Element: $604E; {$ifdef IEDICOMDESC}Desc: 'Pixel Component Data Type';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0018; Element: $6050; {$ifdef IEDICOMDESC}Desc: 'Number of Table Break Points';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0018; Element: $6052; {$ifdef IEDICOMDESC}Desc: 'Table of X Break Points';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0018; Element: $6054; {$ifdef IEDICOMDESC}Desc: 'Table of Y Break Points';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $6056; {$ifdef IEDICOMDESC}Desc: 'Number of Table Entries';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0018; Element: $6058; {$ifdef IEDICOMDESC}Desc: 'Table of Pixel Values';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0018; Element: $605A; {$ifdef IEDICOMDESC}Desc: 'Table of Parameter Values';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $6060; {$ifdef IEDICOMDESC}Desc: 'R Wave Time Vector';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $7000; {$ifdef IEDICOMDESC}Desc: 'Detector Conditions Nominal Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $7001; {$ifdef IEDICOMDESC}Desc: 'Detector Temperature';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $7004; {$ifdef IEDICOMDESC}Desc: 'Detector Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $7005; {$ifdef IEDICOMDESC}Desc: 'Detector Configuration';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $7006; {$ifdef IEDICOMDESC}Desc: 'Detector Description';{$endif} VType: dvLT; Src: dsStandard ), (Group: $0018; Element: $7008; {$ifdef IEDICOMDESC}Desc: 'Detector Mode';{$endif} VType: dvLT; Src: dsStandard ), (Group: $0018; Element: $700A; {$ifdef IEDICOMDESC}Desc: 'Detector ID';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0018; Element: $700C; {$ifdef IEDICOMDESC}Desc: 'Date of Last Detector Calibration';{$endif} VType: dvDA; Src: dsStandard ), (Group: $0018; Element: $700E; {$ifdef IEDICOMDESC}Desc: 'Time of Last Detector Calibration';{$endif} VType: dvTM; Src: dsStandard ), (Group: $0018; Element: $7010; {$ifdef IEDICOMDESC}Desc: 'Exposures on Detector Since Last Calibration';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $7011; {$ifdef IEDICOMDESC}Desc: 'Exposures on Detector Since Manufactured';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $7012; {$ifdef IEDICOMDESC}Desc: 'Detector Time Since Last Exposure';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $7014; {$ifdef IEDICOMDESC}Desc: 'Detector Active Time';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $7016; {$ifdef IEDICOMDESC}Desc: 'Detector Activation Offset From Exposure';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $701A; {$ifdef IEDICOMDESC}Desc: 'Detector Binning';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $7020; {$ifdef IEDICOMDESC}Desc: 'Detector Element Physical Size';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $7022; {$ifdef IEDICOMDESC}Desc: 'Detector Element Spacing';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $7024; {$ifdef IEDICOMDESC}Desc: 'Detector Active Shape';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $7026; {$ifdef IEDICOMDESC}Desc: 'Detector Active Dimension(s)';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $7028; {$ifdef IEDICOMDESC}Desc: 'Detector Active Origin';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $702A; {$ifdef IEDICOMDESC}Desc: 'Detector Manufacturer Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $702B; {$ifdef IEDICOMDESC}Desc: 'Detector Manufacturer''s Model Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $7030; {$ifdef IEDICOMDESC}Desc: 'Field of View Origin';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $7032; {$ifdef IEDICOMDESC}Desc: 'Field of View Rotation';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $7034; {$ifdef IEDICOMDESC}Desc: 'Field of View Horizontal Flip';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $7036; {$ifdef IEDICOMDESC}Desc: 'Pixel Data Area Origin Relative to FOV';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $7038; {$ifdef IEDICOMDESC}Desc: 'Pixel Data Area Rotation Angle Relative to FOV';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $7040; {$ifdef IEDICOMDESC}Desc: 'Grid Absorbing Material';{$endif} VType: dvLT; Src: dsStandard ), (Group: $0018; Element: $7041; {$ifdef IEDICOMDESC}Desc: 'Grid Spacing Material';{$endif} VType: dvLT; Src: dsStandard ), (Group: $0018; Element: $7042; {$ifdef IEDICOMDESC}Desc: 'Grid Thickness';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $7044; {$ifdef IEDICOMDESC}Desc: 'Grid Pitch';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $7046; {$ifdef IEDICOMDESC}Desc: 'Grid Aspect Ratio';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $7048; {$ifdef IEDICOMDESC}Desc: 'Grid Period';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $704C; {$ifdef IEDICOMDESC}Desc: 'Grid Focal Distance';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $7050; {$ifdef IEDICOMDESC}Desc: 'Filter Material';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $7052; {$ifdef IEDICOMDESC}Desc: 'Filter Thickness Minimum';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $7054; {$ifdef IEDICOMDESC}Desc: 'Filter Thickness Maximum';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $7056; {$ifdef IEDICOMDESC}Desc: 'Filter Beam Path Length Minimum';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $7058; {$ifdef IEDICOMDESC}Desc: 'Filter Beam Path Length Maximum';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $7060; {$ifdef IEDICOMDESC}Desc: 'Exposure Control Mode';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $7062; {$ifdef IEDICOMDESC}Desc: 'Exposure Control Mode Description';{$endif} VType: dvLT; Src: dsStandard ), (Group: $0018; Element: $7064; {$ifdef IEDICOMDESC}Desc: 'Exposure Status';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $7065; {$ifdef IEDICOMDESC}Desc: 'Phototimer Setting';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $8150; {$ifdef IEDICOMDESC}Desc: 'Exposure Time in µS';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $8151; {$ifdef IEDICOMDESC}Desc: 'X-Ray Tube Current in µA';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0018; Element: $9004; {$ifdef IEDICOMDESC}Desc: 'Content Qualification';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9005; {$ifdef IEDICOMDESC}Desc: 'Pulse Sequence Name';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0018; Element: $9006; {$ifdef IEDICOMDESC}Desc: 'MR Imaging Modifier Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9008; {$ifdef IEDICOMDESC}Desc: 'Echo Pulse Sequence';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9009; {$ifdef IEDICOMDESC}Desc: 'Inversion Recovery';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9010; {$ifdef IEDICOMDESC}Desc: 'Flow Compensation';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9011; {$ifdef IEDICOMDESC}Desc: 'Multiple Spin Echo';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9012; {$ifdef IEDICOMDESC}Desc: 'Multi-planar Excitation';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9014; {$ifdef IEDICOMDESC}Desc: 'Phase Contrast';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9015; {$ifdef IEDICOMDESC}Desc: 'Time of Flight Contrast';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9016; {$ifdef IEDICOMDESC}Desc: 'Spoiling';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9017; {$ifdef IEDICOMDESC}Desc: 'Steady State Pulse Sequence';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9018; {$ifdef IEDICOMDESC}Desc: 'Echo Planar Pulse Sequence';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9019; {$ifdef IEDICOMDESC}Desc: 'Tag Angle First Axis';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9020; {$ifdef IEDICOMDESC}Desc: 'Magnetization Transfer';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9021; {$ifdef IEDICOMDESC}Desc: 'T2 Preparation';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9022; {$ifdef IEDICOMDESC}Desc: 'Blood Signal Nulling';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9024; {$ifdef IEDICOMDESC}Desc: 'Saturation Recovery';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9025; {$ifdef IEDICOMDESC}Desc: 'Spectrally Selected Suppression';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9026; {$ifdef IEDICOMDESC}Desc: 'Spectrally Selected Excitation';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9027; {$ifdef IEDICOMDESC}Desc: 'Spatial Pre-saturation';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9028; {$ifdef IEDICOMDESC}Desc: 'Tagging';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9029; {$ifdef IEDICOMDESC}Desc: 'Oversampling Phase';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9030; {$ifdef IEDICOMDESC}Desc: 'Tag Spacing First Dimension';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9032; {$ifdef IEDICOMDESC}Desc: 'Geometry of k-Space Traversal';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9033; {$ifdef IEDICOMDESC}Desc: 'Segmented k-Space Traversal';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9034; {$ifdef IEDICOMDESC}Desc: 'Rectilinear Phase Encode Reordering';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9035; {$ifdef IEDICOMDESC}Desc: 'Tag Thickness';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9036; {$ifdef IEDICOMDESC}Desc: 'Partial Fourier Direction';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9037; {$ifdef IEDICOMDESC}Desc: 'Cardiac Synchronization Technique';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9041; {$ifdef IEDICOMDESC}Desc: 'Receive Coil Manufacturer Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $9042; {$ifdef IEDICOMDESC}Desc: 'MR Receive Coil Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9043; {$ifdef IEDICOMDESC}Desc: 'Receive Coil Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9044; {$ifdef IEDICOMDESC}Desc: 'Quadrature Receive Coil';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9045; {$ifdef IEDICOMDESC}Desc: 'Multi-Coil Definition Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9046; {$ifdef IEDICOMDESC}Desc: 'Multi-Coil Configuration';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $9047; {$ifdef IEDICOMDESC}Desc: 'Multi-Coil Element Name';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0018; Element: $9048; {$ifdef IEDICOMDESC}Desc: 'Multi-Coil Element Used';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9049; {$ifdef IEDICOMDESC}Desc: 'MR Transmit Coil Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9050; {$ifdef IEDICOMDESC}Desc: 'Transmit Coil Manufacturer Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $9051; {$ifdef IEDICOMDESC}Desc: 'Transmit Coil Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9052; {$ifdef IEDICOMDESC}Desc: 'Spectral Width';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9053; {$ifdef IEDICOMDESC}Desc: 'Chemical Shift Reference';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9054; {$ifdef IEDICOMDESC}Desc: 'Volume Localization Technique';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9058; {$ifdef IEDICOMDESC}Desc: 'MR Acquisition Frequency Encoding Steps';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0018; Element: $9059; {$ifdef IEDICOMDESC}Desc: 'De-coupling';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9060; {$ifdef IEDICOMDESC}Desc: 'De-coupled Nucleus';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9061; {$ifdef IEDICOMDESC}Desc: 'De-coupling Frequency';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9062; {$ifdef IEDICOMDESC}Desc: 'De-coupling Method';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9063; {$ifdef IEDICOMDESC}Desc: 'De-coupling Chemical Shift Reference';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9064; {$ifdef IEDICOMDESC}Desc: 'k-space Filtering';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9065; {$ifdef IEDICOMDESC}Desc: 'Time Domain Filtering';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9066; {$ifdef IEDICOMDESC}Desc: 'Number of Zero Fills';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0018; Element: $9067; {$ifdef IEDICOMDESC}Desc: 'Baseline Correction';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9069; {$ifdef IEDICOMDESC}Desc: 'Parallel Reduction Factor In-plane';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9070; {$ifdef IEDICOMDESC}Desc: 'Cardiac R-R Interval Specified';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9073; {$ifdef IEDICOMDESC}Desc: 'Acquisition Duration';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9074; {$ifdef IEDICOMDESC}Desc: 'Frame Acquisition Date/Time';{$endif} VType: dvDT; Src: dsStandard ), (Group: $0018; Element: $9075; {$ifdef IEDICOMDESC}Desc: 'Diffusion Directionality';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9076; {$ifdef IEDICOMDESC}Desc: 'Diffusion Gradient Direction Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9077; {$ifdef IEDICOMDESC}Desc: 'Parallel Acquisition';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9078; {$ifdef IEDICOMDESC}Desc: 'Parallel Acquisition Technique';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9079; {$ifdef IEDICOMDESC}Desc: 'Inversion Times';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9080; {$ifdef IEDICOMDESC}Desc: 'Metabolite Map Description';{$endif} VType: dvST; Src: dsStandard ), (Group: $0018; Element: $9081; {$ifdef IEDICOMDESC}Desc: 'Partial Fourier';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9082; {$ifdef IEDICOMDESC}Desc: 'Effective Echo Time';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9083; {$ifdef IEDICOMDESC}Desc: 'Metabolite Map Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9084; {$ifdef IEDICOMDESC}Desc: 'Chemical Shift Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9085; {$ifdef IEDICOMDESC}Desc: 'Cardiac Signal Source';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9087; {$ifdef IEDICOMDESC}Desc: 'Diffusion b-value';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9089; {$ifdef IEDICOMDESC}Desc: 'Diffusion Gradient Orientation';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9090; {$ifdef IEDICOMDESC}Desc: 'Velocity Encoding Direction';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9091; {$ifdef IEDICOMDESC}Desc: 'Velocity Encoding Minimum Value';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9092; {$ifdef IEDICOMDESC}Desc: 'Velocity Encoding Acquisition Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9093; {$ifdef IEDICOMDESC}Desc: 'Number of k-Space Trajectories';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0018; Element: $9094; {$ifdef IEDICOMDESC}Desc: 'Coverage of k-Space';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9095; {$ifdef IEDICOMDESC}Desc: 'Spectroscopy Acquisition Phase Rows';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0018; Element: $9096; {$ifdef IEDICOMDESC}Desc: 'Parallel Reduction Factor In-plane (Retired)';{$endif} VType: dvFD; Src: dsDeprecated ), (Group: $0018; Element: $9098; {$ifdef IEDICOMDESC}Desc: 'Transmitter Frequency';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9100; {$ifdef IEDICOMDESC}Desc: 'Resonant Nucleus';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9101; {$ifdef IEDICOMDESC}Desc: 'Frequency Correction';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9103; {$ifdef IEDICOMDESC}Desc: 'MR Spectroscopy FOV/Geometry Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9104; {$ifdef IEDICOMDESC}Desc: 'Slab Thickness';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9105; {$ifdef IEDICOMDESC}Desc: 'Slab Orientation';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9106; {$ifdef IEDICOMDESC}Desc: 'Mid Slab Position';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9107; {$ifdef IEDICOMDESC}Desc: 'MR Spatial Saturation Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9112; {$ifdef IEDICOMDESC}Desc: 'MR Timing and Related Parameters Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9114; {$ifdef IEDICOMDESC}Desc: 'MR Echo Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9115; {$ifdef IEDICOMDESC}Desc: 'MR Modifier Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9117; {$ifdef IEDICOMDESC}Desc: 'MR Diffusion Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9118; {$ifdef IEDICOMDESC}Desc: 'Cardiac Synchronization Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9119; {$ifdef IEDICOMDESC}Desc: 'MR Averages Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9125; {$ifdef IEDICOMDESC}Desc: 'MR FOV/Geometry Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9126; {$ifdef IEDICOMDESC}Desc: 'Volume Localization Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9127; {$ifdef IEDICOMDESC}Desc: 'Spectroscopy Acquisition Data Columns';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0018; Element: $9147; {$ifdef IEDICOMDESC}Desc: 'Diffusion Anisotropy Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9151; {$ifdef IEDICOMDESC}Desc: 'Frame Reference Date/Time';{$endif} VType: dvDT; Src: dsStandard ), (Group: $0018; Element: $9152; {$ifdef IEDICOMDESC}Desc: 'MR Metabolite Map Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9155; {$ifdef IEDICOMDESC}Desc: 'Parallel Reduction Factor out-of-plane';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9159; {$ifdef IEDICOMDESC}Desc: 'Spectroscopy Acquisition Out-of-plane Phase Steps';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0018; Element: $9166; {$ifdef IEDICOMDESC}Desc: 'Bulk Motion Status';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0018; Element: $9168; {$ifdef IEDICOMDESC}Desc: 'Parallel Reduction Factor Second In-plane';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9169; {$ifdef IEDICOMDESC}Desc: 'Cardiac Beat Rejection Technique';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9170; {$ifdef IEDICOMDESC}Desc: 'Respiratory Motion Compensation Technique';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9171; {$ifdef IEDICOMDESC}Desc: 'Respiratory Signal Source';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9172; {$ifdef IEDICOMDESC}Desc: 'Bulk Motion Compensation Technique';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9173; {$ifdef IEDICOMDESC}Desc: 'Bulk Motion Signal Source';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9174; {$ifdef IEDICOMDESC}Desc: 'Applicable Safety Standard Agency';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9175; {$ifdef IEDICOMDESC}Desc: 'Applicable Safety Standard Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $9176; {$ifdef IEDICOMDESC}Desc: 'Operating Mode Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9177; {$ifdef IEDICOMDESC}Desc: 'Operating Mode Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9178; {$ifdef IEDICOMDESC}Desc: 'Operating Mode';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9179; {$ifdef IEDICOMDESC}Desc: 'Specific Absorption Rate Definition';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9180; {$ifdef IEDICOMDESC}Desc: 'Gradient Output Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9181; {$ifdef IEDICOMDESC}Desc: 'Specific Absorption Rate Value';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9182; {$ifdef IEDICOMDESC}Desc: 'Gradient Output';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9183; {$ifdef IEDICOMDESC}Desc: 'Flow Compensation Direction';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9184; {$ifdef IEDICOMDESC}Desc: 'Tagging Delay';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9185; {$ifdef IEDICOMDESC}Desc: 'Respiratory Motion Compensation Technique Description';{$endif} VType: dvST; Src: dsStandard ), (Group: $0018; Element: $9186; {$ifdef IEDICOMDESC}Desc: 'Respiratory Signal Source ID';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0018; Element: $9195; {$ifdef IEDICOMDESC}Desc: 'Chemical Shift Minimum Integration Limit in Hz';{$endif} VType: dvFD; Src: dsDeprecated ), (Group: $0018; Element: $9196; {$ifdef IEDICOMDESC}Desc: 'Chemical Shift Maximum Integration Limit in Hz';{$endif} VType: dvFD; Src: dsDeprecated ), (Group: $0018; Element: $9197; {$ifdef IEDICOMDESC}Desc: 'MR Velocity Encoding Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9198; {$ifdef IEDICOMDESC}Desc: 'First Order Phase Correction';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9199; {$ifdef IEDICOMDESC}Desc: 'Water Referenced Phase Correction';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9200; {$ifdef IEDICOMDESC}Desc: 'MR Spectroscopy Acquisition Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9214; {$ifdef IEDICOMDESC}Desc: 'Respiratory Cycle Position';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9217; {$ifdef IEDICOMDESC}Desc: 'Velocity Encoding Maximum Value';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9218; {$ifdef IEDICOMDESC}Desc: 'Tag Spacing Second Dimension';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9219; {$ifdef IEDICOMDESC}Desc: 'Tag Angle Second Axis';{$endif} VType: dvSS; Src: dsStandard ), (Group: $0018; Element: $9220; {$ifdef IEDICOMDESC}Desc: 'Frame Acquisition Duration';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9226; {$ifdef IEDICOMDESC}Desc: 'MR Image Frame Type Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9227; {$ifdef IEDICOMDESC}Desc: 'MR Spectroscopy Frame Type Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9231; {$ifdef IEDICOMDESC}Desc: 'MR Acquisition Phase Encoding Steps in-plane';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0018; Element: $9232; {$ifdef IEDICOMDESC}Desc: 'MR Acquisition Phase Encoding Steps out-of-plane';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0018; Element: $9234; {$ifdef IEDICOMDESC}Desc: 'Spectroscopy Acquisition Phase Columns';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0018; Element: $9236; {$ifdef IEDICOMDESC}Desc: 'Cardiac Cycle Position';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9239; {$ifdef IEDICOMDESC}Desc: 'Specific Absorption Rate Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9240; {$ifdef IEDICOMDESC}Desc: 'RF Echo Train Length';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0018; Element: $9241; {$ifdef IEDICOMDESC}Desc: 'Gradient Echo Train Length';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0018; Element: $9250; {$ifdef IEDICOMDESC}Desc: 'Arterial Spin Labeling Contrast';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9251; {$ifdef IEDICOMDESC}Desc: 'MR Arterial Spin Labeling Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9252; {$ifdef IEDICOMDESC}Desc: 'ASL Technique Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $9253; {$ifdef IEDICOMDESC}Desc: 'ASL Slab Number';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0018; Element: $9254; {$ifdef IEDICOMDESC}Desc: 'ASL Slab Thickness';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9255; {$ifdef IEDICOMDESC}Desc: 'ASL Slab Orientation';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9256; {$ifdef IEDICOMDESC}Desc: 'ASL Mid Slab Position';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9257; {$ifdef IEDICOMDESC}Desc: 'ASL Context';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9258; {$ifdef IEDICOMDESC}Desc: 'ASL Pulse Train Duration';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0018; Element: $9259; {$ifdef IEDICOMDESC}Desc: 'ASL Crusher Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $925A; {$ifdef IEDICOMDESC}Desc: 'ASL Crusher Flow Limit';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $925B; {$ifdef IEDICOMDESC}Desc: 'ASL Crusher Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $925C; {$ifdef IEDICOMDESC}Desc: 'ASL Bolus Cut-off Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $925D; {$ifdef IEDICOMDESC}Desc: 'ASL Bolus Cut-off Timing Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $925E; {$ifdef IEDICOMDESC}Desc: 'ASL Bolus Cut-off Technique';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $925F; {$ifdef IEDICOMDESC}Desc: 'ASL Bolus Cut-off Delay Time';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0018; Element: $9260; {$ifdef IEDICOMDESC}Desc: 'ASL Slab Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9295; {$ifdef IEDICOMDESC}Desc: 'Chemical Shift Minimum Integration Limit in ppm';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9296; {$ifdef IEDICOMDESC}Desc: 'Chemical Shift Maximum Integration Limit in ppm';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9297; {$ifdef IEDICOMDESC}Desc: 'Water Reference Acquisition';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9298; {$ifdef IEDICOMDESC}Desc: 'Echo Peak Position';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0018; Element: $9301; {$ifdef IEDICOMDESC}Desc: 'CT Acquisition Type Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9302; {$ifdef IEDICOMDESC}Desc: 'Acquisition Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9303; {$ifdef IEDICOMDESC}Desc: 'Tube Angle';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9304; {$ifdef IEDICOMDESC}Desc: 'CT Acquisition Details Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9305; {$ifdef IEDICOMDESC}Desc: 'Revolution Time';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9306; {$ifdef IEDICOMDESC}Desc: 'Single Collimation Width';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9307; {$ifdef IEDICOMDESC}Desc: 'Total Collimation Width';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9308; {$ifdef IEDICOMDESC}Desc: 'CT Table Dynamics Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9309; {$ifdef IEDICOMDESC}Desc: 'Table Speed';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9310; {$ifdef IEDICOMDESC}Desc: 'Table Feed per Rotation';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9311; {$ifdef IEDICOMDESC}Desc: 'Spiral Pitch Factor';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9312; {$ifdef IEDICOMDESC}Desc: 'CT Geometry Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9313; {$ifdef IEDICOMDESC}Desc: 'Data Collection Center (Patient)';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9314; {$ifdef IEDICOMDESC}Desc: 'CT Reconstruction Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9315; {$ifdef IEDICOMDESC}Desc: 'Reconstruction Algorithm';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9316; {$ifdef IEDICOMDESC}Desc: 'Convolution Kernel Group';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9317; {$ifdef IEDICOMDESC}Desc: 'Reconstruction Field of View';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9318; {$ifdef IEDICOMDESC}Desc: 'Reconstruction Target Center (Patient)';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9319; {$ifdef IEDICOMDESC}Desc: 'Reconstruction Angle';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9320; {$ifdef IEDICOMDESC}Desc: 'Image Filter';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0018; Element: $9321; {$ifdef IEDICOMDESC}Desc: 'CT Exposure Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9322; {$ifdef IEDICOMDESC}Desc: 'Reconstruction Pixel Spacing';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9323; {$ifdef IEDICOMDESC}Desc: 'Exposure Modulation Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9324; {$ifdef IEDICOMDESC}Desc: 'Estimated Dose Saving';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9325; {$ifdef IEDICOMDESC}Desc: 'CT X-Ray Details Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9326; {$ifdef IEDICOMDESC}Desc: 'CT Position Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9327; {$ifdef IEDICOMDESC}Desc: 'Table Position';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9328; {$ifdef IEDICOMDESC}Desc: 'Exposure Time in ms';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9329; {$ifdef IEDICOMDESC}Desc: 'CT Image Frame Type Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9330; {$ifdef IEDICOMDESC}Desc: 'X-Ray Tube Current in mA';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9332; {$ifdef IEDICOMDESC}Desc: 'Exposure in mAs';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9333; {$ifdef IEDICOMDESC}Desc: 'Constant Volume Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9334; {$ifdef IEDICOMDESC}Desc: 'Fluoroscopy Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9335; {$ifdef IEDICOMDESC}Desc: 'Distance Source to Data Collection Center';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9337; {$ifdef IEDICOMDESC}Desc: 'Contrast/Bolus Agent Number';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0018; Element: $9338; {$ifdef IEDICOMDESC}Desc: 'Contrast/Bolus Ingredient Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9340; {$ifdef IEDICOMDESC}Desc: 'Contrast Administration Profile Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9341; {$ifdef IEDICOMDESC}Desc: 'Contrast/Bolus Usage Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9342; {$ifdef IEDICOMDESC}Desc: 'Contrast/Bolus Agent Administered';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9343; {$ifdef IEDICOMDESC}Desc: 'Contrast/Bolus Agent Detected';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9344; {$ifdef IEDICOMDESC}Desc: 'Contrast/Bolus Agent Phase';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9345; {$ifdef IEDICOMDESC}Desc: 'CTDIvol';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9346; {$ifdef IEDICOMDESC}Desc: 'CTDI Phantom Type Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9351; {$ifdef IEDICOMDESC}Desc: 'Calcium Scoring Mass Factor Patient';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $9352; {$ifdef IEDICOMDESC}Desc: 'Calcium Scoring Mass Factor Device';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $9353; {$ifdef IEDICOMDESC}Desc: 'Energy Weighting Factor';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $9360; {$ifdef IEDICOMDESC}Desc: 'CT Additional X-Ray Source Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9401; {$ifdef IEDICOMDESC}Desc: 'Projection Pixel Calibration Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9402; {$ifdef IEDICOMDESC}Desc: 'Distance Source to Isocenter';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $9403; {$ifdef IEDICOMDESC}Desc: 'Distance Object to Table Top';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $9404; {$ifdef IEDICOMDESC}Desc: 'Object Pixel Spacing in Center of Beam';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $9405; {$ifdef IEDICOMDESC}Desc: 'Positioner Position Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9406; {$ifdef IEDICOMDESC}Desc: 'Table Position Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9407; {$ifdef IEDICOMDESC}Desc: 'Collimator Shape Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9410; {$ifdef IEDICOMDESC}Desc: 'Planes in Acquisition';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9412; {$ifdef IEDICOMDESC}Desc: 'XA/XRF Frame Characteristics Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9417; {$ifdef IEDICOMDESC}Desc: 'Frame Acquisition Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9420; {$ifdef IEDICOMDESC}Desc: 'X-Ray Receptor Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9423; {$ifdef IEDICOMDESC}Desc: 'Acquisition Protocol Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $9424; {$ifdef IEDICOMDESC}Desc: 'Acquisition Protocol Description';{$endif} VType: dvLT; Src: dsStandard ), (Group: $0018; Element: $9425; {$ifdef IEDICOMDESC}Desc: 'Contrast/Bolus Ingredient Opaque';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9426; {$ifdef IEDICOMDESC}Desc: 'Distance Receptor Plane to Detector Housing';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $9427; {$ifdef IEDICOMDESC}Desc: 'Intensifier Active Shape';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9428; {$ifdef IEDICOMDESC}Desc: 'Intensifier Active Dimension(s)';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $9429; {$ifdef IEDICOMDESC}Desc: 'Physical Detector Size';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $9430; {$ifdef IEDICOMDESC}Desc: 'Position of Isocenter Projection';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $9432; {$ifdef IEDICOMDESC}Desc: 'Field of View Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9433; {$ifdef IEDICOMDESC}Desc: 'Field of View Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $9434; {$ifdef IEDICOMDESC}Desc: 'Exposure Control Sensing Regions Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9435; {$ifdef IEDICOMDESC}Desc: 'Exposure Control Sensing Region Shape';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9436; {$ifdef IEDICOMDESC}Desc: 'Exposure Control Sensing Region Left Vertical Edge';{$endif} VType: dvSS; Src: dsStandard ), (Group: $0018; Element: $9437; {$ifdef IEDICOMDESC}Desc: 'Exposure Control Sensing Region Right Vertical Edge';{$endif} VType: dvSS; Src: dsStandard ), (Group: $0018; Element: $9438; {$ifdef IEDICOMDESC}Desc: 'Exposure Control Sensing Region Upper Horizontal Edge';{$endif} VType: dvSS; Src: dsStandard ), (Group: $0018; Element: $9439; {$ifdef IEDICOMDESC}Desc: 'Exposure Control Sensing Region Lower Horizontal Edge';{$endif} VType: dvSS; Src: dsStandard ), (Group: $0018; Element: $9440; {$ifdef IEDICOMDESC}Desc: 'Center of Circular Exposure Control Sensing Region';{$endif} VType: dvSS; Src: dsStandard ), (Group: $0018; Element: $9441; {$ifdef IEDICOMDESC}Desc: 'Radius of Circular Exposure Control Sensing Region';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0018; Element: $9442; {$ifdef IEDICOMDESC}Desc: 'Vertices of the Polygonal Exposure Control Sensing Region';{$endif} VType: dvSS; Src: dsStandard ), (Group: $0018; Element: $9445; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUnknown; Src: dsDeprecated ), (Group: $0018; Element: $9447; {$ifdef IEDICOMDESC}Desc: 'Column Angulation (Patient)';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $9449; {$ifdef IEDICOMDESC}Desc: 'Beam Angle';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $9451; {$ifdef IEDICOMDESC}Desc: 'Frame Detector Parameters Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9452; {$ifdef IEDICOMDESC}Desc: 'Calculated Anatomy Thickness';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $9455; {$ifdef IEDICOMDESC}Desc: 'Calibration Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9456; {$ifdef IEDICOMDESC}Desc: 'Object Thickness Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9457; {$ifdef IEDICOMDESC}Desc: 'Plane Identification';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9461; {$ifdef IEDICOMDESC}Desc: 'Field of View Dimension(s) in Float';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $9462; {$ifdef IEDICOMDESC}Desc: 'Isocenter Reference System Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9463; {$ifdef IEDICOMDESC}Desc: 'Positioner Isocenter Primary Angle';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $9464; {$ifdef IEDICOMDESC}Desc: 'Positioner Isocenter Secondary Angle';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $9465; {$ifdef IEDICOMDESC}Desc: 'Positioner Isocenter Detector Rotation Angle';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $9466; {$ifdef IEDICOMDESC}Desc: 'Table X Position to Isocenter';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $9467; {$ifdef IEDICOMDESC}Desc: 'Table Y Position to Isocenter';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $9468; {$ifdef IEDICOMDESC}Desc: 'Table Z Position to Isocenter';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $9469; {$ifdef IEDICOMDESC}Desc: 'Table Horizontal Rotation Angle';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $9470; {$ifdef IEDICOMDESC}Desc: 'Table Head Tilt Angle';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $9471; {$ifdef IEDICOMDESC}Desc: 'Table Cradle Tilt Angle';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $9472; {$ifdef IEDICOMDESC}Desc: 'Frame Display Shutter Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9473; {$ifdef IEDICOMDESC}Desc: 'Acquired Image Area Dose Product';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $9474; {$ifdef IEDICOMDESC}Desc: 'C-arm Positioner Tabletop Relationship';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9476; {$ifdef IEDICOMDESC}Desc: 'X-Ray Geometry Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9477; {$ifdef IEDICOMDESC}Desc: 'Irradiation Event Identification Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9504; {$ifdef IEDICOMDESC}Desc: 'X-Ray 3D Frame Type Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9506; {$ifdef IEDICOMDESC}Desc: 'Contributing Sources Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9507; {$ifdef IEDICOMDESC}Desc: 'X-Ray 3D Acquisition Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9508; {$ifdef IEDICOMDESC}Desc: 'Primary Positioner Scan Arc';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $9509; {$ifdef IEDICOMDESC}Desc: 'Secondary Positioner Scan Arc';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $9510; {$ifdef IEDICOMDESC}Desc: 'Primary Positioner Scan Start Angle';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $9511; {$ifdef IEDICOMDESC}Desc: 'Secondary Positioner Scan Start Angle';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $9514; {$ifdef IEDICOMDESC}Desc: 'Primary Positioner Increment';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $9515; {$ifdef IEDICOMDESC}Desc: 'Secondary Positioner Increment';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0018; Element: $9516; {$ifdef IEDICOMDESC}Desc: 'Start Acquisition Date/Time';{$endif} VType: dvDT; Src: dsStandard ), (Group: $0018; Element: $9517; {$ifdef IEDICOMDESC}Desc: 'End Acquisition Date/Time';{$endif} VType: dvDT; Src: dsStandard ), (Group: $0018; Element: $9518; {$ifdef IEDICOMDESC}Desc: 'Primary Positioner Increment Sign';{$endif} VType: dvSS; Src: dsStandard ), (Group: $0018; Element: $9519; {$ifdef IEDICOMDESC}Desc: 'Secondary Positioner Increment Sign';{$endif} VType: dvSS; Src: dsStandard ), (Group: $0018; Element: $9524; {$ifdef IEDICOMDESC}Desc: 'Application Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $9525; {$ifdef IEDICOMDESC}Desc: 'Application Version';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $9526; {$ifdef IEDICOMDESC}Desc: 'Application Manufacturer';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $9527; {$ifdef IEDICOMDESC}Desc: 'Algorithm Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9528; {$ifdef IEDICOMDESC}Desc: 'Algorithm Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $9530; {$ifdef IEDICOMDESC}Desc: 'X-Ray 3D Reconstruction Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9531; {$ifdef IEDICOMDESC}Desc: 'Reconstruction Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0018; Element: $9538; {$ifdef IEDICOMDESC}Desc: 'Per Projection Acquisition Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9541; {$ifdef IEDICOMDESC}Desc: 'Detector Position Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9542; {$ifdef IEDICOMDESC}Desc: 'X-Ray Acquisition Dose Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9543; {$ifdef IEDICOMDESC}Desc: 'X-Ray Source Isocenter Primary Angle';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9544; {$ifdef IEDICOMDESC}Desc: 'X-Ray Source Isocenter Secondary Angle';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9545; {$ifdef IEDICOMDESC}Desc: 'Breast Support Isocenter Primary Angle';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9546; {$ifdef IEDICOMDESC}Desc: 'Breast Support Isocenter Secondary Angle';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9547; {$ifdef IEDICOMDESC}Desc: 'Breast Support X Position to Isocenter';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9548; {$ifdef IEDICOMDESC}Desc: 'Breast Support Y Position to Isocenter';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9549; {$ifdef IEDICOMDESC}Desc: 'Breast Support Z Position to Isocenter';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9550; {$ifdef IEDICOMDESC}Desc: 'Detector Isocenter Primary Angle';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9551; {$ifdef IEDICOMDESC}Desc: 'Detector Isocenter Secondary Angle';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9552; {$ifdef IEDICOMDESC}Desc: 'Detector X Position to Isocenter';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9553; {$ifdef IEDICOMDESC}Desc: 'Detector Y Position to Isocenter';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9554; {$ifdef IEDICOMDESC}Desc: 'Detector Z Position to Isocenter';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9555; {$ifdef IEDICOMDESC}Desc: 'X-Ray Grid Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9556; {$ifdef IEDICOMDESC}Desc: 'X-Ray Filter Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9557; {$ifdef IEDICOMDESC}Desc: 'Detector Active Area TLHC Position';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9558; {$ifdef IEDICOMDESC}Desc: 'Detector Active Area Orientation';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9559; {$ifdef IEDICOMDESC}Desc: 'Positioner Primary Angle Direction';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9601; {$ifdef IEDICOMDESC}Desc: 'Diffusion b-matrix Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9602; {$ifdef IEDICOMDESC}Desc: 'Diffusion b-value XX';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9603; {$ifdef IEDICOMDESC}Desc: 'Diffusion b-value XY';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9604; {$ifdef IEDICOMDESC}Desc: 'Diffusion b-value XZ';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9605; {$ifdef IEDICOMDESC}Desc: 'Diffusion b-value YY';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9606; {$ifdef IEDICOMDESC}Desc: 'Diffusion b-value YZ';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9607; {$ifdef IEDICOMDESC}Desc: 'Diffusion b-value ZZ';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9701; {$ifdef IEDICOMDESC}Desc: 'Decay Correction Date/Time';{$endif} VType: dvDT; Src: dsStandard ), (Group: $0018; Element: $9715; {$ifdef IEDICOMDESC}Desc: 'Start Density Threshold';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9716; {$ifdef IEDICOMDESC}Desc: 'Start Relative Density Difference Threshold';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9717; {$ifdef IEDICOMDESC}Desc: 'Start Cardiac Trigger Count Threshold';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9718; {$ifdef IEDICOMDESC}Desc: 'Start Respiratory Trigger Count Threshold';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9719; {$ifdef IEDICOMDESC}Desc: 'Termination Counts Threshold';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9720; {$ifdef IEDICOMDESC}Desc: 'Termination Density Threshold';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9721; {$ifdef IEDICOMDESC}Desc: 'Termination Relative Density Threshold';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9722; {$ifdef IEDICOMDESC}Desc: 'Termination Time Threshold';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9723; {$ifdef IEDICOMDESC}Desc: 'Termination Cardiac Trigger Count Threshold';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9724; {$ifdef IEDICOMDESC}Desc: 'Termination Respiratory Trigger Count Threshold';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9725; {$ifdef IEDICOMDESC}Desc: 'Detector Geometry';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9726; {$ifdef IEDICOMDESC}Desc: 'Transverse Detector Separation';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9727; {$ifdef IEDICOMDESC}Desc: 'Axial Detector Dimension';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9729; {$ifdef IEDICOMDESC}Desc: 'Radiopharmaceutical Agent Number';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0018; Element: $9732; {$ifdef IEDICOMDESC}Desc: 'PET Frame Acquisition Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9733; {$ifdef IEDICOMDESC}Desc: 'PET Detector Motion Details Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9734; {$ifdef IEDICOMDESC}Desc: 'PET Table Dynamics Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9735; {$ifdef IEDICOMDESC}Desc: 'PET Position Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9736; {$ifdef IEDICOMDESC}Desc: 'PET Frame Correction Factors Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9737; {$ifdef IEDICOMDESC}Desc: 'Radiopharmaceutical Usage Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9738; {$ifdef IEDICOMDESC}Desc: 'Attenuation Correction Source';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9739; {$ifdef IEDICOMDESC}Desc: 'Number of Iterations';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0018; Element: $9740; {$ifdef IEDICOMDESC}Desc: 'Number of Subsets';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0018; Element: $9749; {$ifdef IEDICOMDESC}Desc: 'PET Reconstruction Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9751; {$ifdef IEDICOMDESC}Desc: 'PET Frame Type Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9755; {$ifdef IEDICOMDESC}Desc: 'Time of Flight Information Used';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9756; {$ifdef IEDICOMDESC}Desc: 'Reconstruction Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9758; {$ifdef IEDICOMDESC}Desc: 'Decay Corrected';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9759; {$ifdef IEDICOMDESC}Desc: 'Attenuation Corrected';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9760; {$ifdef IEDICOMDESC}Desc: 'Scatter Corrected';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9761; {$ifdef IEDICOMDESC}Desc: 'Dead Time Corrected';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9762; {$ifdef IEDICOMDESC}Desc: 'Gantry Motion Corrected';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9763; {$ifdef IEDICOMDESC}Desc: 'Patient Motion Corrected';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9764; {$ifdef IEDICOMDESC}Desc: 'Count Loss Normalization Corrected';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9765; {$ifdef IEDICOMDESC}Desc: 'Randoms Corrected';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9766; {$ifdef IEDICOMDESC}Desc: 'Non-uniform Radial Sampling Corrected';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9767; {$ifdef IEDICOMDESC}Desc: 'Sensitivity Calibrated';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9768; {$ifdef IEDICOMDESC}Desc: 'Detector Normalization Correction';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9769; {$ifdef IEDICOMDESC}Desc: 'Iterative Reconstruction Method';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9770; {$ifdef IEDICOMDESC}Desc: 'Attenuation Correction Temporal Relationship';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9771; {$ifdef IEDICOMDESC}Desc: 'Patient Physiological State Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9772; {$ifdef IEDICOMDESC}Desc: 'Patient Physiological State Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9801; {$ifdef IEDICOMDESC}Desc: 'Depth(s) of Focus';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9803; {$ifdef IEDICOMDESC}Desc: 'Excluded Intervals Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9804; {$ifdef IEDICOMDESC}Desc: 'Exclusion Start Date/Time';{$endif} VType: dvDT; Src: dsStandard ), (Group: $0018; Element: $9805; {$ifdef IEDICOMDESC}Desc: 'Exclusion Duration';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0018; Element: $9806; {$ifdef IEDICOMDESC}Desc: 'US Image Description Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9807; {$ifdef IEDICOMDESC}Desc: 'Image Data Type Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9808; {$ifdef IEDICOMDESC}Desc: 'Data Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $9809; {$ifdef IEDICOMDESC}Desc: 'Transducer Scan Pattern Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $980B; {$ifdef IEDICOMDESC}Desc: 'Aliased Data Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $980C; {$ifdef IEDICOMDESC}Desc: 'Position Measuring Device Used';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0018; Element: $980D; {$ifdef IEDICOMDESC}Desc: 'Transducer Geometry Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $980E; {$ifdef IEDICOMDESC}Desc: 'Transducer Beam Steering Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $980F; {$ifdef IEDICOMDESC}Desc: 'Transducer Application Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $9810; {$ifdef IEDICOMDESC}Desc: 'Zero Velocity Pixel Value';{$endif} VType: dvUSorSS; Src: dsStandard ), (Group: $0018; Element: $A001; {$ifdef IEDICOMDESC}Desc: 'Contributing Equipment Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0018; Element: $A002; {$ifdef IEDICOMDESC}Desc: 'Contribution Date/Time';{$endif} VType: dvDT; Src: dsStandard ), (Group: $0018; Element: $A003; {$ifdef IEDICOMDESC}Desc: 'Contribution Description';{$endif} VType: dvST; Src: dsStandard ), (Group: $0019; Element: $0000; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0001; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0002; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0003; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0004; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0005; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0006; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0007; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0008; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0009; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $000A; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $000B; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0019; Element: $000C; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0019; Element: $000D; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvTM; Src: dsProprietary ), (Group: $0019; Element: $000E; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $000F; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0019; Element: $0010; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0011; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0012; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0013; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0014; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0015; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0016; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0017; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0018; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0019; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $001A; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $001B; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $001C; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvCS; Src: dsProprietary ), (Group: $0019; Element: $001D; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0019; Element: $001E; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $001F; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0019; Element: $0020; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0021; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0022; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0023; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0024; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0025; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0026; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0027; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0028; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0029; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0019; Element: $002A; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $002B; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0019; Element: $002C; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $002D; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0019; Element: $002E; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $002F; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0019; Element: $0030; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0031; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0032; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0033; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUN; Src: dsProprietary ), (Group: $0019; Element: $0034; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0019; Element: $0036; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0019; Element: $0038; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0019; Element: $0039; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $003A; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $003B; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0019; Element: $003C; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $003E; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $003F; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUN; Src: dsProprietary ), (Group: $0019; Element: $0040; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0041; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0042; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0043; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0044; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0045; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0046; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0047; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0048; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0049; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0019; Element: $004A; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $004B; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0019; Element: $004C; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0019; Element: $004E; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0019; Element: $0050; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0051; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0052; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0053; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0019; Element: $0054; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0055; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0019; Element: $0056; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0057; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0019; Element: $0058; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $005A; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $005C; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $005D; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0019; Element: $005E; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $005F; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0019; Element: $0060; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0061; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0062; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0063; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0064; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0065; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0066; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0067; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0068; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0069; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $0019; Element: $006A; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $006B; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0019; Element: $006C; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0019; Element: $006E; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0019; Element: $0070; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0071; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0072; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0073; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0074; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0075; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0076; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0077; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0019; Element: $0078; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0019; Element: $007A; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0019; Element: $007C; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0019; Element: $007D; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0019; Element: $007E; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $007F; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0019; Element: $0080; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0081; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0082; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0083; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0084; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0085; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0086; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0087; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0088; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $008A; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $008B; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0019; Element: $008C; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0019; Element: $008D; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0019; Element: $008E; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0019; Element: $008F; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0019; Element: $0090; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0091; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0092; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0093; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0094; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0095; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0019; Element: $0096; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0097; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0098; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $0099; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0019; Element: $009A; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0019; Element: $009B; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0019; Element: $009C; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $009D; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDT; Src: dsProprietary ), (Group: $0019; Element: $009E; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $009F; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00A0; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00A1; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00A2; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00A3; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00A4; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00A5; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00A6; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00A7; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00A8; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00A9; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00AA; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00AB; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00AC; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00AD; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00AE; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00AF; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00B0; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00B1; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00B2; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00B3; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00B4; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00B5; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00B6; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0019; Element: $00B7; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0019; Element: $00B8; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0019; Element: $00B9; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0019; Element: $00BA; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0019; Element: $00BB; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0019; Element: $00BC; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0019; Element: $00BD; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0019; Element: $00BE; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0019; Element: $00C0; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00C1; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00C2; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00C3; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00C4; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00C5; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00C6; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0019; Element: $00C7; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0019; Element: $00C8; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0019; Element: $00C9; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0019; Element: $00CA; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0019; Element: $00CB; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00CC; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00CD; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0019; Element: $00CE; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0019; Element: $00CF; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0019; Element: $00D0; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSH; Src: dsProprietary ), (Group: $0019; Element: $00D1; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0019; Element: $00D2; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00D3; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00D4; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00D5; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00D6; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00D7; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00D8; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00D9; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00DA; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00DB; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0019; Element: $00DC; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0019; Element: $00DD; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0019; Element: $00DE; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0019; Element: $00DF; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0019; Element: $00E0; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0019; Element: $00E1; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00E2; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00E3; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00E4; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0019; Element: $00E5; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0019; Element: $00E6; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0019; Element: $00E8; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0019; Element: $00E9; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0019; Element: $00EB; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0019; Element: $00EC; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0019; Element: $00F0; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00F1; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00F2; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00F3; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0019; Element: $00F4; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0019; Element: $00F9; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0019; Element: $1015; {$ifdef IEDICOMDESC}Desc: 'Start Number for Enhanced Scans';{$endif} VType: dvUN; Src: dsProprietary ), (Group: $0020; Element: $0000; {$ifdef IEDICOMDESC}Desc: 'Image Group Length';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $0020; Element: $000D; {$ifdef IEDICOMDESC}Desc: 'Study Instance UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0020; Element: $000E; {$ifdef IEDICOMDESC}Desc: 'Series Instance UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0020; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Study ID';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0020; Element: $0011; {$ifdef IEDICOMDESC}Desc: 'Series Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0020; Element: $0012; {$ifdef IEDICOMDESC}Desc: 'Acquisition Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0020; Element: $0013; {$ifdef IEDICOMDESC}Desc: 'Instance Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0020; Element: $0014; {$ifdef IEDICOMDESC}Desc: 'Isotope Number';{$endif} VType: dvIS; Src: dsDeprecated ), (Group: $0020; Element: $0015; {$ifdef IEDICOMDESC}Desc: 'Phase Number';{$endif} VType: dvIS; Src: dsDeprecated ), (Group: $0020; Element: $0016; {$ifdef IEDICOMDESC}Desc: 'Interval Number';{$endif} VType: dvIS; Src: dsDeprecated ), (Group: $0020; Element: $0017; {$ifdef IEDICOMDESC}Desc: 'Time Slot Number';{$endif} VType: dvIS; Src: dsDeprecated ), (Group: $0020; Element: $0018; {$ifdef IEDICOMDESC}Desc: 'Angle Number';{$endif} VType: dvIS; Src: dsDeprecated ), (Group: $0020; Element: $0019; {$ifdef IEDICOMDESC}Desc: 'Item Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0020; Element: $0020; {$ifdef IEDICOMDESC}Desc: 'Patient Orientation';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0020; Element: $0022; {$ifdef IEDICOMDESC}Desc: 'Overlay Number';{$endif} VType: dvIS; Src: dsDeprecated ), (Group: $0020; Element: $0024; {$ifdef IEDICOMDESC}Desc: 'Curve Number';{$endif} VType: dvIS; Src: dsDeprecated ), (Group: $0020; Element: $0026; {$ifdef IEDICOMDESC}Desc: 'LUT Number';{$endif} VType: dvIS; Src: dsDeprecated ), (Group: $0020; Element: $0030; {$ifdef IEDICOMDESC}Desc: 'Image Position';{$endif} VType: dvDS; Src: dsDeprecated ), (Group: $0020; Element: $0032; {$ifdef IEDICOMDESC}Desc: 'Image Position (Patient)';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0020; Element: $0035; {$ifdef IEDICOMDESC}Desc: 'Image Orientation';{$endif} VType: dvDS; Src: dsDeprecated ), (Group: $0020; Element: $0037; {$ifdef IEDICOMDESC}Desc: 'Image Orientation (Patient)';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0020; Element: $0050; {$ifdef IEDICOMDESC}Desc: 'Location';{$endif} VType: dvDS; Src: dsDeprecated ), (Group: $0020; Element: $0052; {$ifdef IEDICOMDESC}Desc: 'Frame of Reference UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0020; Element: $0060; {$ifdef IEDICOMDESC}Desc: 'Laterality';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0020; Element: $0062; {$ifdef IEDICOMDESC}Desc: 'Image Laterality';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0020; Element: $0070; {$ifdef IEDICOMDESC}Desc: 'Image Geometry Type';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0020; Element: $0080; {$ifdef IEDICOMDESC}Desc: 'Masking Image';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0020; Element: $00AA; {$ifdef IEDICOMDESC}Desc: 'Report Number';{$endif} VType: dvIS; Src: dsDeprecated ), (Group: $0020; Element: $0100; {$ifdef IEDICOMDESC}Desc: 'Temporal Position Identifier';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0020; Element: $0105; {$ifdef IEDICOMDESC}Desc: 'Number of Temporal Positions';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0020; Element: $0110; {$ifdef IEDICOMDESC}Desc: 'Temporal Resolution';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0020; Element: $0200; {$ifdef IEDICOMDESC}Desc: 'Synchronization Frame of Reference UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0020; Element: $0242; {$ifdef IEDICOMDESC}Desc: 'SOP Instance UID of Concatenation Source';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0020; Element: $1000; {$ifdef IEDICOMDESC}Desc: 'Series in Study';{$endif} VType: dvIS; Src: dsDeprecated ), (Group: $0020; Element: $1001; {$ifdef IEDICOMDESC}Desc: 'Acquisitions in Series';{$endif} VType: dvIS; Src: dsDeprecated ), (Group: $0020; Element: $1002; {$ifdef IEDICOMDESC}Desc: 'Images in Acquisition';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0020; Element: $1003; {$ifdef IEDICOMDESC}Desc: 'Images in Series';{$endif} VType: dvIS; Src: dsDeprecated ), (Group: $0020; Element: $1004; {$ifdef IEDICOMDESC}Desc: 'Acquisitions in Study';{$endif} VType: dvIS; Src: dsDeprecated ), (Group: $0020; Element: $1005; {$ifdef IEDICOMDESC}Desc: 'Images in Study';{$endif} VType: dvIS; Src: dsDeprecated ), (Group: $0020; Element: $1020; {$ifdef IEDICOMDESC}Desc: 'Reference';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0020; Element: $1040; {$ifdef IEDICOMDESC}Desc: 'Position Reference Indicator';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0020; Element: $1041; {$ifdef IEDICOMDESC}Desc: 'Slice Location';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0020; Element: $1070; {$ifdef IEDICOMDESC}Desc: 'Other Study Numbers';{$endif} VType: dvIS; Src: dsDeprecated ), (Group: $0020; Element: $1200; {$ifdef IEDICOMDESC}Desc: 'Number of Patient Related Studies';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0020; Element: $1202; {$ifdef IEDICOMDESC}Desc: 'Number of Patient Related Series';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0020; Element: $1204; {$ifdef IEDICOMDESC}Desc: 'Number of Patient Related Instances';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0020; Element: $1206; {$ifdef IEDICOMDESC}Desc: 'Number of Study Related Series';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0020; Element: $1208; {$ifdef IEDICOMDESC}Desc: 'Number of Study Related Instances';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0020; Element: $1209; {$ifdef IEDICOMDESC}Desc: 'Number of Series Related Instances';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0020; Element: $3100; {$ifdef IEDICOMDESC}Desc: 'Source Image IDs';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0020; Element: $3401; {$ifdef IEDICOMDESC}Desc: 'Modifying Device ID';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0020; Element: $3402; {$ifdef IEDICOMDESC}Desc: 'Modified Image ID';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0020; Element: $3403; {$ifdef IEDICOMDESC}Desc: 'Modified Image Date';{$endif} VType: dvDA; Src: dsDeprecated ), (Group: $0020; Element: $3404; {$ifdef IEDICOMDESC}Desc: 'Modifying Device Manufacturer';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0020; Element: $3405; {$ifdef IEDICOMDESC}Desc: 'Modified Image Time';{$endif} VType: dvTM; Src: dsDeprecated ), (Group: $0020; Element: $3406; {$ifdef IEDICOMDESC}Desc: 'Modified Image Description';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0020; Element: $4000; {$ifdef IEDICOMDESC}Desc: 'Image Comments';{$endif} VType: dvLT; Src: dsStandard ), (Group: $0020; Element: $5000; {$ifdef IEDICOMDESC}Desc: 'Original Image Identification';{$endif} VType: dvAT; Src: dsDeprecated ), (Group: $0020; Element: $5002; {$ifdef IEDICOMDESC}Desc: 'Original Image Identification Nomenclature';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0020; Element: $9056; {$ifdef IEDICOMDESC}Desc: 'Stack ID';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0020; Element: $9057; {$ifdef IEDICOMDESC}Desc: 'In-Stack Position Number';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0020; Element: $9071; {$ifdef IEDICOMDESC}Desc: 'Frame Anatomy Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0020; Element: $9072; {$ifdef IEDICOMDESC}Desc: 'Frame Laterality';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0020; Element: $9110; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSQ; Src: dsProprietary ), (Group: $0020; Element: $9111; {$ifdef IEDICOMDESC}Desc: 'Frame Content Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0020; Element: $9113; {$ifdef IEDICOMDESC}Desc: 'Plane Position Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0020; Element: $9116; {$ifdef IEDICOMDESC}Desc: 'Plane Orientation Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0020; Element: $9128; {$ifdef IEDICOMDESC}Desc: 'Temporal Position Index';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0020; Element: $9153; {$ifdef IEDICOMDESC}Desc: 'Nominal Cardiac Trigger Delay Time';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0020; Element: $9154; {$ifdef IEDICOMDESC}Desc: 'Nominal Cardiac Trigger Time Prior to R-Peak';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0020; Element: $9155; {$ifdef IEDICOMDESC}Desc: 'Actual Cardiac Trigger Time Prior to R-Peak';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0020; Element: $9156; {$ifdef IEDICOMDESC}Desc: 'Frame Acquisition Number';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0020; Element: $9157; {$ifdef IEDICOMDESC}Desc: 'Dimension Index Values';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0020; Element: $9158; {$ifdef IEDICOMDESC}Desc: 'Frame Comments';{$endif} VType: dvLT; Src: dsStandard ), (Group: $0020; Element: $9161; {$ifdef IEDICOMDESC}Desc: 'Concatenation UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0020; Element: $9162; {$ifdef IEDICOMDESC}Desc: 'In-concatenation Number';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0020; Element: $9163; {$ifdef IEDICOMDESC}Desc: 'In-concatenation Total Number';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0020; Element: $9164; {$ifdef IEDICOMDESC}Desc: 'Dimension Organization UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0020; Element: $9165; {$ifdef IEDICOMDESC}Desc: 'Dimension Index Pointer';{$endif} VType: dvAT; Src: dsStandard ), (Group: $0020; Element: $9167; {$ifdef IEDICOMDESC}Desc: 'Functional Group Pointer';{$endif} VType: dvAT; Src: dsStandard ), (Group: $0020; Element: $9170; {$ifdef IEDICOMDESC}Desc: 'Unassigned Shared Converted Attributes Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0020; Element: $9171; {$ifdef IEDICOMDESC}Desc: 'Unassigned Per-Frame Converted Attributes Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0020; Element: $9172; {$ifdef IEDICOMDESC}Desc: 'Conversion Source Attributes Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0020; Element: $9213; {$ifdef IEDICOMDESC}Desc: 'Dimension Index Private Creator';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0020; Element: $9221; {$ifdef IEDICOMDESC}Desc: 'Dimension Organization Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0020; Element: $9222; {$ifdef IEDICOMDESC}Desc: 'Dimension Index Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0020; Element: $9228; {$ifdef IEDICOMDESC}Desc: 'Concatenation Frame Offset Number';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0020; Element: $9238; {$ifdef IEDICOMDESC}Desc: 'Functional Group Private Creator';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0020; Element: $9241; {$ifdef IEDICOMDESC}Desc: 'Nominal Percentage of Cardiac Phase';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0020; Element: $9245; {$ifdef IEDICOMDESC}Desc: 'Nominal Percentage of Respiratory Phase';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0020; Element: $9246; {$ifdef IEDICOMDESC}Desc: 'Starting Respiratory Amplitude';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0020; Element: $9247; {$ifdef IEDICOMDESC}Desc: 'Starting Respiratory Phase';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0020; Element: $9248; {$ifdef IEDICOMDESC}Desc: 'Ending Respiratory Amplitude';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0020; Element: $9249; {$ifdef IEDICOMDESC}Desc: 'Ending Respiratory Phase';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0020; Element: $9250; {$ifdef IEDICOMDESC}Desc: 'Respiratory Trigger Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0020; Element: $9251; {$ifdef IEDICOMDESC}Desc: 'R-R Interval Time Nominal';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0020; Element: $9252; {$ifdef IEDICOMDESC}Desc: 'Actual Cardiac Trigger Delay Time';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0020; Element: $9253; {$ifdef IEDICOMDESC}Desc: 'Respiratory Synchronization Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0020; Element: $9254; {$ifdef IEDICOMDESC}Desc: 'Respiratory Interval Time';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0020; Element: $9255; {$ifdef IEDICOMDESC}Desc: 'Nominal Respiratory Trigger Delay Time';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0020; Element: $9256; {$ifdef IEDICOMDESC}Desc: 'Respiratory Trigger Delay Threshold';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0020; Element: $9257; {$ifdef IEDICOMDESC}Desc: 'Actual Respiratory Trigger Delay Time';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0020; Element: $9301; {$ifdef IEDICOMDESC}Desc: 'Image Position (Volume)';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0020; Element: $9302; {$ifdef IEDICOMDESC}Desc: 'Image Orientation (Volume)';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0020; Element: $9307; {$ifdef IEDICOMDESC}Desc: 'Ultrasound Acquisition Geometry';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0020; Element: $9308; {$ifdef IEDICOMDESC}Desc: 'Apex Position';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0020; Element: $9309; {$ifdef IEDICOMDESC}Desc: 'Volume to Transducer Mapping Matrix';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0020; Element: $930A; {$ifdef IEDICOMDESC}Desc: 'Volume to Table Mapping Matrix';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0020; Element: $930B; {$ifdef IEDICOMDESC}Desc: 'Volume to Transducer Relationship';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0020; Element: $930C; {$ifdef IEDICOMDESC}Desc: 'Patient Frame of Reference Source';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0020; Element: $930D; {$ifdef IEDICOMDESC}Desc: 'Temporal Position Time Offset';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0020; Element: $930E; {$ifdef IEDICOMDESC}Desc: 'Plane Position (Volume) Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0020; Element: $930F; {$ifdef IEDICOMDESC}Desc: 'Plane Orientation (Volume) Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0020; Element: $9310; {$ifdef IEDICOMDESC}Desc: 'Temporal Position Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0020; Element: $9311; {$ifdef IEDICOMDESC}Desc: 'Dimension Organization Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0020; Element: $9312; {$ifdef IEDICOMDESC}Desc: 'Volume Frame of Reference UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0020; Element: $9313; {$ifdef IEDICOMDESC}Desc: 'Table Frame of Reference UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0020; Element: $9421; {$ifdef IEDICOMDESC}Desc: 'Dimension Description Label';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0020; Element: $9450; {$ifdef IEDICOMDESC}Desc: 'Patient Orientation in Frame Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0020; Element: $9453; {$ifdef IEDICOMDESC}Desc: 'Frame Label';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0020; Element: $9518; {$ifdef IEDICOMDESC}Desc: 'Acquisition Index';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0020; Element: $9529; {$ifdef IEDICOMDESC}Desc: 'Contributing SOP Instances Reference Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0020; Element: $9536; {$ifdef IEDICOMDESC}Desc: 'Reconstruction Index';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0021; Element: $0000; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0001; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0002; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0003; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0004; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0021; Element: $0005; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0006; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0021; Element: $0007; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0008; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0021; Element: $0009; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0021; Element: $0010; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0011; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0012; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0013; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0014; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0015; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0016; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0017; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0021; Element: $0018; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0019; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0020; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0021; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0022; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0024; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0025; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0021; Element: $0026; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0021; Element: $0030; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0031; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0032; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0034; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0035; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0021; Element: $0036; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0037; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0021; Element: $0039; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0021; Element: $0040; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0041; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0042; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0043; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0044; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0045; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0046; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0047; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0048; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0049; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $004A; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $004E; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0021; Element: $004F; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0050; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0051; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0052; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0053; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0054; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0055; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0056; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0057; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0058; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0059; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $005A; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0021; Element: $005B; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0021; Element: $005C; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0021; Element: $005D; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0021; Element: $005E; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0021; Element: $005F; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0021; Element: $0060; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0061; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0021; Element: $0062; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0021; Element: $0063; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0021; Element: $0065; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0021; Element: $006A; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0021; Element: $006B; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0021; Element: $0070; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0071; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0072; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0073; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0021; Element: $0075; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0021; Element: $0076; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0021; Element: $007A; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0021; Element: $007B; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0021; Element: $007C; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0021; Element: $0080; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0081; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0021; Element: $0082; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0083; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0021; Element: $0084; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0021; Element: $0090; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0091; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0092; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0093; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $0094; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0021; Element: $0095; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0021; Element: $0096; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0021; Element: $00A0; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $00A1; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0021; Element: $00A2; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0021; Element: $00A3; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0021; Element: $00A4; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0021; Element: $00A7; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0021; Element: $00B0; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0021; Element: $00C0; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0022; Element: $0001; {$ifdef IEDICOMDESC}Desc: 'Light Path Filter Pass-Through Wavelength';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0022; Element: $0002; {$ifdef IEDICOMDESC}Desc: 'Light Path Filter Pass Band';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0022; Element: $0003; {$ifdef IEDICOMDESC}Desc: 'Image Path Filter Pass-Through Wavelength';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0022; Element: $0004; {$ifdef IEDICOMDESC}Desc: 'Image Path Filter Pass Band';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0022; Element: $0005; {$ifdef IEDICOMDESC}Desc: 'Patient Eye Movement Commanded';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0022; Element: $0006; {$ifdef IEDICOMDESC}Desc: 'Patient Eye Movement Command Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $0007; {$ifdef IEDICOMDESC}Desc: 'Spherical Lens Power';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $0008; {$ifdef IEDICOMDESC}Desc: 'Cylinder Lens Power';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $0009; {$ifdef IEDICOMDESC}Desc: 'Cylinder Axis';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $000A; {$ifdef IEDICOMDESC}Desc: 'Emmetropic Magnification';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $000B; {$ifdef IEDICOMDESC}Desc: 'Intra Ocular Pressure';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $000C; {$ifdef IEDICOMDESC}Desc: 'Horizontal Field of View';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $000D; {$ifdef IEDICOMDESC}Desc: 'Pupil Dilated';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0022; Element: $000E; {$ifdef IEDICOMDESC}Desc: 'Degree of Dilation';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Stereo Baseline Angle';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $0011; {$ifdef IEDICOMDESC}Desc: 'Stereo Baseline Displacement';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $0012; {$ifdef IEDICOMDESC}Desc: 'Stereo Horizontal Pixel Offset';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $0013; {$ifdef IEDICOMDESC}Desc: 'Stereo Vertical Pixel Offset';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $0014; {$ifdef IEDICOMDESC}Desc: 'Stereo Rotation';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $0015; {$ifdef IEDICOMDESC}Desc: 'Acquisition Device Type Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $0016; {$ifdef IEDICOMDESC}Desc: 'Illumination Type Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $0017; {$ifdef IEDICOMDESC}Desc: 'Light Path Filter Type Stack Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $0018; {$ifdef IEDICOMDESC}Desc: 'Image Path Filter Type Stack Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $0019; {$ifdef IEDICOMDESC}Desc: 'Lenses Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $001A; {$ifdef IEDICOMDESC}Desc: 'Channel Description Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $001B; {$ifdef IEDICOMDESC}Desc: 'Refractive State Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $001C; {$ifdef IEDICOMDESC}Desc: 'Mydriatic Agent Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $001D; {$ifdef IEDICOMDESC}Desc: 'Relative Image Position Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $001E; {$ifdef IEDICOMDESC}Desc: 'Camera Angle of View';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $0020; {$ifdef IEDICOMDESC}Desc: 'Stereo Pairs Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $0021; {$ifdef IEDICOMDESC}Desc: 'Left Image Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $0022; {$ifdef IEDICOMDESC}Desc: 'Right Image Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $0030; {$ifdef IEDICOMDESC}Desc: 'Axial Length of the Eye';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $0031; {$ifdef IEDICOMDESC}Desc: 'Ophthalmic Frame Location Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $0032; {$ifdef IEDICOMDESC}Desc: 'Reference Coordinates';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $0035; {$ifdef IEDICOMDESC}Desc: 'Depth Spatial Resolution';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $0036; {$ifdef IEDICOMDESC}Desc: 'Maximum Depth Distortion';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $0037; {$ifdef IEDICOMDESC}Desc: 'Along-scan Spatial Resolution';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $0038; {$ifdef IEDICOMDESC}Desc: 'Maximum Along-scan Distortion';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $0039; {$ifdef IEDICOMDESC}Desc: 'Ophthalmic Image Orientation';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0022; Element: $0041; {$ifdef IEDICOMDESC}Desc: 'Depth of Transverse Image';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $0042; {$ifdef IEDICOMDESC}Desc: 'Mydriatic Agent Concentration Units Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $0048; {$ifdef IEDICOMDESC}Desc: 'Across-scan Spatial Resolution';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $0049; {$ifdef IEDICOMDESC}Desc: 'Maximum Across-scan Distortion';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $004E; {$ifdef IEDICOMDESC}Desc: 'Mydriatic Agent Concentration';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0022; Element: $0055; {$ifdef IEDICOMDESC}Desc: 'Illumination Wave Length';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $0056; {$ifdef IEDICOMDESC}Desc: 'Illumination Power';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $0057; {$ifdef IEDICOMDESC}Desc: 'Illumination Bandwidth';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $0058; {$ifdef IEDICOMDESC}Desc: 'Mydriatic Agent Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1007; {$ifdef IEDICOMDESC}Desc: 'Ophthalmic Axial Measurements Right Eye Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1008; {$ifdef IEDICOMDESC}Desc: 'Ophthalmic Axial Measurements Left Eye Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1009; {$ifdef IEDICOMDESC}Desc: 'Ophthalmic Axial Measurements Device Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0022; Element: $1010; {$ifdef IEDICOMDESC}Desc: 'Ophthalmic Axial Length Measurements Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0022; Element: $1012; {$ifdef IEDICOMDESC}Desc: 'Ophthalmic Axial Length Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1019; {$ifdef IEDICOMDESC}Desc: 'Ophthalmic Axial Length';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $1024; {$ifdef IEDICOMDESC}Desc: 'Lens Status Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1025; {$ifdef IEDICOMDESC}Desc: 'Vitreous Status Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1028; {$ifdef IEDICOMDESC}Desc: 'IOL Formula Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1029; {$ifdef IEDICOMDESC}Desc: 'IOL Formula Detail';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0022; Element: $1033; {$ifdef IEDICOMDESC}Desc: 'Keratometer Index';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $1035; {$ifdef IEDICOMDESC}Desc: 'Source of Ophthalmic Axial Length Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1037; {$ifdef IEDICOMDESC}Desc: 'Target Refraction';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $1039; {$ifdef IEDICOMDESC}Desc: 'Refractive Procedure Occurred';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0022; Element: $1040; {$ifdef IEDICOMDESC}Desc: 'Refractive Surgery Type Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1044; {$ifdef IEDICOMDESC}Desc: 'Ophthalmic Ultrasound Method Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1050; {$ifdef IEDICOMDESC}Desc: 'Ophthalmic Axial Length Measurements Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1053; {$ifdef IEDICOMDESC}Desc: 'IOL Power';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $1054; {$ifdef IEDICOMDESC}Desc: 'Predicted Refractive Error';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $1059; {$ifdef IEDICOMDESC}Desc: 'Ophthalmic Axial Length Velocity';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $1065; {$ifdef IEDICOMDESC}Desc: 'Lens Status Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0022; Element: $1066; {$ifdef IEDICOMDESC}Desc: 'Vitreous Status Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0022; Element: $1090; {$ifdef IEDICOMDESC}Desc: 'IOL Power Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1092; {$ifdef IEDICOMDESC}Desc: 'Lens Constant Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1093; {$ifdef IEDICOMDESC}Desc: 'IOL Manufacturer';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0022; Element: $1094; {$ifdef IEDICOMDESC}Desc: 'Lens Constant Description';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0022; Element: $1095; {$ifdef IEDICOMDESC}Desc: 'Implant Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0022; Element: $1096; {$ifdef IEDICOMDESC}Desc: 'Keratometry Measurement Type Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1097; {$ifdef IEDICOMDESC}Desc: 'Implant Part Number';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0022; Element: $1100; {$ifdef IEDICOMDESC}Desc: 'Referenced Ophthalmic Axial Measurements Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1101; {$ifdef IEDICOMDESC}Desc: 'Ophthalmic Axial Length Measurements Segment Name Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1103; {$ifdef IEDICOMDESC}Desc: 'Refractive Error Before Refractive Surgery Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1121; {$ifdef IEDICOMDESC}Desc: 'IOL Power for Exact Emmetropia';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $1122; {$ifdef IEDICOMDESC}Desc: 'IOL Power for Exact Target Refraction';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $1125; {$ifdef IEDICOMDESC}Desc: 'Anterior Chamber Depth Definition Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1127; {$ifdef IEDICOMDESC}Desc: 'Lens Thickness Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1128; {$ifdef IEDICOMDESC}Desc: 'Anterior Chamber Depth Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1130; {$ifdef IEDICOMDESC}Desc: 'Lens Thickness';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $1131; {$ifdef IEDICOMDESC}Desc: 'Anterior Chamber Depth';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $1132; {$ifdef IEDICOMDESC}Desc: 'Source of Lens Thickness Data Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1133; {$ifdef IEDICOMDESC}Desc: 'Source of Anterior Chamber Depth Data Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1134; {$ifdef IEDICOMDESC}Desc: 'Source of Refractive Measurements Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1135; {$ifdef IEDICOMDESC}Desc: 'Source of Refractive Measurements Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1140; {$ifdef IEDICOMDESC}Desc: 'Ophthalmic Axial Length Measurement Modified';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0022; Element: $1150; {$ifdef IEDICOMDESC}Desc: 'Ophthalmic Axial Length Data Source Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1153; {$ifdef IEDICOMDESC}Desc: 'Ophthalmic Axial Length Acquisition Method Code Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0022; Element: $1155; {$ifdef IEDICOMDESC}Desc: 'Signal to Noise Ratio';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $1159; {$ifdef IEDICOMDESC}Desc: 'Ophthalmic Axial Length Data Source Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0022; Element: $1210; {$ifdef IEDICOMDESC}Desc: 'Ophthalmic Axial Length Measurements Total Length Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1211; {$ifdef IEDICOMDESC}Desc: 'Ophthalmic Axial Length Measurements Segmental Length Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1212; {$ifdef IEDICOMDESC}Desc: 'Ophthalmic Axial Length Measurements Length Summation Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1220; {$ifdef IEDICOMDESC}Desc: 'Ultrasound Ophthalmic Axial Length Measurements Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1225; {$ifdef IEDICOMDESC}Desc: 'Optical Ophthalmic Axial Length Measurements Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1230; {$ifdef IEDICOMDESC}Desc: 'Ultrasound Selected Ophthalmic Axial Length Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1250; {$ifdef IEDICOMDESC}Desc: 'Ophthalmic Axial Length Selection Method Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1255; {$ifdef IEDICOMDESC}Desc: 'Optical Selected Ophthalmic Axial Length Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1257; {$ifdef IEDICOMDESC}Desc: 'Selected Segmental Ophthalmic Axial Length Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1260; {$ifdef IEDICOMDESC}Desc: 'Selected Total Ophthalmic Axial Length Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1262; {$ifdef IEDICOMDESC}Desc: 'Ophthalmic Axial Length Quality Metric Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1265; {$ifdef IEDICOMDESC}Desc: 'Ophthalmic Axial Length Quality Metric Type Code Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0022; Element: $1273; {$ifdef IEDICOMDESC}Desc: 'Ophthalmic Axial Length Quality Metric Type Description';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0022; Element: $1300; {$ifdef IEDICOMDESC}Desc: 'Intraocular Lens Calculations Right Eye Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1310; {$ifdef IEDICOMDESC}Desc: 'Intraocular Lens Calculations Left Eye Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1330; {$ifdef IEDICOMDESC}Desc: 'Referenced Ophthalmic Axial Length Measurement QC Image Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1415; {$ifdef IEDICOMDESC}Desc: 'Ophthalmic Mapping Device Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0022; Element: $1420; {$ifdef IEDICOMDESC}Desc: 'Acquisition Method Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1423; {$ifdef IEDICOMDESC}Desc: 'Acquisition Method Algorithm Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1436; {$ifdef IEDICOMDESC}Desc: 'Ophthalmic Thickness Map Type Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1443; {$ifdef IEDICOMDESC}Desc: 'Ophthalmic Thickness Mapping Normals Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1445; {$ifdef IEDICOMDESC}Desc: 'Retinal Thickness Definition Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1450; {$ifdef IEDICOMDESC}Desc: 'Pixel Value Mapping to Coded Concept Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1452; {$ifdef IEDICOMDESC}Desc: 'Mapped Pixel Value';{$endif} VType: dvUSorSS; Src: dsStandard ), (Group: $0022; Element: $1454; {$ifdef IEDICOMDESC}Desc: 'Pixel Value Mapping Explanation';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0022; Element: $1458; {$ifdef IEDICOMDESC}Desc: 'Ophthalmic Thickness Map Quality Threshold Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1460; {$ifdef IEDICOMDESC}Desc: 'Ophthalmic Thickness Map Threshold Quality Rating';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $1463; {$ifdef IEDICOMDESC}Desc: 'Anatomic Structure Reference Point';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $1465; {$ifdef IEDICOMDESC}Desc: 'Registration to Localizer Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1466; {$ifdef IEDICOMDESC}Desc: 'Registered Localizer Units';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0022; Element: $1467; {$ifdef IEDICOMDESC}Desc: 'Registered Localizer Top Left Hand Corner';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $1468; {$ifdef IEDICOMDESC}Desc: 'Registered Localizer Bottom Right Hand Corner';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0022; Element: $1470; {$ifdef IEDICOMDESC}Desc: 'Ophthalmic Thickness Map Quality Rating Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0022; Element: $1472; {$ifdef IEDICOMDESC}Desc: 'Relevant OPT Attributes Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0023; Element: $0000; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0023; Element: $0001; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0023; Element: $0002; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0023; Element: $0010; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0023; Element: $0020; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0023; Element: $0030; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0023; Element: $0040; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0023; Element: $0050; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0023; Element: $0060; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0023; Element: $0070; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0023; Element: $0074; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0023; Element: $007D; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0023; Element: $0080; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0023; Element: $0090; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0023; Element: $00FF; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0024; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Visual Field Horizontal Extent';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0024; Element: $0011; {$ifdef IEDICOMDESC}Desc: 'Visual Field Vertical Extent';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0024; Element: $0012; {$ifdef IEDICOMDESC}Desc: 'Visual Field Shape';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0024; Element: $0016; {$ifdef IEDICOMDESC}Desc: 'Screening Test Mode Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0024; Element: $0018; {$ifdef IEDICOMDESC}Desc: 'Maximum Stimulus Luminance';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0024; Element: $0020; {$ifdef IEDICOMDESC}Desc: 'Background Luminance';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0024; Element: $0021; {$ifdef IEDICOMDESC}Desc: 'Stimulus Color Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0024; Element: $0024; {$ifdef IEDICOMDESC}Desc: 'Background Illumination Color Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0024; Element: $0025; {$ifdef IEDICOMDESC}Desc: 'Stimulus Area';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0024; Element: $0028; {$ifdef IEDICOMDESC}Desc: 'Stimulus Presentation Time';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0024; Element: $0032; {$ifdef IEDICOMDESC}Desc: 'Fixation Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0024; Element: $0033; {$ifdef IEDICOMDESC}Desc: 'Fixation Monitoring Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0024; Element: $0034; {$ifdef IEDICOMDESC}Desc: 'Visual Field Catch Trial Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0024; Element: $0035; {$ifdef IEDICOMDESC}Desc: 'Fixation Checked Quantity';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0024; Element: $0036; {$ifdef IEDICOMDESC}Desc: 'Patient Not Properly Fixated Quantity';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0024; Element: $0037; {$ifdef IEDICOMDESC}Desc: 'Presented Visual Stimuli Data Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0024; Element: $0038; {$ifdef IEDICOMDESC}Desc: 'Number of Visual Stimuli';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0024; Element: $0039; {$ifdef IEDICOMDESC}Desc: 'Excessive Fixation Losses Data Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0024; Element: $0040; {$ifdef IEDICOMDESC}Desc: 'Excessive Fixation Losses';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0024; Element: $0042; {$ifdef IEDICOMDESC}Desc: 'Stimuli Retesting Quantity';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0024; Element: $0044; {$ifdef IEDICOMDESC}Desc: 'Comments on Patient''s Performance of Visual Field';{$endif} VType: dvLT; Src: dsStandard ), (Group: $0024; Element: $0045; {$ifdef IEDICOMDESC}Desc: 'False Negatives Estimate Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0024; Element: $0046; {$ifdef IEDICOMDESC}Desc: 'False Negatives Estimate';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0024; Element: $0048; {$ifdef IEDICOMDESC}Desc: 'Negative Catch Trials Quantity';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0024; Element: $0050; {$ifdef IEDICOMDESC}Desc: 'False Negatives Quantity';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0024; Element: $0051; {$ifdef IEDICOMDESC}Desc: 'Excessive False Negatives Data Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0024; Element: $0052; {$ifdef IEDICOMDESC}Desc: 'Excessive False Negatives';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0024; Element: $0053; {$ifdef IEDICOMDESC}Desc: 'False Positives Estimate Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0024; Element: $0054; {$ifdef IEDICOMDESC}Desc: 'False Positives Estimate';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0024; Element: $0055; {$ifdef IEDICOMDESC}Desc: 'Catch Trials Data Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0024; Element: $0056; {$ifdef IEDICOMDESC}Desc: 'Positive Catch Trials Quantity';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0024; Element: $0057; {$ifdef IEDICOMDESC}Desc: 'Test Point Normals Data Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0024; Element: $0058; {$ifdef IEDICOMDESC}Desc: 'Test Point Normals Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0024; Element: $0059; {$ifdef IEDICOMDESC}Desc: 'Global Deviation Probability Normals Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0024; Element: $0060; {$ifdef IEDICOMDESC}Desc: 'False Positives Quantity';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0024; Element: $0061; {$ifdef IEDICOMDESC}Desc: 'Excessive False Positives Data Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0024; Element: $0062; {$ifdef IEDICOMDESC}Desc: 'Excessive False Positives';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0024; Element: $0063; {$ifdef IEDICOMDESC}Desc: 'Visual Field Test Normals Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0024; Element: $0064; {$ifdef IEDICOMDESC}Desc: 'Results Normals Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0024; Element: $0065; {$ifdef IEDICOMDESC}Desc: 'Age Corrected Sensitivity Deviation Algorithm Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0024; Element: $0066; {$ifdef IEDICOMDESC}Desc: 'Global Deviation From Normal';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0024; Element: $0067; {$ifdef IEDICOMDESC}Desc: 'Generalized Defect Sensitivity Deviation Algorithm Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0024; Element: $0068; {$ifdef IEDICOMDESC}Desc: 'Localized Deviation From Normal';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0024; Element: $0069; {$ifdef IEDICOMDESC}Desc: 'Patient Reliability Indicator';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0024; Element: $0070; {$ifdef IEDICOMDESC}Desc: 'Visual Field Mean Sensitivity';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0024; Element: $0071; {$ifdef IEDICOMDESC}Desc: 'Global Deviation Probability';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0024; Element: $0072; {$ifdef IEDICOMDESC}Desc: 'Local Deviation Probability Normals Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0024; Element: $0073; {$ifdef IEDICOMDESC}Desc: 'Localized Deviation Probability';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0024; Element: $0074; {$ifdef IEDICOMDESC}Desc: 'Short Term Fluctuation Calculated';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0024; Element: $0075; {$ifdef IEDICOMDESC}Desc: 'Short Term Fluctuation';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0024; Element: $0076; {$ifdef IEDICOMDESC}Desc: 'Short Term Fluctuation Probability Calculated';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0024; Element: $0077; {$ifdef IEDICOMDESC}Desc: 'Short Term Fluctuation Probability';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0024; Element: $0078; {$ifdef IEDICOMDESC}Desc: 'Corrected Localized Deviation From Normal Calculated';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0024; Element: $0079; {$ifdef IEDICOMDESC}Desc: 'Corrected Localized Deviation From Normal';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0024; Element: $0080; {$ifdef IEDICOMDESC}Desc: 'Corrected Localized Deviation From Normal Probability Calculated';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0024; Element: $0081; {$ifdef IEDICOMDESC}Desc: 'Corrected Localized Deviation From Normal Probability';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0024; Element: $0083; {$ifdef IEDICOMDESC}Desc: 'Global Deviation Probability Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0024; Element: $0085; {$ifdef IEDICOMDESC}Desc: 'Localized Deviation Probability Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0024; Element: $0086; {$ifdef IEDICOMDESC}Desc: 'Foveal Sensitivity Measured';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0024; Element: $0087; {$ifdef IEDICOMDESC}Desc: 'Foveal Sensitivity';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0024; Element: $0088; {$ifdef IEDICOMDESC}Desc: 'Visual Field Test Duration';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0024; Element: $0089; {$ifdef IEDICOMDESC}Desc: 'Visual Field Test Point Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0024; Element: $0090; {$ifdef IEDICOMDESC}Desc: 'Visual Field Test Point X-Coordinate';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0024; Element: $0091; {$ifdef IEDICOMDESC}Desc: 'Visual Field Test Point Y-Coordinate';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0024; Element: $0092; {$ifdef IEDICOMDESC}Desc: 'Age Corrected Sensitivity Deviation Value';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0024; Element: $0093; {$ifdef IEDICOMDESC}Desc: 'Stimulus Results';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0024; Element: $0094; {$ifdef IEDICOMDESC}Desc: 'Sensitivity Value';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0024; Element: $0095; {$ifdef IEDICOMDESC}Desc: 'Retest Stimulus Seen';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0024; Element: $0096; {$ifdef IEDICOMDESC}Desc: 'Retest Sensitivity Value';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0024; Element: $0097; {$ifdef IEDICOMDESC}Desc: 'Visual Field Test Point Normals Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0024; Element: $0098; {$ifdef IEDICOMDESC}Desc: 'Quantified Defect';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0024; Element: $0100; {$ifdef IEDICOMDESC}Desc: 'Age Corrected Sensitivity Deviation Probability Value';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0024; Element: $0102; {$ifdef IEDICOMDESC}Desc: 'Generalized Defect Corrected Sensitivity Deviation Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0024; Element: $0103; {$ifdef IEDICOMDESC}Desc: 'Generalized Defect Corrected Sensitivity Deviation Value';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0024; Element: $0104; {$ifdef IEDICOMDESC}Desc: 'Generalized Defect Corrected Sensitivity Deviation Probability Value';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0024; Element: $0105; {$ifdef IEDICOMDESC}Desc: 'Minimum Sensitivity Value';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0024; Element: $0106; {$ifdef IEDICOMDESC}Desc: 'Blind Spot Localized';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0024; Element: $0107; {$ifdef IEDICOMDESC}Desc: 'Blind Spot X-Coordinate';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0024; Element: $0108; {$ifdef IEDICOMDESC}Desc: 'Blind Spot Y-Coordinate';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0024; Element: $0110; {$ifdef IEDICOMDESC}Desc: 'Visual Acuity Measurement Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0024; Element: $0112; {$ifdef IEDICOMDESC}Desc: 'Refractive Parameters Used on Patient Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0024; Element: $0113; {$ifdef IEDICOMDESC}Desc: 'Measurement Laterality';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0024; Element: $0114; {$ifdef IEDICOMDESC}Desc: 'Ophthalmic Patient Clinical Information Left Eye Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0024; Element: $0115; {$ifdef IEDICOMDESC}Desc: 'Ophthalmic Patient Clinical Information Right Eye Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0024; Element: $0117; {$ifdef IEDICOMDESC}Desc: 'Foveal Point Normative Data Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0024; Element: $0118; {$ifdef IEDICOMDESC}Desc: 'Foveal Point Probability Value';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0024; Element: $0120; {$ifdef IEDICOMDESC}Desc: 'Screening Baseline Measured';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0024; Element: $0122; {$ifdef IEDICOMDESC}Desc: 'Screening Baseline Measured Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0024; Element: $0124; {$ifdef IEDICOMDESC}Desc: 'Screening Baseline Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0024; Element: $0126; {$ifdef IEDICOMDESC}Desc: 'Screening Baseline Value';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0024; Element: $0202; {$ifdef IEDICOMDESC}Desc: 'Algorithm Source';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0024; Element: $0306; {$ifdef IEDICOMDESC}Desc: 'Data Set Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0024; Element: $0307; {$ifdef IEDICOMDESC}Desc: 'Data Set Version';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0024; Element: $0308; {$ifdef IEDICOMDESC}Desc: 'Data Set Source';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0024; Element: $0309; {$ifdef IEDICOMDESC}Desc: 'Data Set Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0024; Element: $0317; {$ifdef IEDICOMDESC}Desc: 'Visual Field Test Reliability Global Index Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0024; Element: $0320; {$ifdef IEDICOMDESC}Desc: 'Visual Field Global Results Index Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0024; Element: $0325; {$ifdef IEDICOMDESC}Desc: 'Data Observation Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0024; Element: $0338; {$ifdef IEDICOMDESC}Desc: 'Index Normals Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0024; Element: $0341; {$ifdef IEDICOMDESC}Desc: 'Index Probability';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0024; Element: $0344; {$ifdef IEDICOMDESC}Desc: 'Index Probability Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0025; Element: $0000; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $0025; Element: $0006; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0025; Element: $0007; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0025; Element: $0010; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0025; Element: $0011; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0025; Element: $0014; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0025; Element: $0017; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0025; Element: $0018; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0025; Element: $0019; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0025; Element: $001A; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSH; Src: dsProprietary ), (Group: $0027; Element: $0000; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0027; Element: $0006; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0027; Element: $0010; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0027; Element: $0011; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUN; Src: dsProprietary ), (Group: $0027; Element: $0012; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0027; Element: $0013; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0027; Element: $0014; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0027; Element: $0015; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0027; Element: $0016; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0027; Element: $001C; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0027; Element: $001D; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0027; Element: $001E; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0027; Element: $001F; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0027; Element: $0020; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0027; Element: $0030; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSH; Src: dsProprietary ), (Group: $0027; Element: $0031; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0027; Element: $0032; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0027; Element: $0033; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0027; Element: $0035; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0027; Element: $0036; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0027; Element: $0040; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSH; Src: dsProprietary ), (Group: $0027; Element: $0041; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvFL; Src: dsProprietary ), (Group: $0027; Element: $0042; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvFL; Src: dsProprietary ), (Group: $0027; Element: $0043; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvFL; Src: dsProprietary ), (Group: $0027; Element: $0044; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvFL; Src: dsProprietary ), (Group: $0027; Element: $0045; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvFL; Src: dsProprietary ), (Group: $0027; Element: $0046; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvFL; Src: dsProprietary ), (Group: $0027; Element: $0047; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvFL; Src: dsProprietary ), (Group: $0027; Element: $0048; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvFL; Src: dsProprietary ), (Group: $0027; Element: $0049; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvFL; Src: dsProprietary ), (Group: $0027; Element: $004A; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvFL; Src: dsProprietary ), (Group: $0027; Element: $004B; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvFL; Src: dsProprietary ), (Group: $0027; Element: $004C; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvFL; Src: dsProprietary ), (Group: $0027; Element: $004D; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvFL; Src: dsProprietary ), (Group: $0027; Element: $0050; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvFL; Src: dsProprietary ), (Group: $0027; Element: $0051; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvFL; Src: dsProprietary ), (Group: $0027; Element: $0052; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSH; Src: dsProprietary ), (Group: $0027; Element: $0053; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSH; Src: dsProprietary ), (Group: $0027; Element: $0054; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSH; Src: dsProprietary ), (Group: $0027; Element: $0055; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSH; Src: dsProprietary ), (Group: $0027; Element: $0060; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvFL; Src: dsProprietary ), (Group: $0027; Element: $0061; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvFL; Src: dsProprietary ), (Group: $0027; Element: $0062; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvFL; Src: dsProprietary ), (Group: $0028; Element: $0000; {$ifdef IEDICOMDESC}Desc: 'Image Presentation Group Length';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $0028; Element: $0002; {$ifdef IEDICOMDESC}Desc: 'Samples per Pixel';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0028; Element: $0003; {$ifdef IEDICOMDESC}Desc: 'Samples per Pixel Used';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0028; Element: $0004; {$ifdef IEDICOMDESC}Desc: 'Photometric Interpretation';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0028; Element: $0005; {$ifdef IEDICOMDESC}Desc: 'Image Dimensions';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $0028; Element: $0006; {$ifdef IEDICOMDESC}Desc: 'Planar Configuration';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0028; Element: $0008; {$ifdef IEDICOMDESC}Desc: 'Number of Frames';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0028; Element: $0009; {$ifdef IEDICOMDESC}Desc: 'Frame Increment Pointer';{$endif} VType: dvAT; Src: dsStandard ), (Group: $0028; Element: $000A; {$ifdef IEDICOMDESC}Desc: 'Frame Dimension Pointer';{$endif} VType: dvAT; Src: dsStandard ), (Group: $0028; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Rows';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0028; Element: $0011; {$ifdef IEDICOMDESC}Desc: 'Columns';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0028; Element: $0012; {$ifdef IEDICOMDESC}Desc: 'Planes';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $0028; Element: $0014; {$ifdef IEDICOMDESC}Desc: 'Ultrasound Color Data Present';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0028; Element: $0020; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUN; Src: dsDeprecated ), (Group: $0028; Element: $0030; {$ifdef IEDICOMDESC}Desc: 'Pixel Spacing';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0028; Element: $0031; {$ifdef IEDICOMDESC}Desc: 'Zoom Factor';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0028; Element: $0032; {$ifdef IEDICOMDESC}Desc: 'Zoom Center';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0028; Element: $0034; {$ifdef IEDICOMDESC}Desc: 'Pixel Aspect Ratio';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0028; Element: $0040; {$ifdef IEDICOMDESC}Desc: 'Image Format';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0028; Element: $0050; {$ifdef IEDICOMDESC}Desc: 'Manipulated Image';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0028; Element: $0051; {$ifdef IEDICOMDESC}Desc: 'Corrected Image';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0028; Element: $005F; {$ifdef IEDICOMDESC}Desc: 'Compression Recognition Code';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0028; Element: $0060; {$ifdef IEDICOMDESC}Desc: 'Compression Code';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0028; Element: $0061; {$ifdef IEDICOMDESC}Desc: 'Compression Originator';{$endif} VType: dvSH; Src: dsDeprecated ), (Group: $0028; Element: $0062; {$ifdef IEDICOMDESC}Desc: 'Compression Label';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0028; Element: $0063; {$ifdef IEDICOMDESC}Desc: 'Compression Description';{$endif} VType: dvSH; Src: dsDeprecated ), (Group: $0028; Element: $0065; {$ifdef IEDICOMDESC}Desc: 'Compression Sequence';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0028; Element: $0066; {$ifdef IEDICOMDESC}Desc: 'Compression Step Pointers';{$endif} VType: dvAT; Src: dsDeprecated ), (Group: $0028; Element: $0068; {$ifdef IEDICOMDESC}Desc: 'Repeat Interval';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $0028; Element: $0069; {$ifdef IEDICOMDESC}Desc: 'Bits Grouped';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $0028; Element: $0070; {$ifdef IEDICOMDESC}Desc: 'Perimeter Table';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $0028; Element: $0071; {$ifdef IEDICOMDESC}Desc: 'Perimeter Value';{$endif} VType: dvUSorSS; Src: dsDeprecated ), (Group: $0028; Element: $0080; {$ifdef IEDICOMDESC}Desc: 'Predictor Rows';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $0028; Element: $0081; {$ifdef IEDICOMDESC}Desc: 'Predictor Columns';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $0028; Element: $0082; {$ifdef IEDICOMDESC}Desc: 'Predictor Constants';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $0028; Element: $0090; {$ifdef IEDICOMDESC}Desc: 'Blocked Pixels';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0028; Element: $0091; {$ifdef IEDICOMDESC}Desc: 'Block Rows';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $0028; Element: $0092; {$ifdef IEDICOMDESC}Desc: 'Block Columns';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $0028; Element: $0093; {$ifdef IEDICOMDESC}Desc: 'Row Overlap';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $0028; Element: $0094; {$ifdef IEDICOMDESC}Desc: 'Column Overlap';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $0028; Element: $0100; {$ifdef IEDICOMDESC}Desc: 'Bits Allocated';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0028; Element: $0101; {$ifdef IEDICOMDESC}Desc: 'Bits Stored';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0028; Element: $0102; {$ifdef IEDICOMDESC}Desc: 'High Bit';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0028; Element: $0103; {$ifdef IEDICOMDESC}Desc: 'Pixel Representation';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0028; Element: $0104; {$ifdef IEDICOMDESC}Desc: 'Smallest Valid Pixel Value';{$endif} VType: dvUSorSS; Src: dsDeprecated ), (Group: $0028; Element: $0105; {$ifdef IEDICOMDESC}Desc: 'Largest Valid Pixel Value';{$endif} VType: dvUSorSS; Src: dsDeprecated ), (Group: $0028; Element: $0106; {$ifdef IEDICOMDESC}Desc: 'Smallest Image Pixel Value';{$endif} VType: dvUSorSS; Src: dsStandard ), (Group: $0028; Element: $0107; {$ifdef IEDICOMDESC}Desc: 'Largest Image Pixel Value';{$endif} VType: dvUSorSS; Src: dsStandard ), (Group: $0028; Element: $0108; {$ifdef IEDICOMDESC}Desc: 'Smallest Pixel Value in Series';{$endif} VType: dvUSorSS; Src: dsStandard ), (Group: $0028; Element: $0109; {$ifdef IEDICOMDESC}Desc: 'Largest Pixel Value in Series';{$endif} VType: dvUSorSS; Src: dsStandard ), (Group: $0028; Element: $0110; {$ifdef IEDICOMDESC}Desc: 'Smallest Image Pixel Value in Plane';{$endif} VType: dvUSorSS; Src: dsDeprecated ), (Group: $0028; Element: $0111; {$ifdef IEDICOMDESC}Desc: 'Largest Image Pixel Value in Plane';{$endif} VType: dvUSorSS; Src: dsDeprecated ), (Group: $0028; Element: $0120; {$ifdef IEDICOMDESC}Desc: 'Pixel Padding Value';{$endif} VType: dvUSorSS; Src: dsStandard ), (Group: $0028; Element: $0121; {$ifdef IEDICOMDESC}Desc: 'Pixel Padding Range Limit';{$endif} VType: dvUSorSS; Src: dsStandard ), (Group: $0028; Element: $0200; {$ifdef IEDICOMDESC}Desc: 'Image Location';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $0028; Element: $0300; {$ifdef IEDICOMDESC}Desc: 'Quality Control Image';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0028; Element: $0301; {$ifdef IEDICOMDESC}Desc: 'Burned in Annotation';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0028; Element: $0302; {$ifdef IEDICOMDESC}Desc: 'Recognizable Visual Features';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0028; Element: $0303; {$ifdef IEDICOMDESC}Desc: 'Longitudinal Temporal Information Modified';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0028; Element: $0304; {$ifdef IEDICOMDESC}Desc: 'Referenced Color Palette Instance UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0028; Element: $0400; {$ifdef IEDICOMDESC}Desc: 'Transform Label';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0028; Element: $0401; {$ifdef IEDICOMDESC}Desc: 'Transform Version Number';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0028; Element: $0402; {$ifdef IEDICOMDESC}Desc: 'Number of Transform Steps';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $0028; Element: $0403; {$ifdef IEDICOMDESC}Desc: 'Sequence of Compressed Data';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0028; Element: $0404; {$ifdef IEDICOMDESC}Desc: 'Details of Coefficients';{$endif} VType: dvAT; Src: dsDeprecated ), (Group: $0028; Element: $0410; {$ifdef IEDICOMDESC}Desc: 'Rows for Nth Order Coefficients';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0028; Element: $0411; {$ifdef IEDICOMDESC}Desc: 'Columns for Nth Order Coefficients';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0028; Element: $0412; {$ifdef IEDICOMDESC}Desc: 'Coefficient Coding';{$endif} VType: dvCS; Src: dsProprietary ), (Group: $0028; Element: $0413; {$ifdef IEDICOMDESC}Desc: 'Coefficient Coding Pointers';{$endif} VType: dvAT; Src: dsProprietary ), (Group: $0028; Element: $0700; {$ifdef IEDICOMDESC}Desc: 'DCT Label';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0028; Element: $0701; {$ifdef IEDICOMDESC}Desc: 'Data Block Description';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0028; Element: $0702; {$ifdef IEDICOMDESC}Desc: 'Data Block';{$endif} VType: dvAT; Src: dsDeprecated ), (Group: $0028; Element: $0710; {$ifdef IEDICOMDESC}Desc: 'Normalization Factor Format';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $0028; Element: $0720; {$ifdef IEDICOMDESC}Desc: 'Zonal Map Number Format';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $0028; Element: $0721; {$ifdef IEDICOMDESC}Desc: 'Zonal Map Location';{$endif} VType: dvAT; Src: dsDeprecated ), (Group: $0028; Element: $0722; {$ifdef IEDICOMDESC}Desc: 'Zonal Map Format';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $0028; Element: $0730; {$ifdef IEDICOMDESC}Desc: 'Adaptive Map Format';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $0028; Element: $0740; {$ifdef IEDICOMDESC}Desc: 'Code Number Format';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $0028; Element: $0800; {$ifdef IEDICOMDESC}Desc: 'Code Label';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0028; Element: $0802; {$ifdef IEDICOMDESC}Desc: 'Number of Table';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $0028; Element: $0803; {$ifdef IEDICOMDESC}Desc: 'Code Table Location';{$endif} VType: dvAT; Src: dsDeprecated ), (Group: $0028; Element: $0804; {$ifdef IEDICOMDESC}Desc: 'Bits for Code Word';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $0028; Element: $0808; {$ifdef IEDICOMDESC}Desc: 'Image Data Location';{$endif} VType: dvAT; Src: dsDeprecated ), (Group: $0028; Element: $0A02; {$ifdef IEDICOMDESC}Desc: 'Pixel Spacing Calibration Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0028; Element: $0A04; {$ifdef IEDICOMDESC}Desc: 'Pixel Spacing Calibration Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0028; Element: $1040; {$ifdef IEDICOMDESC}Desc: 'Pixel Intensity Relationship';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0028; Element: $1041; {$ifdef IEDICOMDESC}Desc: 'Pixel Intensity Relationship Sign';{$endif} VType: dvSS; Src: dsStandard ), (Group: $0028; Element: $1050; {$ifdef IEDICOMDESC}Desc: 'Window Center';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0028; Element: $1051; {$ifdef IEDICOMDESC}Desc: 'Window Width';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0028; Element: $1052; {$ifdef IEDICOMDESC}Desc: 'Rescale Intercept';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0028; Element: $1053; {$ifdef IEDICOMDESC}Desc: 'Rescale Slope';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0028; Element: $1054; {$ifdef IEDICOMDESC}Desc: 'Rescale Type';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0028; Element: $1055; {$ifdef IEDICOMDESC}Desc: 'Window Center & Width Explanation';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0028; Element: $1056; {$ifdef IEDICOMDESC}Desc: 'VOI LUT Function';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0028; Element: $1080; {$ifdef IEDICOMDESC}Desc: 'Gray Scale';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0028; Element: $1090; {$ifdef IEDICOMDESC}Desc: 'Recommended Viewing Mode';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0028; Element: $1100; {$ifdef IEDICOMDESC}Desc: 'Gray Lookup Table Descriptor';{$endif} VType: dvUSorSS; Src: dsDeprecated ), (Group: $0028; Element: $1101; {$ifdef IEDICOMDESC}Desc: 'Red Palette Color Lookup Table Descriptor';{$endif} VType: dvUSorSS; Src: dsStandard ), (Group: $0028; Element: $1102; {$ifdef IEDICOMDESC}Desc: 'Green Palette Color Lookup Table Descriptor';{$endif} VType: dvUSorSS; Src: dsStandard ), (Group: $0028; Element: $1103; {$ifdef IEDICOMDESC}Desc: 'Blue Palette Color Lookup Table Descriptor';{$endif} VType: dvUSorSS; Src: dsStandard ), (Group: $0028; Element: $1104; {$ifdef IEDICOMDESC}Desc: 'Alpha Palette Color Lookup Table Descriptor';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0028; Element: $1111; {$ifdef IEDICOMDESC}Desc: 'Large Red Palette Color Lookup Table Descriptor';{$endif} VType: dvUSorSS; Src: dsDeprecated ), (Group: $0028; Element: $1112; {$ifdef IEDICOMDESC}Desc: 'Large Green Palette Color Lookup Table Descriptor';{$endif} VType: dvUSorSS; Src: dsDeprecated ), (Group: $0028; Element: $1113; {$ifdef IEDICOMDESC}Desc: 'Large Blue Palette Color Lookup Table Descriptor';{$endif} VType: dvUSorSS; Src: dsDeprecated ), (Group: $0028; Element: $1199; {$ifdef IEDICOMDESC}Desc: 'Palette Color Lookup Table UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0028; Element: $1200; {$ifdef IEDICOMDESC}Desc: 'Gray Lookup Table Data';{$endif} VType: dvOW; Src: dsDeprecated ), (Group: $0028; Element: $1201; {$ifdef IEDICOMDESC}Desc: 'Red Palette Color Lookup Table Data';{$endif} VType: dvOW; Src: dsStandard ), (Group: $0028; Element: $1202; {$ifdef IEDICOMDESC}Desc: 'Green Palette Color Lookup Table Data';{$endif} VType: dvOW; Src: dsStandard ), (Group: $0028; Element: $1203; {$ifdef IEDICOMDESC}Desc: 'Blue Palette Color Lookup Table Data';{$endif} VType: dvOW; Src: dsStandard ), (Group: $0028; Element: $1204; {$ifdef IEDICOMDESC}Desc: 'Alpha Palette Color Lookup Table Data';{$endif} VType: dvOW; Src: dsStandard ), (Group: $0028; Element: $1211; {$ifdef IEDICOMDESC}Desc: 'Large Red Palette Color Lookup Table Data';{$endif} VType: dvOW; Src: dsDeprecated ), (Group: $0028; Element: $1212; {$ifdef IEDICOMDESC}Desc: 'Large Green Palette Color Lookup Table Data';{$endif} VType: dvOW; Src: dsDeprecated ), (Group: $0028; Element: $1213; {$ifdef IEDICOMDESC}Desc: 'Large Blue Palette Color Lookup Table Data';{$endif} VType: dvOW; Src: dsDeprecated ), (Group: $0028; Element: $1214; {$ifdef IEDICOMDESC}Desc: 'Large Palette Color Lookup Table UID';{$endif} VType: dvUI; Src: dsDeprecated ), (Group: $0028; Element: $1221; {$ifdef IEDICOMDESC}Desc: 'Segmented Red Palette Color Lookup Table Data';{$endif} VType: dvOW; Src: dsStandard ), (Group: $0028; Element: $1222; {$ifdef IEDICOMDESC}Desc: 'Segmented Green Palette Color Lookup Table Data';{$endif} VType: dvOW; Src: dsStandard ), (Group: $0028; Element: $1223; {$ifdef IEDICOMDESC}Desc: 'Segmented Blue Palette Color Lookup Table Data';{$endif} VType: dvOW; Src: dsStandard ), (Group: $0028; Element: $1300; {$ifdef IEDICOMDESC}Desc: 'Breast Implant Present';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0028; Element: $1350; {$ifdef IEDICOMDESC}Desc: 'Partial View';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0028; Element: $1351; {$ifdef IEDICOMDESC}Desc: 'Partial View Description';{$endif} VType: dvST; Src: dsStandard ), (Group: $0028; Element: $1352; {$ifdef IEDICOMDESC}Desc: 'Partial View Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0028; Element: $135A; {$ifdef IEDICOMDESC}Desc: 'Spatial Locations Preserved';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0028; Element: $1401; {$ifdef IEDICOMDESC}Desc: 'Data Frame Assignment Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0028; Element: $1402; {$ifdef IEDICOMDESC}Desc: 'Data Path Assignment';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0028; Element: $1403; {$ifdef IEDICOMDESC}Desc: 'Bits Mapped to Color Lookup Table';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0028; Element: $1404; {$ifdef IEDICOMDESC}Desc: 'Blending LUT 1 Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0028; Element: $1405; {$ifdef IEDICOMDESC}Desc: 'Blending LUT 1 Transfer Function';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0028; Element: $1406; {$ifdef IEDICOMDESC}Desc: 'Blending Weight Constant';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0028; Element: $1407; {$ifdef IEDICOMDESC}Desc: 'Blending Lookup Table Descriptor';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0028; Element: $1408; {$ifdef IEDICOMDESC}Desc: 'Blending Lookup Table Data';{$endif} VType: dvOW; Src: dsStandard ), (Group: $0028; Element: $140B; {$ifdef IEDICOMDESC}Desc: 'Enhanced Palette Color Lookup Table Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0028; Element: $140C; {$ifdef IEDICOMDESC}Desc: 'Blending LUT 2 Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0028; Element: $140D; {$ifdef IEDICOMDESC}Desc: 'Blending LUT 2 Transfer Function';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0028; Element: $140E; {$ifdef IEDICOMDESC}Desc: 'Data Path ID';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0028; Element: $140F; {$ifdef IEDICOMDESC}Desc: 'RGB LUT Transfer Function';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0028; Element: $1410; {$ifdef IEDICOMDESC}Desc: 'Alpha LUT Transfer Function';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0028; Element: $2000; {$ifdef IEDICOMDESC}Desc: 'ICC Profile';{$endif} VType: dvOB; Src: dsStandard ), (Group: $0028; Element: $2110; {$ifdef IEDICOMDESC}Desc: 'Lossy Image Compression';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0028; Element: $2112; {$ifdef IEDICOMDESC}Desc: 'Lossy Image Compression Ratio';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0028; Element: $2114; {$ifdef IEDICOMDESC}Desc: 'Lossy Image Compression Method';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0028; Element: $3000; {$ifdef IEDICOMDESC}Desc: 'Modality LUT Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0028; Element: $3002; {$ifdef IEDICOMDESC}Desc: 'LUT Descriptor';{$endif} VType: dvUSorSS; Src: dsStandard ), (Group: $0028; Element: $3003; {$ifdef IEDICOMDESC}Desc: 'LUT Explanation';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0028; Element: $3004; {$ifdef IEDICOMDESC}Desc: 'Modality LUT Type';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0028; Element: $3006; {$ifdef IEDICOMDESC}Desc: 'LUT Data';{$endif} VType: dvOW; Src: dsStandard ), (Group: $0028; Element: $3010; {$ifdef IEDICOMDESC}Desc: 'VOI LUT Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0028; Element: $3110; {$ifdef IEDICOMDESC}Desc: 'Softcopy VOI LUT Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0028; Element: $4000; {$ifdef IEDICOMDESC}Desc: 'Image Presentation Comments';{$endif} VType: dvLT; Src: dsDeprecated ), (Group: $0028; Element: $5000; {$ifdef IEDICOMDESC}Desc: 'Bi-Plane Acquisition Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0028; Element: $6010; {$ifdef IEDICOMDESC}Desc: 'Representative Frame Number';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0028; Element: $6020; {$ifdef IEDICOMDESC}Desc: 'Frame Numbers of Interest (FOI)';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0028; Element: $6022; {$ifdef IEDICOMDESC}Desc: 'Frame of Interest Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0028; Element: $6023; {$ifdef IEDICOMDESC}Desc: 'Frame of Interest Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0028; Element: $6030; {$ifdef IEDICOMDESC}Desc: 'Mask Pointer(s)';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $0028; Element: $6040; {$ifdef IEDICOMDESC}Desc: 'R Wave Pointer';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0028; Element: $6100; {$ifdef IEDICOMDESC}Desc: 'Mask Subtraction Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0028; Element: $6101; {$ifdef IEDICOMDESC}Desc: 'Mask Operation';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0028; Element: $6102; {$ifdef IEDICOMDESC}Desc: 'Applicable Frame Range';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0028; Element: $6110; {$ifdef IEDICOMDESC}Desc: 'Mask Frame Numbers';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0028; Element: $6112; {$ifdef IEDICOMDESC}Desc: 'Contrast Frame Averaging';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0028; Element: $6114; {$ifdef IEDICOMDESC}Desc: 'Mask Sub-pixel Shift';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0028; Element: $6120; {$ifdef IEDICOMDESC}Desc: 'TID Offset';{$endif} VType: dvSS; Src: dsStandard ), (Group: $0028; Element: $6190; {$ifdef IEDICOMDESC}Desc: 'Mask Operation Explanation';{$endif} VType: dvST; Src: dsStandard ), (Group: $0028; Element: $7000; {$ifdef IEDICOMDESC}Desc: 'Equipment Administrator Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0028; Element: $7001; {$ifdef IEDICOMDESC}Desc: 'Number of Display Subsystems';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0028; Element: $7002; {$ifdef IEDICOMDESC}Desc: 'Current Configuration ID';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0028; Element: $7003; {$ifdef IEDICOMDESC}Desc: 'Display Subsystem ID';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0028; Element: $7004; {$ifdef IEDICOMDESC}Desc: 'Display Subsystem Name';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0028; Element: $7005; {$ifdef IEDICOMDESC}Desc: 'Display Subsystem Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0028; Element: $7006; {$ifdef IEDICOMDESC}Desc: 'System Status';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0028; Element: $7007; {$ifdef IEDICOMDESC}Desc: 'System Status Comment';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0028; Element: $7008; {$ifdef IEDICOMDESC}Desc: 'Target Luminance Characteristics Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0028; Element: $7009; {$ifdef IEDICOMDESC}Desc: 'Luminance Characteristics ID';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0028; Element: $700A; {$ifdef IEDICOMDESC}Desc: 'Display Subsystem Configuration Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0028; Element: $700B; {$ifdef IEDICOMDESC}Desc: 'Configuration ID';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0028; Element: $700C; {$ifdef IEDICOMDESC}Desc: 'Configuration Name';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0028; Element: $700D; {$ifdef IEDICOMDESC}Desc: 'Configuration Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0028; Element: $700E; {$ifdef IEDICOMDESC}Desc: 'Referenced Target Luminance Characteristics ID';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0028; Element: $700F; {$ifdef IEDICOMDESC}Desc: 'QA Results Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0028; Element: $7010; {$ifdef IEDICOMDESC}Desc: 'Display Subsystem QA Results Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0028; Element: $7011; {$ifdef IEDICOMDESC}Desc: 'Configuration QA Results Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0028; Element: $7012; {$ifdef IEDICOMDESC}Desc: 'Measurement Equipment Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0028; Element: $7013; {$ifdef IEDICOMDESC}Desc: 'Measurement Functions';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0028; Element: $7014; {$ifdef IEDICOMDESC}Desc: 'Measurement Equipment Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0028; Element: $7015; {$ifdef IEDICOMDESC}Desc: 'Visual Evaluation Result Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0028; Element: $7016; {$ifdef IEDICOMDESC}Desc: 'Display Calibration Result Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0028; Element: $7017; {$ifdef IEDICOMDESC}Desc: 'DDL Value';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0028; Element: $7018; {$ifdef IEDICOMDESC}Desc: 'CIExy White Point';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0028; Element: $7019; {$ifdef IEDICOMDESC}Desc: 'Display Function Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0028; Element: $701A; {$ifdef IEDICOMDESC}Desc: 'Gamma Value';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0028; Element: $701B; {$ifdef IEDICOMDESC}Desc: 'Number of Luminance Points';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0028; Element: $701C; {$ifdef IEDICOMDESC}Desc: 'Luminance Response Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0028; Element: $701D; {$ifdef IEDICOMDESC}Desc: 'Target Minimum Luminance';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0028; Element: $701E; {$ifdef IEDICOMDESC}Desc: 'Target Maximum Luminance';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0028; Element: $701F; {$ifdef IEDICOMDESC}Desc: 'Luminance Value';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0028; Element: $7020; {$ifdef IEDICOMDESC}Desc: 'Luminance Response Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0028; Element: $7021; {$ifdef IEDICOMDESC}Desc: 'White Point Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0028; Element: $7022; {$ifdef IEDICOMDESC}Desc: 'Display Device Type Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0028; Element: $7023; {$ifdef IEDICOMDESC}Desc: 'Display Subsystem Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0028; Element: $7024; {$ifdef IEDICOMDESC}Desc: 'Luminance Result Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0028; Element: $7025; {$ifdef IEDICOMDESC}Desc: 'Ambient Light Value Source';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0028; Element: $7026; {$ifdef IEDICOMDESC}Desc: 'Measured Characteristics';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0028; Element: $7027; {$ifdef IEDICOMDESC}Desc: 'Luminance Uniformity Result Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0028; Element: $7028; {$ifdef IEDICOMDESC}Desc: 'Visual Evaluation Test Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0028; Element: $7029; {$ifdef IEDICOMDESC}Desc: 'Test Result';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0028; Element: $702A; {$ifdef IEDICOMDESC}Desc: 'Test Result Comment';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0028; Element: $702B; {$ifdef IEDICOMDESC}Desc: 'Test Image Validation';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0028; Element: $702C; {$ifdef IEDICOMDESC}Desc: 'Test Pattern Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0028; Element: $702D; {$ifdef IEDICOMDESC}Desc: 'Measurement Pattern Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0028; Element: $702E; {$ifdef IEDICOMDESC}Desc: 'Visual Evaluation Method Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0028; Element: $7FE0; {$ifdef IEDICOMDESC}Desc: 'Pixel Data Provider URL';{$endif} VType: dvUR; Src: dsStandard ), (Group: $0028; Element: $9001; {$ifdef IEDICOMDESC}Desc: 'Data Point Rows';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0028; Element: $9002; {$ifdef IEDICOMDESC}Desc: 'Data Point Columns';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0028; Element: $9003; {$ifdef IEDICOMDESC}Desc: 'Signal Domain Columns';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0028; Element: $9099; {$ifdef IEDICOMDESC}Desc: 'Largest Monochrome Pixel Value';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $0028; Element: $9108; {$ifdef IEDICOMDESC}Desc: 'Data Representation';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0028; Element: $9110; {$ifdef IEDICOMDESC}Desc: 'Pixel Measures Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0028; Element: $9132; {$ifdef IEDICOMDESC}Desc: 'Frame VOI LUT Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0028; Element: $9145; {$ifdef IEDICOMDESC}Desc: 'Pixel Value Transformation Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0028; Element: $9235; {$ifdef IEDICOMDESC}Desc: 'Signal Domain Rows';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0028; Element: $9411; {$ifdef IEDICOMDESC}Desc: 'Display Filter Percentage';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0028; Element: $9415; {$ifdef IEDICOMDESC}Desc: 'Frame Pixel Shift Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0028; Element: $9416; {$ifdef IEDICOMDESC}Desc: 'Subtraction Item ID';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0028; Element: $9422; {$ifdef IEDICOMDESC}Desc: 'Pixel Intensity Relationship LUT Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0028; Element: $9443; {$ifdef IEDICOMDESC}Desc: 'Frame Pixel Data Properties Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0028; Element: $9444; {$ifdef IEDICOMDESC}Desc: 'Geometrical Properties';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0028; Element: $9445; {$ifdef IEDICOMDESC}Desc: 'Geometric Maximum Distortion';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0028; Element: $9446; {$ifdef IEDICOMDESC}Desc: 'Image Processing Applied';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0028; Element: $9454; {$ifdef IEDICOMDESC}Desc: 'Mask Selection Mode';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0028; Element: $9474; {$ifdef IEDICOMDESC}Desc: 'LUT Function';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0028; Element: $9478; {$ifdef IEDICOMDESC}Desc: 'Mask Visibility Percentage';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0028; Element: $9501; {$ifdef IEDICOMDESC}Desc: 'Pixel Shift Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0028; Element: $9502; {$ifdef IEDICOMDESC}Desc: 'Region Pixel Shift Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0028; Element: $9503; {$ifdef IEDICOMDESC}Desc: 'Vertices of the Region';{$endif} VType: dvSS; Src: dsStandard ), (Group: $0028; Element: $9505; {$ifdef IEDICOMDESC}Desc: 'Multi-frame Presentation Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0028; Element: $9506; {$ifdef IEDICOMDESC}Desc: 'Pixel Shift Frame Range';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0028; Element: $9507; {$ifdef IEDICOMDESC}Desc: 'LUT Frame Range';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0028; Element: $9520; {$ifdef IEDICOMDESC}Desc: 'Image to Equipment Mapping Matrix';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0028; Element: $9537; {$ifdef IEDICOMDESC}Desc: 'Equipment Coordinate System Identification';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0029; Element: $0000; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0029; Element: $0001; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0029; Element: $0002; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0029; Element: $0003; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0029; Element: $0004; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0029; Element: $0005; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0029; Element: $0006; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0029; Element: $0007; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0029; Element: $0008; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSH; Src: dsProprietary ), (Group: $0029; Element: $0009; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSH; Src: dsProprietary ), (Group: $0029; Element: $000A; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0029; Element: $000C; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0029; Element: $000E; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvCS; Src: dsProprietary ), (Group: $0029; Element: $000F; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvCS; Src: dsProprietary ), (Group: $0029; Element: $0010; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0029; Element: $0011; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0029; Element: $0013; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0029; Element: $0015; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0029; Element: $0016; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0029; Element: $0017; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0029; Element: $0018; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0029; Element: $001A; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0029; Element: $001E; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0029; Element: $001F; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0029; Element: $0020; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0029; Element: $0022; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0029; Element: $0025; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0029; Element: $0026; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0029; Element: $0030; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0029; Element: $0031; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0029; Element: $0032; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0029; Element: $0033; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0029; Element: $0034; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0029; Element: $0035; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0029; Element: $0038; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0029; Element: $0040; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0029; Element: $0041; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0029; Element: $0043; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0029; Element: $0044; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0029; Element: $004E; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvCS; Src: dsProprietary ), (Group: $0029; Element: $004F; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvCS; Src: dsProprietary ), (Group: $0029; Element: $0050; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0029; Element: $0051; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0029; Element: $0052; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0029; Element: $0053; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0029; Element: $0060; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0029; Element: $0061; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0029; Element: $0067; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0029; Element: $0070; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0029; Element: $0071; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0029; Element: $0072; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0029; Element: $0077; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvCS; Src: dsProprietary ), (Group: $0029; Element: $0078; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0029; Element: $0079; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvCS; Src: dsProprietary ), (Group: $0029; Element: $007E; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvCS; Src: dsProprietary ), (Group: $0029; Element: $007F; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvCS; Src: dsProprietary ), (Group: $0029; Element: $0080; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0029; Element: $0081; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0029; Element: $0082; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0029; Element: $0083; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0029; Element: $008E; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvCS; Src: dsProprietary ), (Group: $0029; Element: $008F; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvCS; Src: dsProprietary ), (Group: $0029; Element: $0090; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0029; Element: $0099; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0029; Element: $00A0; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0029; Element: $00A1; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0029; Element: $00A2; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0029; Element: $00B0; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0029; Element: $00B2; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0029; Element: $00C0; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0029; Element: $00C1; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0029; Element: $00C3; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0029; Element: $00C4; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0029; Element: $00C5; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0029; Element: $00CE; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvCS; Src: dsProprietary ), (Group: $0029; Element: $00CF; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvCS; Src: dsProprietary ), (Group: $0029; Element: $00D0; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0029; Element: $00D1; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0029; Element: $00D5; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0031; Element: $0010; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0031; Element: $0012; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0031; Element: $0030; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDA; Src: dsProprietary ), (Group: $0031; Element: $0032; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvTM; Src: dsProprietary ), (Group: $0031; Element: $0033; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvTM; Src: dsProprietary ), (Group: $0031; Element: $0045; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0031; Element: $004A; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvTM; Src: dsProprietary ), (Group: $0031; Element: $0050; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0031; Element: $0080; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0032; Element: $0000; {$ifdef IEDICOMDESC}Desc: 'Study Group Length';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $0032; Element: $000A; {$ifdef IEDICOMDESC}Desc: 'Study Status ID';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0032; Element: $000C; {$ifdef IEDICOMDESC}Desc: 'Study Priority ID';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0032; Element: $0012; {$ifdef IEDICOMDESC}Desc: 'Study ID Issuer';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0032; Element: $0032; {$ifdef IEDICOMDESC}Desc: 'Study Verified Date';{$endif} VType: dvDA; Src: dsDeprecated ), (Group: $0032; Element: $0033; {$ifdef IEDICOMDESC}Desc: 'Study Verified Time';{$endif} VType: dvTM; Src: dsDeprecated ), (Group: $0032; Element: $0034; {$ifdef IEDICOMDESC}Desc: 'Study Read Date';{$endif} VType: dvDA; Src: dsDeprecated ), (Group: $0032; Element: $0035; {$ifdef IEDICOMDESC}Desc: 'Study Read Time';{$endif} VType: dvTM; Src: dsDeprecated ), (Group: $0032; Element: $1000; {$ifdef IEDICOMDESC}Desc: 'Scheduled Study Start Date';{$endif} VType: dvDA; Src: dsDeprecated ), (Group: $0032; Element: $1001; {$ifdef IEDICOMDESC}Desc: 'Scheduled Study Start Time';{$endif} VType: dvTM; Src: dsDeprecated ), (Group: $0032; Element: $1010; {$ifdef IEDICOMDESC}Desc: 'Scheduled Study Stop Date';{$endif} VType: dvDA; Src: dsDeprecated ), (Group: $0032; Element: $1011; {$ifdef IEDICOMDESC}Desc: 'Scheduled Study Stop Time';{$endif} VType: dvTM; Src: dsDeprecated ), (Group: $0032; Element: $1020; {$ifdef IEDICOMDESC}Desc: 'Scheduled Study Location';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0032; Element: $1021; {$ifdef IEDICOMDESC}Desc: 'Scheduled Study Location AE Title';{$endif} VType: dvAE; Src: dsDeprecated ), (Group: $0032; Element: $1030; {$ifdef IEDICOMDESC}Desc: 'Reason for Study';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0032; Element: $1031; {$ifdef IEDICOMDESC}Desc: 'Requesting Physician Identification Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0032; Element: $1032; {$ifdef IEDICOMDESC}Desc: 'Requesting Physician';{$endif} VType: dvPN; Src: dsStandard ), (Group: $0032; Element: $1033; {$ifdef IEDICOMDESC}Desc: 'Requesting Service';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0032; Element: $1034; {$ifdef IEDICOMDESC}Desc: 'Requesting Service Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0032; Element: $1040; {$ifdef IEDICOMDESC}Desc: 'Study Arrival Date';{$endif} VType: dvDA; Src: dsDeprecated ), (Group: $0032; Element: $1041; {$ifdef IEDICOMDESC}Desc: 'Study Arrival Time';{$endif} VType: dvTM; Src: dsDeprecated ), (Group: $0032; Element: $1050; {$ifdef IEDICOMDESC}Desc: 'Study Completion Date';{$endif} VType: dvDA; Src: dsDeprecated ), (Group: $0032; Element: $1051; {$ifdef IEDICOMDESC}Desc: 'Study Completion Time';{$endif} VType: dvTM; Src: dsDeprecated ), (Group: $0032; Element: $1055; {$ifdef IEDICOMDESC}Desc: 'Study Component Status ID';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0032; Element: $1060; {$ifdef IEDICOMDESC}Desc: 'Requested Procedure Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0032; Element: $1064; {$ifdef IEDICOMDESC}Desc: 'Requested Procedure Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0032; Element: $1070; {$ifdef IEDICOMDESC}Desc: 'Requested Contrast Agent';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0032; Element: $4000; {$ifdef IEDICOMDESC}Desc: 'Study Comments';{$endif} VType: dvLT; Src: dsDeprecated ), (Group: $0033; Element: $0001; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUN; Src: dsProprietary ), (Group: $0033; Element: $0002; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUN; Src: dsProprietary ), (Group: $0033; Element: $0005; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUN; Src: dsProprietary ), (Group: $0033; Element: $0006; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUN; Src: dsProprietary ), (Group: $0033; Element: $0010; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0037; Element: $0010; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLO; Src: dsProprietary ), (Group: $0037; Element: $0020; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0037; Element: $0040; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSH; Src: dsProprietary ), (Group: $0037; Element: $0042; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSH; Src: dsProprietary ), (Group: $0037; Element: $0050; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvCS; Src: dsProprietary ), (Group: $0037; Element: $0060; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0038; Element: $0000; {$ifdef IEDICOMDESC}Desc: 'Visit Group Length';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $0038; Element: $0004; {$ifdef IEDICOMDESC}Desc: 'Referenced Patient Alias Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0038; Element: $0008; {$ifdef IEDICOMDESC}Desc: 'Visit Status ID';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0038; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Admission ID';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0038; Element: $0011; {$ifdef IEDICOMDESC}Desc: 'Issuer of Admission ID';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0038; Element: $0014; {$ifdef IEDICOMDESC}Desc: 'Issuer of Admission ID Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0038; Element: $0016; {$ifdef IEDICOMDESC}Desc: 'Route of Admissions';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0038; Element: $001A; {$ifdef IEDICOMDESC}Desc: 'Scheduled Admission Date';{$endif} VType: dvDA; Src: dsDeprecated ), (Group: $0038; Element: $001B; {$ifdef IEDICOMDESC}Desc: 'Scheduled Admission Time';{$endif} VType: dvTM; Src: dsDeprecated ), (Group: $0038; Element: $001C; {$ifdef IEDICOMDESC}Desc: 'Scheduled Discharge Date';{$endif} VType: dvDA; Src: dsDeprecated ), (Group: $0038; Element: $001D; {$ifdef IEDICOMDESC}Desc: 'Scheduled Discharge Time';{$endif} VType: dvTM; Src: dsDeprecated ), (Group: $0038; Element: $001E; {$ifdef IEDICOMDESC}Desc: 'Scheduled Patient Institution Residence';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0038; Element: $0020; {$ifdef IEDICOMDESC}Desc: 'Admitting Date';{$endif} VType: dvDA; Src: dsStandard ), (Group: $0038; Element: $0021; {$ifdef IEDICOMDESC}Desc: 'Admitting Time';{$endif} VType: dvTM; Src: dsStandard ), (Group: $0038; Element: $0030; {$ifdef IEDICOMDESC}Desc: 'Discharge Date';{$endif} VType: dvDA; Src: dsDeprecated ), (Group: $0038; Element: $0032; {$ifdef IEDICOMDESC}Desc: 'Discharge Time';{$endif} VType: dvTM; Src: dsDeprecated ), (Group: $0038; Element: $0040; {$ifdef IEDICOMDESC}Desc: 'Discharge Diagnosis Description';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0038; Element: $0044; {$ifdef IEDICOMDESC}Desc: 'Discharge Diagnosis Code Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0038; Element: $0050; {$ifdef IEDICOMDESC}Desc: 'Special Needs';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0038; Element: $0060; {$ifdef IEDICOMDESC}Desc: 'Service Episode ID';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0038; Element: $0061; {$ifdef IEDICOMDESC}Desc: 'Issuer of Service Episode ID';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0038; Element: $0062; {$ifdef IEDICOMDESC}Desc: 'Service Episode Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0038; Element: $0064; {$ifdef IEDICOMDESC}Desc: 'Issuer of Service Episode ID Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0038; Element: $0100; {$ifdef IEDICOMDESC}Desc: 'Pertinent Documents Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0038; Element: $0300; {$ifdef IEDICOMDESC}Desc: 'Current Patient Location';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0038; Element: $0400; {$ifdef IEDICOMDESC}Desc: 'Patient''s Institution Residence';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0038; Element: $0500; {$ifdef IEDICOMDESC}Desc: 'Patient State';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0038; Element: $0502; {$ifdef IEDICOMDESC}Desc: 'Patient Clinical Trial Participation Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0038; Element: $4000; {$ifdef IEDICOMDESC}Desc: 'Visit Comments';{$endif} VType: dvLT; Src: dsStandard ), (Group: $0039; Element: $0080; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0039; Element: $0085; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDA; Src: dsProprietary ), (Group: $0039; Element: $0090; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvTM; Src: dsProprietary ), (Group: $0039; Element: $0095; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLO; Src: dsProprietary ), (Group: $0039; Element: $00AA; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvCS; Src: dsProprietary ), (Group: $003A; Element: $0002; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSQ; Src: dsProprietary ), (Group: $003A; Element: $0004; {$ifdef IEDICOMDESC}Desc: 'Waveform Originality';{$endif} VType: dvCS; Src: dsStandard ), (Group: $003A; Element: $0005; {$ifdef IEDICOMDESC}Desc: 'Number of Waveform Channels';{$endif} VType: dvUS; Src: dsStandard ), (Group: $003A; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Number of Waveform Samples';{$endif} VType: dvUL; Src: dsStandard ), (Group: $003A; Element: $001A; {$ifdef IEDICOMDESC}Desc: 'Sampling Frequency';{$endif} VType: dvDS; Src: dsStandard ), (Group: $003A; Element: $0020; {$ifdef IEDICOMDESC}Desc: 'Multiplex Group Label';{$endif} VType: dvSH; Src: dsStandard ), (Group: $003A; Element: $0103; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvCS; Src: dsProprietary ), (Group: $003A; Element: $0122; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvOB; Src: dsProprietary ), (Group: $003A; Element: $0200; {$ifdef IEDICOMDESC}Desc: 'Channel Definition Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $003A; Element: $0202; {$ifdef IEDICOMDESC}Desc: 'Waveform Channel Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $003A; Element: $0203; {$ifdef IEDICOMDESC}Desc: 'Channel Label';{$endif} VType: dvSH; Src: dsStandard ), (Group: $003A; Element: $0205; {$ifdef IEDICOMDESC}Desc: 'Channel Status';{$endif} VType: dvCS; Src: dsStandard ), (Group: $003A; Element: $0208; {$ifdef IEDICOMDESC}Desc: 'Channel Source Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $003A; Element: $0209; {$ifdef IEDICOMDESC}Desc: 'Channel Source Modifiers Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $003A; Element: $020A; {$ifdef IEDICOMDESC}Desc: 'Source Waveform Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $003A; Element: $020B; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSQ; Src: dsProprietary ), (Group: $003A; Element: $020C; {$ifdef IEDICOMDESC}Desc: 'Channel Derivation Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $003A; Element: $0210; {$ifdef IEDICOMDESC}Desc: 'Channel Sensitivity';{$endif} VType: dvDS; Src: dsStandard ), (Group: $003A; Element: $0211; {$ifdef IEDICOMDESC}Desc: 'Channel Sensitivity Units Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $003A; Element: $0212; {$ifdef IEDICOMDESC}Desc: 'Channel Sensitivity Correction Factor';{$endif} VType: dvDS; Src: dsStandard ), (Group: $003A; Element: $0213; {$ifdef IEDICOMDESC}Desc: 'Channel Baseline';{$endif} VType: dvDS; Src: dsStandard ), (Group: $003A; Element: $0214; {$ifdef IEDICOMDESC}Desc: 'Channel Time Skew';{$endif} VType: dvDS; Src: dsStandard ), (Group: $003A; Element: $0215; {$ifdef IEDICOMDESC}Desc: 'Channel Sample Skew';{$endif} VType: dvDS; Src: dsStandard ), (Group: $003A; Element: $0216; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvOB; Src: dsProprietary ), (Group: $003A; Element: $0217; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvOB; Src: dsProprietary ), (Group: $003A; Element: $0218; {$ifdef IEDICOMDESC}Desc: 'Channel Offset';{$endif} VType: dvDS; Src: dsStandard ), (Group: $003A; Element: $021A; {$ifdef IEDICOMDESC}Desc: 'Waveform Bits Stored';{$endif} VType: dvUS; Src: dsStandard ), (Group: $003A; Element: $0220; {$ifdef IEDICOMDESC}Desc: 'Filter Low Frequency';{$endif} VType: dvDS; Src: dsStandard ), (Group: $003A; Element: $0221; {$ifdef IEDICOMDESC}Desc: 'Filter High Frequency';{$endif} VType: dvDS; Src: dsStandard ), (Group: $003A; Element: $0222; {$ifdef IEDICOMDESC}Desc: 'Notch Filter Frequency';{$endif} VType: dvDS; Src: dsStandard ), (Group: $003A; Element: $0223; {$ifdef IEDICOMDESC}Desc: 'Notch Filter Bandwidth';{$endif} VType: dvDS; Src: dsStandard ), (Group: $003A; Element: $0230; {$ifdef IEDICOMDESC}Desc: 'Waveform Data Display Scale';{$endif} VType: dvFL; Src: dsStandard ), (Group: $003A; Element: $0231; {$ifdef IEDICOMDESC}Desc: 'Waveform Display Background CIELab Value';{$endif} VType: dvUS; Src: dsStandard ), (Group: $003A; Element: $0240; {$ifdef IEDICOMDESC}Desc: 'Waveform Presentation Group Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $003A; Element: $0241; {$ifdef IEDICOMDESC}Desc: 'Presentation Group Number';{$endif} VType: dvUS; Src: dsStandard ), (Group: $003A; Element: $0242; {$ifdef IEDICOMDESC}Desc: 'Channel Display Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $003A; Element: $0244; {$ifdef IEDICOMDESC}Desc: 'Channel Recommended Display CIELab Value';{$endif} VType: dvUS; Src: dsStandard ), (Group: $003A; Element: $0245; {$ifdef IEDICOMDESC}Desc: 'Channel Position';{$endif} VType: dvFL; Src: dsStandard ), (Group: $003A; Element: $0246; {$ifdef IEDICOMDESC}Desc: 'Display Shading Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $003A; Element: $0247; {$ifdef IEDICOMDESC}Desc: 'Fractional Channel Display Scale';{$endif} VType: dvFL; Src: dsStandard ), (Group: $003A; Element: $0248; {$ifdef IEDICOMDESC}Desc: 'Absolute Channel Display Scale';{$endif} VType: dvFL; Src: dsStandard ), (Group: $003A; Element: $0300; {$ifdef IEDICOMDESC}Desc: 'Multiplexed Audio Channels Description Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $003A; Element: $0301; {$ifdef IEDICOMDESC}Desc: 'Channel Identification Code';{$endif} VType: dvIS; Src: dsStandard ), (Group: $003A; Element: $0302; {$ifdef IEDICOMDESC}Desc: 'Channel Mode';{$endif} VType: dvCS; Src: dsStandard ), (Group: $003A; Element: $1000; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvOB; Src: dsProprietary ), (Group: $0040; Element: $0000; {$ifdef IEDICOMDESC}Desc: 'Modality Worklist Group Length';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $0040; Element: $0001; {$ifdef IEDICOMDESC}Desc: 'Scheduled Station AE Title';{$endif} VType: dvAE; Src: dsStandard ), (Group: $0040; Element: $0002; {$ifdef IEDICOMDESC}Desc: 'Scheduled Procedure Step Start Date';{$endif} VType: dvDA; Src: dsStandard ), (Group: $0040; Element: $0003; {$ifdef IEDICOMDESC}Desc: 'Scheduled Procedure Step Start Time';{$endif} VType: dvTM; Src: dsStandard ), (Group: $0040; Element: $0004; {$ifdef IEDICOMDESC}Desc: 'Scheduled Procedure Step End Date';{$endif} VType: dvDA; Src: dsStandard ), (Group: $0040; Element: $0005; {$ifdef IEDICOMDESC}Desc: 'Scheduled Procedure Step End Time';{$endif} VType: dvTM; Src: dsStandard ), (Group: $0040; Element: $0006; {$ifdef IEDICOMDESC}Desc: 'Scheduled Performing Physician''s Name';{$endif} VType: dvPN; Src: dsStandard ), (Group: $0040; Element: $0007; {$ifdef IEDICOMDESC}Desc: 'Scheduled Procedure Step Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0040; Element: $0008; {$ifdef IEDICOMDESC}Desc: 'Scheduled Protocol Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $0009; {$ifdef IEDICOMDESC}Desc: 'Scheduled Procedure Step ID';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0040; Element: $000A; {$ifdef IEDICOMDESC}Desc: 'Stage Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $000B; {$ifdef IEDICOMDESC}Desc: 'Scheduled Performing Physician Identification Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Scheduled Station Name';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0040; Element: $0011; {$ifdef IEDICOMDESC}Desc: 'Scheduled Procedure Step Location';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0040; Element: $0012; {$ifdef IEDICOMDESC}Desc: 'Pre-Medication';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0040; Element: $0020; {$ifdef IEDICOMDESC}Desc: 'Scheduled Procedure Step Status';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0040; Element: $0026; {$ifdef IEDICOMDESC}Desc: 'Order Placer Identifier Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $0027; {$ifdef IEDICOMDESC}Desc: 'Order Filler Identifier Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $0031; {$ifdef IEDICOMDESC}Desc: 'Local Namespace Entity ID';{$endif} VType: dvUT; Src: dsStandard ), (Group: $0040; Element: $0032; {$ifdef IEDICOMDESC}Desc: 'Universal Entity ID';{$endif} VType: dvUT; Src: dsStandard ), (Group: $0040; Element: $0033; {$ifdef IEDICOMDESC}Desc: 'Universal Entity ID Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0040; Element: $0035; {$ifdef IEDICOMDESC}Desc: 'Identifier Type Code';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0040; Element: $0036; {$ifdef IEDICOMDESC}Desc: 'Assigning Facility Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $0039; {$ifdef IEDICOMDESC}Desc: 'Assigning Jurisdiction Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $003A; {$ifdef IEDICOMDESC}Desc: 'Assigning Agency or Department Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $0100; {$ifdef IEDICOMDESC}Desc: 'Scheduled Procedure Step Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $0220; {$ifdef IEDICOMDESC}Desc: 'Referenced Non-Image Composite SOP Instance Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $0241; {$ifdef IEDICOMDESC}Desc: 'Performed Station AE Title';{$endif} VType: dvAE; Src: dsStandard ), (Group: $0040; Element: $0242; {$ifdef IEDICOMDESC}Desc: 'Performed Station Name';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0040; Element: $0243; {$ifdef IEDICOMDESC}Desc: 'Performed Location';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0040; Element: $0244; {$ifdef IEDICOMDESC}Desc: 'Performed Procedure Step Start Date';{$endif} VType: dvDA; Src: dsStandard ), (Group: $0040; Element: $0245; {$ifdef IEDICOMDESC}Desc: 'Performed Procedure Step Start Time';{$endif} VType: dvTM; Src: dsStandard ), (Group: $0040; Element: $0250; {$ifdef IEDICOMDESC}Desc: 'Performed Procedure Step End Date';{$endif} VType: dvDA; Src: dsStandard ), (Group: $0040; Element: $0251; {$ifdef IEDICOMDESC}Desc: 'Performed Procedure Step End Time';{$endif} VType: dvTM; Src: dsStandard ), (Group: $0040; Element: $0252; {$ifdef IEDICOMDESC}Desc: 'Performed Procedure Step Status';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0040; Element: $0253; {$ifdef IEDICOMDESC}Desc: 'Performed Procedure Step ID';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0040; Element: $0254; {$ifdef IEDICOMDESC}Desc: 'Performed Procedure Step Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0040; Element: $0255; {$ifdef IEDICOMDESC}Desc: 'Performed Procedure Type Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0040; Element: $0260; {$ifdef IEDICOMDESC}Desc: 'Performed Protocol Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $0261; {$ifdef IEDICOMDESC}Desc: 'Performed Protocol Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0040; Element: $0270; {$ifdef IEDICOMDESC}Desc: 'Scheduled Step Attributes Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $0275; {$ifdef IEDICOMDESC}Desc: 'Request Attributes Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $0280; {$ifdef IEDICOMDESC}Desc: 'Comments on the Performed Procedure Step';{$endif} VType: dvST; Src: dsStandard ), (Group: $0040; Element: $0281; {$ifdef IEDICOMDESC}Desc: 'Performed Procedure Step Discontinuation Reason Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $0293; {$ifdef IEDICOMDESC}Desc: 'Quantity Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $0294; {$ifdef IEDICOMDESC}Desc: 'Quantity';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0040; Element: $0295; {$ifdef IEDICOMDESC}Desc: 'Measuring Units Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $0296; {$ifdef IEDICOMDESC}Desc: 'Billing Item Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $0300; {$ifdef IEDICOMDESC}Desc: 'Total Time of Fluoroscopy';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0040; Element: $0301; {$ifdef IEDICOMDESC}Desc: 'Total Number of Exposures';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0040; Element: $0302; {$ifdef IEDICOMDESC}Desc: 'Entrance Dose';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0040; Element: $0303; {$ifdef IEDICOMDESC}Desc: 'Exposed Area';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0040; Element: $0306; {$ifdef IEDICOMDESC}Desc: 'Distance Source to Entrance';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0040; Element: $0307; {$ifdef IEDICOMDESC}Desc: 'Distance Source to Support';{$endif} VType: dvDS; Src: dsDeprecated ), (Group: $0040; Element: $030E; {$ifdef IEDICOMDESC}Desc: 'Exposure Dose Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $0310; {$ifdef IEDICOMDESC}Desc: 'Comments on Radiation Dose';{$endif} VType: dvST; Src: dsStandard ), (Group: $0040; Element: $0312; {$ifdef IEDICOMDESC}Desc: 'X-Ray Output';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0040; Element: $0314; {$ifdef IEDICOMDESC}Desc: 'Half Value Layer';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0040; Element: $0316; {$ifdef IEDICOMDESC}Desc: 'Organ Dose';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0040; Element: $0318; {$ifdef IEDICOMDESC}Desc: 'Organ Exposed';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0040; Element: $0320; {$ifdef IEDICOMDESC}Desc: 'Billing Procedure Step Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $0321; {$ifdef IEDICOMDESC}Desc: 'Film Consumption Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $0324; {$ifdef IEDICOMDESC}Desc: 'Billing Supplies and Devices Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $0330; {$ifdef IEDICOMDESC}Desc: 'Referenced Procedure Step Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0040; Element: $0340; {$ifdef IEDICOMDESC}Desc: 'Performed Series Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $0400; {$ifdef IEDICOMDESC}Desc: 'Comments on the Scheduled Procedure Step';{$endif} VType: dvLT; Src: dsStandard ), (Group: $0040; Element: $0440; {$ifdef IEDICOMDESC}Desc: 'Protocol Context Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $0441; {$ifdef IEDICOMDESC}Desc: 'Content Item Modifier Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $0500; {$ifdef IEDICOMDESC}Desc: 'Scheduled Specimen Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $050A; {$ifdef IEDICOMDESC}Desc: 'Specimen Accession Number';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0040; Element: $0512; {$ifdef IEDICOMDESC}Desc: 'Container Identifier';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0040; Element: $0513; {$ifdef IEDICOMDESC}Desc: 'Issuer of the Container Identifier Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $0515; {$ifdef IEDICOMDESC}Desc: 'Alternate Container Identifier Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $0518; {$ifdef IEDICOMDESC}Desc: 'Container Type Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $051A; {$ifdef IEDICOMDESC}Desc: 'Container Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0040; Element: $0520; {$ifdef IEDICOMDESC}Desc: 'Container Component Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $0550; {$ifdef IEDICOMDESC}Desc: 'Specimen Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0040; Element: $0551; {$ifdef IEDICOMDESC}Desc: 'Specimen Identifier';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0040; Element: $0552; {$ifdef IEDICOMDESC}Desc: 'Specimen Description Sequence (Trial)';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0040; Element: $0553; {$ifdef IEDICOMDESC}Desc: 'Specimen Description (Trial)';{$endif} VType: dvST; Src: dsDeprecated ), (Group: $0040; Element: $0554; {$ifdef IEDICOMDESC}Desc: 'Specimen UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0040; Element: $0555; {$ifdef IEDICOMDESC}Desc: 'Acquisition Context Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $0556; {$ifdef IEDICOMDESC}Desc: 'Acquisition Context Description';{$endif} VType: dvST; Src: dsStandard ), (Group: $0040; Element: $0560; {$ifdef IEDICOMDESC}Desc: 'Specimen Description Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $0562; {$ifdef IEDICOMDESC}Desc: 'Issuer of the Specimen Identifier Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $059A; {$ifdef IEDICOMDESC}Desc: 'Specimen Type Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $0600; {$ifdef IEDICOMDESC}Desc: 'Specimen Short Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0040; Element: $0602; {$ifdef IEDICOMDESC}Desc: 'Specimen Detailed Description';{$endif} VType: dvUT; Src: dsStandard ), (Group: $0040; Element: $0610; {$ifdef IEDICOMDESC}Desc: 'Specimen Preparation Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $0612; {$ifdef IEDICOMDESC}Desc: 'Specimen Preparation Step Content Item Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $0620; {$ifdef IEDICOMDESC}Desc: 'Specimen Localization Content Item Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $06FA; {$ifdef IEDICOMDESC}Desc: 'Slide Identifier';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0040; Element: $071A; {$ifdef IEDICOMDESC}Desc: 'Image Center Point Coordinates Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $072A; {$ifdef IEDICOMDESC}Desc: 'X Offset in Slide Coordinate System';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0040; Element: $073A; {$ifdef IEDICOMDESC}Desc: 'Y Offset in Slide Coordinate System';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0040; Element: $074A; {$ifdef IEDICOMDESC}Desc: 'Z Offset in Slide Coordinate System';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0040; Element: $08D8; {$ifdef IEDICOMDESC}Desc: 'Pixel Spacing Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0040; Element: $08DA; {$ifdef IEDICOMDESC}Desc: 'Coordinate System Axis Code Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0040; Element: $08EA; {$ifdef IEDICOMDESC}Desc: 'Measurement Units Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $09F8; {$ifdef IEDICOMDESC}Desc: 'Vital Stain Code Sequence (Trial)';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0040; Element: $1001; {$ifdef IEDICOMDESC}Desc: 'Requested Procedure ID';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0040; Element: $1002; {$ifdef IEDICOMDESC}Desc: 'Reason for the Requested Procedure';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0040; Element: $1003; {$ifdef IEDICOMDESC}Desc: 'Requested Procedure Priority';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0040; Element: $1004; {$ifdef IEDICOMDESC}Desc: 'Patient Transport Arrangements';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0040; Element: $1005; {$ifdef IEDICOMDESC}Desc: 'Requested Procedure Location';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0040; Element: $1006; {$ifdef IEDICOMDESC}Desc: 'Placer Order Number / Procedure';{$endif} VType: dvSH; Src: dsDeprecated ), (Group: $0040; Element: $1007; {$ifdef IEDICOMDESC}Desc: 'Filler Order Number / Procedure';{$endif} VType: dvSH; Src: dsDeprecated ), (Group: $0040; Element: $1008; {$ifdef IEDICOMDESC}Desc: 'Confidentiality Code';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0040; Element: $1009; {$ifdef IEDICOMDESC}Desc: 'Reporting Priority';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0040; Element: $100A; {$ifdef IEDICOMDESC}Desc: 'Reason for Requested Procedure Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $1010; {$ifdef IEDICOMDESC}Desc: 'Names of Intended Recipients of Results';{$endif} VType: dvPN; Src: dsStandard ), (Group: $0040; Element: $1011; {$ifdef IEDICOMDESC}Desc: 'Intended Recipients of Results Identification Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $1012; {$ifdef IEDICOMDESC}Desc: 'Reason for Performed Procedure Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $1060; {$ifdef IEDICOMDESC}Desc: 'Requested Procedure Description (Trial)';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0040; Element: $1101; {$ifdef IEDICOMDESC}Desc: 'Person Identification Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $1102; {$ifdef IEDICOMDESC}Desc: 'Person''s Address';{$endif} VType: dvST; Src: dsStandard ), (Group: $0040; Element: $1103; {$ifdef IEDICOMDESC}Desc: 'Person''s Telephone Numbers';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0040; Element: $1400; {$ifdef IEDICOMDESC}Desc: 'Requested Procedure Comments';{$endif} VType: dvLT; Src: dsStandard ), (Group: $0040; Element: $2001; {$ifdef IEDICOMDESC}Desc: 'Reason for the Imaging Service Request';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0040; Element: $2004; {$ifdef IEDICOMDESC}Desc: 'Issue Date of Imaging Service Request';{$endif} VType: dvDA; Src: dsStandard ), (Group: $0040; Element: $2005; {$ifdef IEDICOMDESC}Desc: 'Issue Time of Imaging Service Request';{$endif} VType: dvTM; Src: dsStandard ), (Group: $0040; Element: $2006; {$ifdef IEDICOMDESC}Desc: 'Placer Order Number / Imaging Service Request (Retired)';{$endif} VType: dvSH; Src: dsDeprecated ), (Group: $0040; Element: $2007; {$ifdef IEDICOMDESC}Desc: 'Filler Order Number / Imaging Service Request (Retired)';{$endif} VType: dvSH; Src: dsDeprecated ), (Group: $0040; Element: $2008; {$ifdef IEDICOMDESC}Desc: 'Order Entered By';{$endif} VType: dvPN; Src: dsStandard ), (Group: $0040; Element: $2009; {$ifdef IEDICOMDESC}Desc: 'Order Enterer''s Location';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0040; Element: $2010; {$ifdef IEDICOMDESC}Desc: 'Order Callback Phone Number';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0040; Element: $2016; {$ifdef IEDICOMDESC}Desc: 'Placer Order Number / Imaging Service Request';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0040; Element: $2017; {$ifdef IEDICOMDESC}Desc: 'Filler Order Number / Imaging Service Request';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0040; Element: $2400; {$ifdef IEDICOMDESC}Desc: 'Imaging Service Request Comments';{$endif} VType: dvLT; Src: dsStandard ), (Group: $0040; Element: $3001; {$ifdef IEDICOMDESC}Desc: 'Confidentiality Constraint on Patient Data Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0040; Element: $4001; {$ifdef IEDICOMDESC}Desc: 'General Purpose Scheduled Procedure Step Status';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0040; Element: $4002; {$ifdef IEDICOMDESC}Desc: 'General Purpose Performed Procedure Step Status';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0040; Element: $4003; {$ifdef IEDICOMDESC}Desc: 'General Purpose Scheduled Procedure Step Priority';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0040; Element: $4004; {$ifdef IEDICOMDESC}Desc: 'Scheduled Processing Applications Code Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0040; Element: $4005; {$ifdef IEDICOMDESC}Desc: 'Scheduled Procedure Step Start Date/Time';{$endif} VType: dvDT; Src: dsDeprecated ), (Group: $0040; Element: $4006; {$ifdef IEDICOMDESC}Desc: 'Multiple Copies Flag';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0040; Element: $4007; {$ifdef IEDICOMDESC}Desc: 'Performed Processing Applications Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $4009; {$ifdef IEDICOMDESC}Desc: 'Human Performer Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $4010; {$ifdef IEDICOMDESC}Desc: 'Scheduled Procedure Step Modification Date/Time';{$endif} VType: dvDT; Src: dsStandard ), (Group: $0040; Element: $4011; {$ifdef IEDICOMDESC}Desc: 'Expected Completion Date/Time';{$endif} VType: dvDT; Src: dsStandard ), (Group: $0040; Element: $4015; {$ifdef IEDICOMDESC}Desc: 'Resulting General Purpose Performed Procedure Steps Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0040; Element: $4016; {$ifdef IEDICOMDESC}Desc: 'Referenced General Purpose Scheduled Procedure Step Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0040; Element: $4018; {$ifdef IEDICOMDESC}Desc: 'Scheduled Workitem Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $4019; {$ifdef IEDICOMDESC}Desc: 'Performed Workitem Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $4020; {$ifdef IEDICOMDESC}Desc: 'Input Availability Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0040; Element: $4021; {$ifdef IEDICOMDESC}Desc: 'Input Information Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $4022; {$ifdef IEDICOMDESC}Desc: 'Relevant Information Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0040; Element: $4023; {$ifdef IEDICOMDESC}Desc: 'Referenced General Purpose Scheduled Procedure Step Transaction UID';{$endif} VType: dvUI; Src: dsDeprecated ), (Group: $0040; Element: $4025; {$ifdef IEDICOMDESC}Desc: 'Scheduled Station Name Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $4026; {$ifdef IEDICOMDESC}Desc: 'Scheduled Station Class Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $4027; {$ifdef IEDICOMDESC}Desc: 'Scheduled Station Geographic Location Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $4028; {$ifdef IEDICOMDESC}Desc: 'Performed Station Name Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $4029; {$ifdef IEDICOMDESC}Desc: 'Performed Station Class Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $4030; {$ifdef IEDICOMDESC}Desc: 'Performed Station Geographic Location Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $4031; {$ifdef IEDICOMDESC}Desc: 'Requested Subsequent Workitem Code Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0040; Element: $4032; {$ifdef IEDICOMDESC}Desc: 'Non-DICOM Output Code Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0040; Element: $4033; {$ifdef IEDICOMDESC}Desc: 'Output Information Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $4034; {$ifdef IEDICOMDESC}Desc: 'Scheduled Human Performers Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $4035; {$ifdef IEDICOMDESC}Desc: 'Actual Human Performers Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $4036; {$ifdef IEDICOMDESC}Desc: 'Human Performer''s Organization';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0040; Element: $4037; {$ifdef IEDICOMDESC}Desc: 'Human Performer''s Name';{$endif} VType: dvPN; Src: dsStandard ), (Group: $0040; Element: $4040; {$ifdef IEDICOMDESC}Desc: 'Raw Data Handling';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0040; Element: $4041; {$ifdef IEDICOMDESC}Desc: 'Input Readiness State';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0040; Element: $4050; {$ifdef IEDICOMDESC}Desc: 'Performed Procedure Step Start Date/Time';{$endif} VType: dvDT; Src: dsStandard ), (Group: $0040; Element: $4051; {$ifdef IEDICOMDESC}Desc: 'Performed Procedure Step End Date/Time';{$endif} VType: dvDT; Src: dsStandard ), (Group: $0040; Element: $4052; {$ifdef IEDICOMDESC}Desc: 'Procedure Step Cancellation Date/Time';{$endif} VType: dvDT; Src: dsStandard ), (Group: $0040; Element: $8302; {$ifdef IEDICOMDESC}Desc: 'Entrance Dose in mGy';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0040; Element: $9094; {$ifdef IEDICOMDESC}Desc: 'Referenced Image Real World Value Mapping Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $9096; {$ifdef IEDICOMDESC}Desc: 'Real World Value Mapping Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $9098; {$ifdef IEDICOMDESC}Desc: 'Pixel Value Mapping Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $9210; {$ifdef IEDICOMDESC}Desc: 'LUT Label';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0040; Element: $9211; {$ifdef IEDICOMDESC}Desc: 'Real World Value Last Value Mapped';{$endif} VType: dvUSorSS; Src: dsStandard ), (Group: $0040; Element: $9212; {$ifdef IEDICOMDESC}Desc: 'Real World Value LUT Data';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0040; Element: $9216; {$ifdef IEDICOMDESC}Desc: 'Real World Value First Value Mapped';{$endif} VType: dvUSorSS; Src: dsStandard ), (Group: $0040; Element: $9224; {$ifdef IEDICOMDESC}Desc: 'Real World Value Intercept';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0040; Element: $9225; {$ifdef IEDICOMDESC}Desc: 'Real World Value Slope';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0040; Element: $A007; {$ifdef IEDICOMDESC}Desc: 'Findings Flag (Trial)';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0040; Element: $A010; {$ifdef IEDICOMDESC}Desc: 'Relationship Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0040; Element: $A020; {$ifdef IEDICOMDESC}Desc: 'Findings Sequence (Trial)';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0040; Element: $A021; {$ifdef IEDICOMDESC}Desc: 'Findings Group UID (Trial)';{$endif} VType: dvUI; Src: dsDeprecated ), (Group: $0040; Element: $A022; {$ifdef IEDICOMDESC}Desc: 'Referenced Findings Group UID (Trial)';{$endif} VType: dvUI; Src: dsDeprecated ), (Group: $0040; Element: $A023; {$ifdef IEDICOMDESC}Desc: 'Findings Group Recording Date (Trial)';{$endif} VType: dvDA; Src: dsDeprecated ), (Group: $0040; Element: $A024; {$ifdef IEDICOMDESC}Desc: 'Findings Group Recording Time (Trial)';{$endif} VType: dvTM; Src: dsDeprecated ), (Group: $0040; Element: $A026; {$ifdef IEDICOMDESC}Desc: 'Findings Source Category Code Sequence (Trial)';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0040; Element: $A027; {$ifdef IEDICOMDESC}Desc: 'Verifying Organization';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0040; Element: $A028; {$ifdef IEDICOMDESC}Desc: 'Documenting Organization Identifier Code Sequence (Trial)';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0040; Element: $A030; {$ifdef IEDICOMDESC}Desc: 'Verification Date/Time';{$endif} VType: dvDT; Src: dsStandard ), (Group: $0040; Element: $A032; {$ifdef IEDICOMDESC}Desc: 'Observation Date/Time';{$endif} VType: dvDT; Src: dsStandard ), (Group: $0040; Element: $A040; {$ifdef IEDICOMDESC}Desc: 'Value Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0040; Element: $A043; {$ifdef IEDICOMDESC}Desc: 'Concept Name Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $A047; {$ifdef IEDICOMDESC}Desc: 'Measurement Precision Description (Trial)';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0040; Element: $A050; {$ifdef IEDICOMDESC}Desc: 'Continuity of Content';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0040; Element: $A057; {$ifdef IEDICOMDESC}Desc: 'Urgency or Priority Alerts (Trial)';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0040; Element: $A060; {$ifdef IEDICOMDESC}Desc: 'Sequencing Indicator (Trial)';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0040; Element: $A066; {$ifdef IEDICOMDESC}Desc: 'Document Identifier Code Sequence (Trial)';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0040; Element: $A067; {$ifdef IEDICOMDESC}Desc: 'Document Author (Trial)';{$endif} VType: dvPN; Src: dsDeprecated ), (Group: $0040; Element: $A068; {$ifdef IEDICOMDESC}Desc: 'Document Author Identifier Code Sequence (Trial)';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0040; Element: $A070; {$ifdef IEDICOMDESC}Desc: 'Identifier Code Sequence (Trial)';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0040; Element: $A073; {$ifdef IEDICOMDESC}Desc: 'Verifying Observer Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $A074; {$ifdef IEDICOMDESC}Desc: 'Object Binary Identifier (Trial)';{$endif} VType: dvOB; Src: dsDeprecated ), (Group: $0040; Element: $A075; {$ifdef IEDICOMDESC}Desc: 'Verifying Observer Name';{$endif} VType: dvPN; Src: dsStandard ), (Group: $0040; Element: $A076; {$ifdef IEDICOMDESC}Desc: 'Documenting Observer Identifier Code Sequence (Trial)';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0040; Element: $A078; {$ifdef IEDICOMDESC}Desc: 'Author Observer Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $A07A; {$ifdef IEDICOMDESC}Desc: 'Participant Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $A07C; {$ifdef IEDICOMDESC}Desc: 'Custodial Organization Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $A080; {$ifdef IEDICOMDESC}Desc: 'Participation Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0040; Element: $A082; {$ifdef IEDICOMDESC}Desc: 'Participation Date/Time';{$endif} VType: dvDT; Src: dsStandard ), (Group: $0040; Element: $A084; {$ifdef IEDICOMDESC}Desc: 'Observer Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0040; Element: $A085; {$ifdef IEDICOMDESC}Desc: 'Procedure Identifier Code Sequence (Trial)';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0040; Element: $A088; {$ifdef IEDICOMDESC}Desc: 'Verifying Observer Identification Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $A089; {$ifdef IEDICOMDESC}Desc: 'Object Directory Binary Identifier (Trial)';{$endif} VType: dvOB; Src: dsDeprecated ), (Group: $0040; Element: $A090; {$ifdef IEDICOMDESC}Desc: 'Equivalent CDA Document Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0040; Element: $A0A0; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvCS; Src: dsProprietary ), (Group: $0040; Element: $A0B0; {$ifdef IEDICOMDESC}Desc: 'Referenced Waveform Channels';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0040; Element: $A110; {$ifdef IEDICOMDESC}Desc: 'Date of Document or Verbal Transaction (Trial)';{$endif} VType: dvDA; Src: dsDeprecated ), (Group: $0040; Element: $A112; {$ifdef IEDICOMDESC}Desc: 'Time of Document Creation or Verbal Transaction (Trial)';{$endif} VType: dvTM; Src: dsDeprecated ), (Group: $0040; Element: $A120; {$ifdef IEDICOMDESC}Desc: 'Date/Time';{$endif} VType: dvDT; Src: dsStandard ), (Group: $0040; Element: $A121; {$ifdef IEDICOMDESC}Desc: 'Date';{$endif} VType: dvDA; Src: dsStandard ), (Group: $0040; Element: $A122; {$ifdef IEDICOMDESC}Desc: 'Time';{$endif} VType: dvTM; Src: dsStandard ), (Group: $0040; Element: $A123; {$ifdef IEDICOMDESC}Desc: 'Person Name';{$endif} VType: dvPN; Src: dsStandard ), (Group: $0040; Element: $A124; {$ifdef IEDICOMDESC}Desc: 'UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0040; Element: $A125; {$ifdef IEDICOMDESC}Desc: 'Report Status ID (Trial)';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0040; Element: $A130; {$ifdef IEDICOMDESC}Desc: 'Temporal Range Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0040; Element: $A132; {$ifdef IEDICOMDESC}Desc: 'Referenced Sample Positions';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0040; Element: $A136; {$ifdef IEDICOMDESC}Desc: 'Referenced Frame Numbers';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0040; Element: $A138; {$ifdef IEDICOMDESC}Desc: 'Referenced Time Offsets';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0040; Element: $A13A; {$ifdef IEDICOMDESC}Desc: 'Referenced Date/Time';{$endif} VType: dvDT; Src: dsStandard ), (Group: $0040; Element: $A160; {$ifdef IEDICOMDESC}Desc: 'Text Value';{$endif} VType: dvUT; Src: dsStandard ), (Group: $0040; Element: $A161; {$ifdef IEDICOMDESC}Desc: 'Floating Point Value';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0040; Element: $A162; {$ifdef IEDICOMDESC}Desc: 'Rational Numerator Value';{$endif} VType: dvSL; Src: dsStandard ), (Group: $0040; Element: $A163; {$ifdef IEDICOMDESC}Desc: 'Rational Denominator Value';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0040; Element: $A167; {$ifdef IEDICOMDESC}Desc: 'Observation Category Code Sequence (Trial)';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0040; Element: $A168; {$ifdef IEDICOMDESC}Desc: 'Concept Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $A16A; {$ifdef IEDICOMDESC}Desc: 'Bibliographic Citation (Trial)';{$endif} VType: dvST; Src: dsDeprecated ), (Group: $0040; Element: $A170; {$ifdef IEDICOMDESC}Desc: 'Purpose of Reference Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $A171; {$ifdef IEDICOMDESC}Desc: 'Observation UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0040; Element: $A172; {$ifdef IEDICOMDESC}Desc: 'Referenced Observation UID (Trial)';{$endif} VType: dvUI; Src: dsDeprecated ), (Group: $0040; Element: $A173; {$ifdef IEDICOMDESC}Desc: 'Referenced Observation Class (Trial)';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0040; Element: $A174; {$ifdef IEDICOMDESC}Desc: 'Referenced Object Observation Class (Trial)';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0040; Element: $A180; {$ifdef IEDICOMDESC}Desc: 'Annotation Group Number';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0040; Element: $A192; {$ifdef IEDICOMDESC}Desc: 'Observation Date (Trial)';{$endif} VType: dvDA; Src: dsDeprecated ), (Group: $0040; Element: $A193; {$ifdef IEDICOMDESC}Desc: 'Observation Time (Trial)';{$endif} VType: dvTM; Src: dsDeprecated ), (Group: $0040; Element: $A194; {$ifdef IEDICOMDESC}Desc: 'Measurement Automation (Trial)';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0040; Element: $A195; {$ifdef IEDICOMDESC}Desc: 'Modifier Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $A224; {$ifdef IEDICOMDESC}Desc: 'Identification Description (Trial)';{$endif} VType: dvST; Src: dsDeprecated ), (Group: $0040; Element: $A290; {$ifdef IEDICOMDESC}Desc: 'Coordinates Set Geometric Type (Trial)';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0040; Element: $A296; {$ifdef IEDICOMDESC}Desc: 'Algorithm Code Sequence (Trial)';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0040; Element: $A297; {$ifdef IEDICOMDESC}Desc: 'Algorithm Description (Trial)';{$endif} VType: dvST; Src: dsDeprecated ), (Group: $0040; Element: $A29A; {$ifdef IEDICOMDESC}Desc: 'Pixel Coordinates Set (Trial)';{$endif} VType: dvSL; Src: dsDeprecated ), (Group: $0040; Element: $A300; {$ifdef IEDICOMDESC}Desc: 'Measured Value Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $A301; {$ifdef IEDICOMDESC}Desc: 'Numeric Value Qualifier Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $A307; {$ifdef IEDICOMDESC}Desc: 'Current Observer (Trial)';{$endif} VType: dvPN; Src: dsDeprecated ), (Group: $0040; Element: $A30A; {$ifdef IEDICOMDESC}Desc: 'Numeric Value';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0040; Element: $A313; {$ifdef IEDICOMDESC}Desc: 'Referenced Accession Sequence (Trial)';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0040; Element: $A33A; {$ifdef IEDICOMDESC}Desc: 'Report Status Comment (Trial)';{$endif} VType: dvST; Src: dsDeprecated ), (Group: $0040; Element: $A340; {$ifdef IEDICOMDESC}Desc: 'Procedure Context Sequence (Trial)';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0040; Element: $A352; {$ifdef IEDICOMDESC}Desc: 'Verbal Source (Trial)';{$endif} VType: dvPN; Src: dsDeprecated ), (Group: $0040; Element: $A353; {$ifdef IEDICOMDESC}Desc: 'Address (Trial)';{$endif} VType: dvST; Src: dsDeprecated ), (Group: $0040; Element: $A354; {$ifdef IEDICOMDESC}Desc: 'Telephone Number (Trial)';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0040; Element: $A358; {$ifdef IEDICOMDESC}Desc: 'Verbal Source Identifier Code Sequence (Trial)';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0040; Element: $A360; {$ifdef IEDICOMDESC}Desc: 'Predecessor Documents Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $A370; {$ifdef IEDICOMDESC}Desc: 'Referenced Request Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $A372; {$ifdef IEDICOMDESC}Desc: 'Performed Procedure Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $A375; {$ifdef IEDICOMDESC}Desc: 'Current Requested Procedure Evidence Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $A380; {$ifdef IEDICOMDESC}Desc: 'Report Detail Sequence (Trial)';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0040; Element: $A385; {$ifdef IEDICOMDESC}Desc: 'Pertinent Other Evidence Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $A390; {$ifdef IEDICOMDESC}Desc: 'HL7 Structured Document Reference Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $A402; {$ifdef IEDICOMDESC}Desc: 'Observation Subject UID (Trial)';{$endif} VType: dvUI; Src: dsDeprecated ), (Group: $0040; Element: $A403; {$ifdef IEDICOMDESC}Desc: 'Observation Subject Class (Trial)';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0040; Element: $A404; {$ifdef IEDICOMDESC}Desc: 'Observation Subject Type Code Sequence (Trial)';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0040; Element: $A491; {$ifdef IEDICOMDESC}Desc: 'Completion Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0040; Element: $A492; {$ifdef IEDICOMDESC}Desc: 'Completion Flag Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0040; Element: $A493; {$ifdef IEDICOMDESC}Desc: 'Verification Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0040; Element: $A494; {$ifdef IEDICOMDESC}Desc: 'Archive Requested';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0040; Element: $A496; {$ifdef IEDICOMDESC}Desc: 'Preliminary Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0040; Element: $A504; {$ifdef IEDICOMDESC}Desc: 'Content Template Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $A525; {$ifdef IEDICOMDESC}Desc: 'Identical Documents Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $A600; {$ifdef IEDICOMDESC}Desc: 'Observation Subject Context Flag (Trial)';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0040; Element: $A601; {$ifdef IEDICOMDESC}Desc: 'Observer Context Flag (Trial)';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0040; Element: $A603; {$ifdef IEDICOMDESC}Desc: 'Procedure Context Flag (Trial)';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0040; Element: $A730; {$ifdef IEDICOMDESC}Desc: 'Content Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $A731; {$ifdef IEDICOMDESC}Desc: 'Relationship Sequence (Trial)';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0040; Element: $A732; {$ifdef IEDICOMDESC}Desc: 'Relationship Type Code Sequence (Trial)';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0040; Element: $A744; {$ifdef IEDICOMDESC}Desc: 'Language Code Sequence (Trial)';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0040; Element: $A992; {$ifdef IEDICOMDESC}Desc: 'Uniform Resource Locator (Trial)';{$endif} VType: dvST; Src: dsDeprecated ), (Group: $0040; Element: $B020; {$ifdef IEDICOMDESC}Desc: 'Waveform Annotation Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $DB00; {$ifdef IEDICOMDESC}Desc: 'Template Identifier';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0040; Element: $DB06; {$ifdef IEDICOMDESC}Desc: 'Template Version';{$endif} VType: dvDT; Src: dsDeprecated ), (Group: $0040; Element: $DB07; {$ifdef IEDICOMDESC}Desc: 'Template Local Version';{$endif} VType: dvDT; Src: dsDeprecated ), (Group: $0040; Element: $DB0B; {$ifdef IEDICOMDESC}Desc: 'Template Extension Flag';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0040; Element: $DB0C; {$ifdef IEDICOMDESC}Desc: 'Template Extension Organization UID';{$endif} VType: dvUI; Src: dsDeprecated ), (Group: $0040; Element: $DB0D; {$ifdef IEDICOMDESC}Desc: 'Template Extension Creator UID';{$endif} VType: dvUI; Src: dsDeprecated ), (Group: $0040; Element: $DB73; {$ifdef IEDICOMDESC}Desc: 'Referenced Content Item Identifier';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0040; Element: $E001; {$ifdef IEDICOMDESC}Desc: 'HL7 Instance Identifier';{$endif} VType: dvST; Src: dsStandard ), (Group: $0040; Element: $E004; {$ifdef IEDICOMDESC}Desc: 'HL7 Document Effective Time';{$endif} VType: dvDT; Src: dsStandard ), (Group: $0040; Element: $E006; {$ifdef IEDICOMDESC}Desc: 'HL7 Document Type Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $E008; {$ifdef IEDICOMDESC}Desc: 'Document Class Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $E010; {$ifdef IEDICOMDESC}Desc: 'Retrieve URI';{$endif} VType: dvUR; Src: dsStandard ), (Group: $0040; Element: $E011; {$ifdef IEDICOMDESC}Desc: 'Retrieve Location UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0040; Element: $E020; {$ifdef IEDICOMDESC}Desc: 'Type of Instances';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0040; Element: $E021; {$ifdef IEDICOMDESC}Desc: 'DICOM Retrieval Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $E022; {$ifdef IEDICOMDESC}Desc: 'DICOM Media Retrieval Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $E023; {$ifdef IEDICOMDESC}Desc: 'WADO Retrieval Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $E024; {$ifdef IEDICOMDESC}Desc: 'XDS Retrieval Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0040; Element: $E030; {$ifdef IEDICOMDESC}Desc: 'Repository Unique ID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0040; Element: $E031; {$ifdef IEDICOMDESC}Desc: 'Home Community ID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0041; Element: $0000; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0041; Element: $0010; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0041; Element: $0011; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0041; Element: $0012; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $0041; Element: $0013; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSQ; Src: dsProprietary ), (Group: $0041; Element: $0014; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSQ; Src: dsProprietary ), (Group: $0041; Element: $0015; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0041; Element: $0020; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0041; Element: $0021; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUI; Src: dsProprietary ), (Group: $0041; Element: $0022; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUI; Src: dsProprietary ), (Group: $0041; Element: $0030; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0041; Element: $0031; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0041; Element: $0032; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0041; Element: $0034; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDA; Src: dsProprietary ), (Group: $0041; Element: $0036; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvTM; Src: dsProprietary ), (Group: $0041; Element: $0040; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0041; Element: $0041; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUI; Src: dsProprietary ), (Group: $0041; Element: $0042; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUI; Src: dsProprietary ), (Group: $0041; Element: $0050; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0041; Element: $0060; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $0041; Element: $0062; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $0041; Element: $00A0; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0041; Element: $00A1; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0041; Element: $00A2; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0041; Element: $00A3; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $0041; Element: $00B0; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0041; Element: $00B1; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0041; Element: $00B2; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $0041; Element: $00B3; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $0042; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Document Title';{$endif} VType: dvST; Src: dsStandard ), (Group: $0042; Element: $0011; {$ifdef IEDICOMDESC}Desc: 'Encapsulated Document';{$endif} VType: dvOB; Src: dsStandard ), (Group: $0042; Element: $0012; {$ifdef IEDICOMDESC}Desc: 'MIME Type of Encapsulated Document';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0042; Element: $0013; {$ifdef IEDICOMDESC}Desc: 'Source Instance Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0042; Element: $0014; {$ifdef IEDICOMDESC}Desc: 'List of MIME Types';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0043; Element: $0001; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0043; Element: $0002; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0043; Element: $0003; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0043; Element: $0004; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0043; Element: $0005; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0043; Element: $0006; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0043; Element: $0007; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0043; Element: $0008; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0043; Element: $0009; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0043; Element: $000A; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0043; Element: $000B; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0043; Element: $000C; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0043; Element: $000D; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0043; Element: $000E; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0043; Element: $000F; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0043; Element: $0010; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0043; Element: $0011; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0043; Element: $0012; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0043; Element: $0013; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0043; Element: $0014; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0043; Element: $0015; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0043; Element: $0016; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0043; Element: $0017; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0043; Element: $0018; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0043; Element: $0019; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0043; Element: $001A; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0043; Element: $001B; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0043; Element: $001C; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0043; Element: $001D; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0043; Element: $001E; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0043; Element: $001F; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0043; Element: $0020; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0043; Element: $0021; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0043; Element: $0025; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0043; Element: $0026; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0043; Element: $0027; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0043; Element: $0028; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvOB; Src: dsProprietary ), (Group: $0043; Element: $0029; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvOB; Src: dsProprietary ), (Group: $0043; Element: $002A; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvOB; Src: dsProprietary ), (Group: $0043; Element: $002B; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0043; Element: $002C; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0043; Element: $002D; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSH; Src: dsProprietary ), (Group: $0043; Element: $002E; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSH; Src: dsProprietary ), (Group: $0043; Element: $002F; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0043; Element: $0030; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0043; Element: $0031; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0043; Element: $0032; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0043; Element: $0033; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvFL; Src: dsProprietary ), (Group: $0043; Element: $0034; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0043; Element: $0035; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $0043; Element: $0036; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $0043; Element: $0037; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $0043; Element: $0038; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvFL; Src: dsProprietary ), (Group: $0043; Element: $0039; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0043; Element: $0040; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvFL; Src: dsProprietary ), (Group: $0043; Element: $0041; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvFL; Src: dsProprietary ), (Group: $0043; Element: $0042; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0043; Element: $0043; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0043; Element: $0044; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0043; Element: $0045; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0043; Element: $0046; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0043; Element: $0047; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0043; Element: $0048; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0043; Element: $0049; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0043; Element: $004A; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0043; Element: $004B; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0043; Element: $004C; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSS; Src: dsProprietary ), (Group: $0043; Element: $004D; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvFL; Src: dsProprietary ), (Group: $0043; Element: $004E; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvFL; Src: dsProprietary ), (Group: $0043; Element: $1000; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLO; Src: dsProprietary ), (Group: $0043; Element: $1001; {$ifdef IEDICOMDESC}Desc: 'Bitmap of Prescan Options';{$endif} VType: dvLO; Src: dsProprietary ), (Group: $0044; Element: $0000; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUI; Src: dsProprietary ), (Group: $0044; Element: $0001; {$ifdef IEDICOMDESC}Desc: 'Product Package Identifier';{$endif} VType: dvST; Src: dsStandard ), (Group: $0044; Element: $0002; {$ifdef IEDICOMDESC}Desc: 'Substance Administration Approval';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0044; Element: $0003; {$ifdef IEDICOMDESC}Desc: 'Approval Status Further Description';{$endif} VType: dvLT; Src: dsStandard ), (Group: $0044; Element: $0004; {$ifdef IEDICOMDESC}Desc: 'Approval Status Date/Time';{$endif} VType: dvDT; Src: dsStandard ), (Group: $0044; Element: $0007; {$ifdef IEDICOMDESC}Desc: 'Product Type Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0044; Element: $0008; {$ifdef IEDICOMDESC}Desc: 'Product Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0044; Element: $0009; {$ifdef IEDICOMDESC}Desc: 'Product Description';{$endif} VType: dvLT; Src: dsStandard ), (Group: $0044; Element: $000A; {$ifdef IEDICOMDESC}Desc: 'Product Lot Identifier';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0044; Element: $000B; {$ifdef IEDICOMDESC}Desc: 'Product Expiration Date/Time';{$endif} VType: dvDT; Src: dsStandard ), (Group: $0044; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Substance Administration Date/Time';{$endif} VType: dvDT; Src: dsStandard ), (Group: $0044; Element: $0011; {$ifdef IEDICOMDESC}Desc: 'Substance Administration Notes';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0044; Element: $0012; {$ifdef IEDICOMDESC}Desc: 'Substance Administration Device ID';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0044; Element: $0013; {$ifdef IEDICOMDESC}Desc: 'Product Parameter Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0044; Element: $0019; {$ifdef IEDICOMDESC}Desc: 'Substance Administration Parameter Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0045; Element: $0004; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvCS; Src: dsProprietary ), (Group: $0045; Element: $0006; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0045; Element: $0009; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0045; Element: $000B; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvCS; Src: dsProprietary ), (Group: $0045; Element: $000C; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0045; Element: $000D; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0045; Element: $0011; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0045; Element: $0012; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0045; Element: $0013; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvST; Src: dsProprietary ), (Group: $0045; Element: $0014; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0045; Element: $0015; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0045; Element: $0016; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0045; Element: $001B; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvCS; Src: dsProprietary ), (Group: $0045; Element: $001D; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0045; Element: $001E; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0045; Element: $001F; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0045; Element: $0020; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0045; Element: $0021; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0045; Element: $0022; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0045; Element: $0023; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0045; Element: $0024; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0045; Element: $0025; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0045; Element: $0026; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvOB; Src: dsProprietary ), (Group: $0045; Element: $0027; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0045; Element: $0028; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvCS; Src: dsProprietary ), (Group: $0045; Element: $0029; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0045; Element: $002A; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0045; Element: $002B; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0045; Element: $0039; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0045; Element: $003A; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0045; Element: $003B; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0045; Element: $003C; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0045; Element: $003D; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0045; Element: $003E; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0045; Element: $003F; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvOB; Src: dsProprietary ), (Group: $0046; Element: $0012; {$ifdef IEDICOMDESC}Desc: 'Lens Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0046; Element: $0014; {$ifdef IEDICOMDESC}Desc: 'Right Lens Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0046; Element: $0015; {$ifdef IEDICOMDESC}Desc: 'Left Lens Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0046; Element: $0016; {$ifdef IEDICOMDESC}Desc: 'Unspecified Laterality Lens Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0046; Element: $0018; {$ifdef IEDICOMDESC}Desc: 'Cylinder Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0046; Element: $0028; {$ifdef IEDICOMDESC}Desc: 'Prism Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0046; Element: $0030; {$ifdef IEDICOMDESC}Desc: 'Horizontal Prism Power';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0046; Element: $0032; {$ifdef IEDICOMDESC}Desc: 'Horizontal Prism Base';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0046; Element: $0034; {$ifdef IEDICOMDESC}Desc: 'Vertical Prism Power';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0046; Element: $0036; {$ifdef IEDICOMDESC}Desc: 'Vertical Prism Base';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0046; Element: $0038; {$ifdef IEDICOMDESC}Desc: 'Lens Segment Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0046; Element: $0040; {$ifdef IEDICOMDESC}Desc: 'Optical Transmittance';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0046; Element: $0042; {$ifdef IEDICOMDESC}Desc: 'Channel Width';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0046; Element: $0044; {$ifdef IEDICOMDESC}Desc: 'Pupil Size';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0046; Element: $0046; {$ifdef IEDICOMDESC}Desc: 'Corneal Size';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0046; Element: $0050; {$ifdef IEDICOMDESC}Desc: 'Autorefraction Right Eye Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0046; Element: $0052; {$ifdef IEDICOMDESC}Desc: 'Autorefraction Left Eye Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0046; Element: $0060; {$ifdef IEDICOMDESC}Desc: 'Distance Pupillary Distance';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0046; Element: $0062; {$ifdef IEDICOMDESC}Desc: 'Near Pupillary Distance';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0046; Element: $0063; {$ifdef IEDICOMDESC}Desc: 'Intermediate Pupillary Distance';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0046; Element: $0064; {$ifdef IEDICOMDESC}Desc: 'Other Pupillary Distance';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0046; Element: $0070; {$ifdef IEDICOMDESC}Desc: 'Keratometry Right Eye Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0046; Element: $0071; {$ifdef IEDICOMDESC}Desc: 'Keratometry Left Eye Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0046; Element: $0074; {$ifdef IEDICOMDESC}Desc: 'Steep Keratometric Axis Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0046; Element: $0075; {$ifdef IEDICOMDESC}Desc: 'Radius of Curvature';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0046; Element: $0076; {$ifdef IEDICOMDESC}Desc: 'Keratometric Power';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0046; Element: $0077; {$ifdef IEDICOMDESC}Desc: 'Keratometric Axis';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0046; Element: $0080; {$ifdef IEDICOMDESC}Desc: 'Flat Keratometric Axis Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0046; Element: $0092; {$ifdef IEDICOMDESC}Desc: 'Background Color';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0046; Element: $0094; {$ifdef IEDICOMDESC}Desc: 'Optotype';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0046; Element: $0095; {$ifdef IEDICOMDESC}Desc: 'Optotype Presentation';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0046; Element: $0097; {$ifdef IEDICOMDESC}Desc: 'Subjective Refraction Right Eye Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0046; Element: $0098; {$ifdef IEDICOMDESC}Desc: 'Subjective Refraction Left Eye Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0046; Element: $0100; {$ifdef IEDICOMDESC}Desc: 'Add Near Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0046; Element: $0101; {$ifdef IEDICOMDESC}Desc: 'Add Intermediate Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0046; Element: $0102; {$ifdef IEDICOMDESC}Desc: 'Add Other Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0046; Element: $0104; {$ifdef IEDICOMDESC}Desc: 'Add Power';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0046; Element: $0106; {$ifdef IEDICOMDESC}Desc: 'Viewing Distance';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0046; Element: $0121; {$ifdef IEDICOMDESC}Desc: 'Visual Acuity Type Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0046; Element: $0122; {$ifdef IEDICOMDESC}Desc: 'Visual Acuity Right Eye Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0046; Element: $0123; {$ifdef IEDICOMDESC}Desc: 'Visual Acuity Left Eye Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0046; Element: $0124; {$ifdef IEDICOMDESC}Desc: 'Visual Acuity Both Eyes Open Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0046; Element: $0125; {$ifdef IEDICOMDESC}Desc: 'Viewing Distance Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0046; Element: $0135; {$ifdef IEDICOMDESC}Desc: 'Visual Acuity Modifiers';{$endif} VType: dvSS; Src: dsStandard ), (Group: $0046; Element: $0137; {$ifdef IEDICOMDESC}Desc: 'Decimal Visual Acuity';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0046; Element: $0139; {$ifdef IEDICOMDESC}Desc: 'Optotype Detailed Definition';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0046; Element: $0145; {$ifdef IEDICOMDESC}Desc: 'Referenced Refractive Measurements Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0046; Element: $0146; {$ifdef IEDICOMDESC}Desc: 'Sphere Power';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0046; Element: $0147; {$ifdef IEDICOMDESC}Desc: 'Cylinder Power';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0046; Element: $0201; {$ifdef IEDICOMDESC}Desc: 'Corneal Topography Surface';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0046; Element: $0202; {$ifdef IEDICOMDESC}Desc: 'Corneal Vertex Location';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0046; Element: $0203; {$ifdef IEDICOMDESC}Desc: 'Pupil Centroid X-Coordinate';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0046; Element: $0204; {$ifdef IEDICOMDESC}Desc: 'Pupil Centroid Y-Coordinate';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0046; Element: $0205; {$ifdef IEDICOMDESC}Desc: 'Equivalent Pupil Radius';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0046; Element: $0207; {$ifdef IEDICOMDESC}Desc: 'Corneal Topography Map Type Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0046; Element: $0208; {$ifdef IEDICOMDESC}Desc: 'Vertices of the Outline of Pupil';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0046; Element: $0210; {$ifdef IEDICOMDESC}Desc: 'Corneal Topography Mapping Normals Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0046; Element: $0211; {$ifdef IEDICOMDESC}Desc: 'Maximum Corneal Curvature Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0046; Element: $0212; {$ifdef IEDICOMDESC}Desc: 'Maximum Corneal Curvature';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0046; Element: $0213; {$ifdef IEDICOMDESC}Desc: 'Maximum Corneal Curvature Location';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0046; Element: $0215; {$ifdef IEDICOMDESC}Desc: 'Minimum Keratometric Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0046; Element: $0218; {$ifdef IEDICOMDESC}Desc: 'Simulated Keratometric Cylinder Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0046; Element: $0220; {$ifdef IEDICOMDESC}Desc: 'Average Corneal Power';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0046; Element: $0224; {$ifdef IEDICOMDESC}Desc: 'Corneal I-S Value';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0046; Element: $0227; {$ifdef IEDICOMDESC}Desc: 'Analyzed Area';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0046; Element: $0230; {$ifdef IEDICOMDESC}Desc: 'Surface Regularity Index';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0046; Element: $0232; {$ifdef IEDICOMDESC}Desc: 'Surface Asymmetry Index';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0046; Element: $0234; {$ifdef IEDICOMDESC}Desc: 'Corneal Eccentricity Index';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0046; Element: $0236; {$ifdef IEDICOMDESC}Desc: 'Keratoconus Prediction Index';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0046; Element: $0238; {$ifdef IEDICOMDESC}Desc: 'Decimal Potential Visual Acuity';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0046; Element: $0242; {$ifdef IEDICOMDESC}Desc: 'Corneal Topography Map Quality Evaluation';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0046; Element: $0244; {$ifdef IEDICOMDESC}Desc: 'Source Image Corneal Processed Data Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0046; Element: $0247; {$ifdef IEDICOMDESC}Desc: 'Corneal Point Location';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0046; Element: $0248; {$ifdef IEDICOMDESC}Desc: 'Corneal Point Estimated';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0046; Element: $0249; {$ifdef IEDICOMDESC}Desc: 'Axial Power';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0046; Element: $0250; {$ifdef IEDICOMDESC}Desc: 'Tangential Power';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0046; Element: $0251; {$ifdef IEDICOMDESC}Desc: 'Refractive Power';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0046; Element: $0252; {$ifdef IEDICOMDESC}Desc: 'Relative Elevation';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0046; Element: $0253; {$ifdef IEDICOMDESC}Desc: 'Corneal Wavefront';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0047; Element: $0001; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSQ; Src: dsProprietary ), (Group: $0047; Element: $0050; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $0047; Element: $0051; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $0047; Element: $0053; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0047; Element: $0054; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0047; Element: $0055; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0047; Element: $0057; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0047; Element: $0058; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0047; Element: $0059; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0047; Element: $0060; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0047; Element: $0061; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0047; Element: $0063; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0047; Element: $0064; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0047; Element: $0065; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0047; Element: $0070; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0047; Element: $0071; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0047; Element: $0072; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0047; Element: $0080; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLO; Src: dsProprietary ), (Group: $0047; Element: $0085; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSQ; Src: dsProprietary ), (Group: $0047; Element: $0089; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0047; Element: $008A; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0047; Element: $008B; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0047; Element: $0091; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLO; Src: dsProprietary ), (Group: $0047; Element: $0092; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvCS; Src: dsProprietary ), (Group: $0047; Element: $0093; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDA; Src: dsProprietary ), (Group: $0047; Element: $0094; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvTM; Src: dsProprietary ), (Group: $0047; Element: $0095; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvCS; Src: dsProprietary ), (Group: $0047; Element: $0096; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0047; Element: $0098; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0047; Element: $0099; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSQ; Src: dsProprietary ), (Group: $0047; Element: $009A; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0047; Element: $009B; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0047; Element: $009C; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLO; Src: dsProprietary ), (Group: $0047; Element: $00B0; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSQ; Src: dsProprietary ), (Group: $0047; Element: $00B1; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0047; Element: $00B2; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $0047; Element: $00B5; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLO; Src: dsProprietary ), (Group: $0047; Element: $00B6; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLO; Src: dsProprietary ), (Group: $0047; Element: $00B7; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLO; Src: dsProprietary ), (Group: $0047; Element: $00B8; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0047; Element: $00B9; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0047; Element: $00BA; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSL; Src: dsProprietary ), (Group: $0047; Element: $00BB; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSQ; Src: dsProprietary ), (Group: $0047; Element: $00BC; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0047; Element: $00C0; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0047; Element: $00C1; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0047; Element: $00C2; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0047; Element: $00D1; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvOB; Src: dsProprietary ), (Group: $0047; Element: $00D2; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvOB; Src: dsProprietary ), (Group: $0047; Element: $00D3; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvOB; Src: dsProprietary ), (Group: $0047; Element: $00D4; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvOB; Src: dsProprietary ), (Group: $0047; Element: $00D5; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvOB; Src: dsProprietary ), (Group: $0048; Element: $0001; {$ifdef IEDICOMDESC}Desc: 'Imaged Volume Width';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0048; Element: $0002; {$ifdef IEDICOMDESC}Desc: 'Imaged Volume Height';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0048; Element: $0003; {$ifdef IEDICOMDESC}Desc: 'Imaged Volume Depth';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0048; Element: $0006; {$ifdef IEDICOMDESC}Desc: 'Total Pixel Matrix Columns';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0048; Element: $0007; {$ifdef IEDICOMDESC}Desc: 'Total Pixel Matrix Rows';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0048; Element: $0008; {$ifdef IEDICOMDESC}Desc: 'Total Pixel Matrix Origin Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0048; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Specimen Label in Image';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0048; Element: $0011; {$ifdef IEDICOMDESC}Desc: 'Focus Method';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0048; Element: $0012; {$ifdef IEDICOMDESC}Desc: 'Extended Depth of Field';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0048; Element: $0013; {$ifdef IEDICOMDESC}Desc: 'Number of Focal Planes';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0048; Element: $0014; {$ifdef IEDICOMDESC}Desc: 'Distance Between Focal Planes';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0048; Element: $0015; {$ifdef IEDICOMDESC}Desc: 'Recommended Absent Pixel CIELab Value';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0048; Element: $0100; {$ifdef IEDICOMDESC}Desc: 'Illuminator Type Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0048; Element: $0102; {$ifdef IEDICOMDESC}Desc: 'Image Orientation (Slide)';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0048; Element: $0105; {$ifdef IEDICOMDESC}Desc: 'Optical Path Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0048; Element: $0106; {$ifdef IEDICOMDESC}Desc: 'Optical Path Identifier';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0048; Element: $0107; {$ifdef IEDICOMDESC}Desc: 'Optical Path Description';{$endif} VType: dvST; Src: dsStandard ), (Group: $0048; Element: $0108; {$ifdef IEDICOMDESC}Desc: 'Illumination Color Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0048; Element: $0110; {$ifdef IEDICOMDESC}Desc: 'Specimen Reference Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0048; Element: $0111; {$ifdef IEDICOMDESC}Desc: 'Condenser Lens Power';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0048; Element: $0112; {$ifdef IEDICOMDESC}Desc: 'Objective Lens Power';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0048; Element: $0113; {$ifdef IEDICOMDESC}Desc: 'Objective Lens Numerical Aperture';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0048; Element: $0120; {$ifdef IEDICOMDESC}Desc: 'Palette Color Lookup Table Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0048; Element: $0200; {$ifdef IEDICOMDESC}Desc: 'Referenced Image Navigation Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0048; Element: $0201; {$ifdef IEDICOMDESC}Desc: 'Top Left Hand Corner of Localizer Area';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0048; Element: $0202; {$ifdef IEDICOMDESC}Desc: 'Bottom Right Hand Corner of Localizer Area';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0048; Element: $0207; {$ifdef IEDICOMDESC}Desc: 'Optical Path Identification Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0048; Element: $021A; {$ifdef IEDICOMDESC}Desc: 'Plane Position (Slide) Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0048; Element: $021E; {$ifdef IEDICOMDESC}Desc: 'Column Position in Total Image Pixel Matrix';{$endif} VType: dvSL; Src: dsStandard ), (Group: $0048; Element: $021F; {$ifdef IEDICOMDESC}Desc: 'Row Position in Total Image Pixel Matrix';{$endif} VType: dvSL; Src: dsStandard ), (Group: $0048; Element: $0301; {$ifdef IEDICOMDESC}Desc: 'Pixel Origin Interpretation';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0050; Element: $0000; {$ifdef IEDICOMDESC}Desc: 'X-Ray Angio Device Group Length';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $0050; Element: $0004; {$ifdef IEDICOMDESC}Desc: 'Calibration Image';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0050; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Device Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0050; Element: $0012; {$ifdef IEDICOMDESC}Desc: 'Container Component Type Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0050; Element: $0013; {$ifdef IEDICOMDESC}Desc: 'Container Component Thickness';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0050; Element: $0014; {$ifdef IEDICOMDESC}Desc: 'Device Length';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0050; Element: $0015; {$ifdef IEDICOMDESC}Desc: 'Container Component Width';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0050; Element: $0016; {$ifdef IEDICOMDESC}Desc: 'Device Diameter';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0050; Element: $0017; {$ifdef IEDICOMDESC}Desc: 'Device Diameter Units';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0050; Element: $0018; {$ifdef IEDICOMDESC}Desc: 'Device Volume';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0050; Element: $0019; {$ifdef IEDICOMDESC}Desc: 'Inter-Marker Distance';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0050; Element: $001A; {$ifdef IEDICOMDESC}Desc: 'Container Component Material';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0050; Element: $001B; {$ifdef IEDICOMDESC}Desc: 'Container Component ID';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0050; Element: $001C; {$ifdef IEDICOMDESC}Desc: 'Container Component Length';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0050; Element: $001D; {$ifdef IEDICOMDESC}Desc: 'Container Component Diameter';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0050; Element: $001E; {$ifdef IEDICOMDESC}Desc: 'Container Component Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0050; Element: $0020; {$ifdef IEDICOMDESC}Desc: 'Device Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0050; Element: $0030; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSQ; Src: dsProprietary ), (Group: $0051; Element: $0010; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $0052; Element: $0001; {$ifdef IEDICOMDESC}Desc: 'Contrast/Bolus Ingredient Percent by Volume';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0052; Element: $0002; {$ifdef IEDICOMDESC}Desc: 'OCT Focal Distance';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0052; Element: $0003; {$ifdef IEDICOMDESC}Desc: 'Beam Spot Size';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0052; Element: $0004; {$ifdef IEDICOMDESC}Desc: 'Effective Refractive Index';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0052; Element: $0006; {$ifdef IEDICOMDESC}Desc: 'OCT Acquisition Domain';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0052; Element: $0007; {$ifdef IEDICOMDESC}Desc: 'OCT Optical Center Wavelength';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0052; Element: $0008; {$ifdef IEDICOMDESC}Desc: 'Axial Resolution';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0052; Element: $0009; {$ifdef IEDICOMDESC}Desc: 'Ranging Depth';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0052; Element: $0011; {$ifdef IEDICOMDESC}Desc: 'A-line Rate';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0052; Element: $0012; {$ifdef IEDICOMDESC}Desc: 'A-lines per Frame';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0052; Element: $0013; {$ifdef IEDICOMDESC}Desc: 'Catheter Rotational Rate';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0052; Element: $0014; {$ifdef IEDICOMDESC}Desc: 'A-line Pixel Spacing';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0052; Element: $0016; {$ifdef IEDICOMDESC}Desc: 'Mode of Percutaneous Access Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0052; Element: $0025; {$ifdef IEDICOMDESC}Desc: 'Intravascular OCT Frame Type Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0052; Element: $0026; {$ifdef IEDICOMDESC}Desc: 'OCT Z Offset Applied';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0052; Element: $0027; {$ifdef IEDICOMDESC}Desc: 'Intravascular Frame Content Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0052; Element: $0028; {$ifdef IEDICOMDESC}Desc: 'Intravascular Longitudinal Distance';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0052; Element: $0029; {$ifdef IEDICOMDESC}Desc: 'Intravascular OCT Frame Content Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0052; Element: $0030; {$ifdef IEDICOMDESC}Desc: 'OCT Z Offset Correction';{$endif} VType: dvSS; Src: dsStandard ), (Group: $0052; Element: $0031; {$ifdef IEDICOMDESC}Desc: 'Catheter Direction of Rotation';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0052; Element: $0033; {$ifdef IEDICOMDESC}Desc: 'Seam Line Location';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0052; Element: $0034; {$ifdef IEDICOMDESC}Desc: 'First A-line Location';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0052; Element: $0036; {$ifdef IEDICOMDESC}Desc: 'Seam Line Index';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0052; Element: $0038; {$ifdef IEDICOMDESC}Desc: 'Number of Padded A-lines';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0052; Element: $0039; {$ifdef IEDICOMDESC}Desc: 'Interpolation Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0052; Element: $003A; {$ifdef IEDICOMDESC}Desc: 'Refractive Index Applied';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0054; Element: $0000; {$ifdef IEDICOMDESC}Desc: 'Nuclear Medicine Group Length';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $0054; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Energy Window Vector';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0054; Element: $0011; {$ifdef IEDICOMDESC}Desc: 'Number of Energy Windows';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0054; Element: $0012; {$ifdef IEDICOMDESC}Desc: 'Energy Window Information Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0054; Element: $0013; {$ifdef IEDICOMDESC}Desc: 'Energy Window Range Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0054; Element: $0014; {$ifdef IEDICOMDESC}Desc: 'Energy Window Lower Limit';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0054; Element: $0015; {$ifdef IEDICOMDESC}Desc: 'Energy Window Upper Limit';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0054; Element: $0016; {$ifdef IEDICOMDESC}Desc: 'Radiopharmaceutical Information Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0054; Element: $0017; {$ifdef IEDICOMDESC}Desc: 'Residual Syringe Counts';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0054; Element: $0018; {$ifdef IEDICOMDESC}Desc: 'Energy Window Name';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0054; Element: $0020; {$ifdef IEDICOMDESC}Desc: 'Detector Vector';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0054; Element: $0021; {$ifdef IEDICOMDESC}Desc: 'Number of Detectors';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0054; Element: $0022; {$ifdef IEDICOMDESC}Desc: 'Detector Information Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0054; Element: $0030; {$ifdef IEDICOMDESC}Desc: 'Phase Vector';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0054; Element: $0031; {$ifdef IEDICOMDESC}Desc: 'Number of Phases';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0054; Element: $0032; {$ifdef IEDICOMDESC}Desc: 'Phase Information Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0054; Element: $0033; {$ifdef IEDICOMDESC}Desc: 'Number of Frames in Phase';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0054; Element: $0036; {$ifdef IEDICOMDESC}Desc: 'Phase Delay';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0054; Element: $0038; {$ifdef IEDICOMDESC}Desc: 'Pause Between Frames';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0054; Element: $0039; {$ifdef IEDICOMDESC}Desc: 'Phase Description';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0054; Element: $0050; {$ifdef IEDICOMDESC}Desc: 'Rotation Vector';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0054; Element: $0051; {$ifdef IEDICOMDESC}Desc: 'Number of Rotations';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0054; Element: $0052; {$ifdef IEDICOMDESC}Desc: 'Rotation Information Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0054; Element: $0053; {$ifdef IEDICOMDESC}Desc: 'Number of Frames in Rotation';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0054; Element: $0060; {$ifdef IEDICOMDESC}Desc: 'R-R Interval Vector';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0054; Element: $0061; {$ifdef IEDICOMDESC}Desc: 'Number of R-R Intervals';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0054; Element: $0062; {$ifdef IEDICOMDESC}Desc: 'Gated Information Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0054; Element: $0063; {$ifdef IEDICOMDESC}Desc: 'Data Information Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0054; Element: $0070; {$ifdef IEDICOMDESC}Desc: 'Time Slot Vector';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0054; Element: $0071; {$ifdef IEDICOMDESC}Desc: 'Number of Time Slots';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0054; Element: $0072; {$ifdef IEDICOMDESC}Desc: 'Time Slot Information Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0054; Element: $0073; {$ifdef IEDICOMDESC}Desc: 'Time Slot Time';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0054; Element: $0080; {$ifdef IEDICOMDESC}Desc: 'Slice Vector';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0054; Element: $0081; {$ifdef IEDICOMDESC}Desc: 'Number of Slices';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0054; Element: $0090; {$ifdef IEDICOMDESC}Desc: 'Angular View Vector';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0054; Element: $0100; {$ifdef IEDICOMDESC}Desc: 'Time Slice Vector';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0054; Element: $0101; {$ifdef IEDICOMDESC}Desc: 'Number of Time Slices';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0054; Element: $0200; {$ifdef IEDICOMDESC}Desc: 'Start Angle';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0054; Element: $0202; {$ifdef IEDICOMDESC}Desc: 'Type of Detector Motion';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0054; Element: $0210; {$ifdef IEDICOMDESC}Desc: 'Trigger Vector';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0054; Element: $0211; {$ifdef IEDICOMDESC}Desc: 'Number of Triggers in Phase';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0054; Element: $0220; {$ifdef IEDICOMDESC}Desc: 'View Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0054; Element: $0222; {$ifdef IEDICOMDESC}Desc: 'View Modifier Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0054; Element: $0300; {$ifdef IEDICOMDESC}Desc: 'Radionuclide Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0054; Element: $0302; {$ifdef IEDICOMDESC}Desc: 'Administration Route Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0054; Element: $0304; {$ifdef IEDICOMDESC}Desc: 'Radiopharmaceutical Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0054; Element: $0306; {$ifdef IEDICOMDESC}Desc: 'Calibration Data Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0054; Element: $0308; {$ifdef IEDICOMDESC}Desc: 'Energy Window Number';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0054; Element: $0400; {$ifdef IEDICOMDESC}Desc: 'Image ID';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0054; Element: $0410; {$ifdef IEDICOMDESC}Desc: 'Patient Orientation Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0054; Element: $0412; {$ifdef IEDICOMDESC}Desc: 'Patient Orientation Modifier Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0054; Element: $0414; {$ifdef IEDICOMDESC}Desc: 'Patient Gantry Relationship Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0054; Element: $0500; {$ifdef IEDICOMDESC}Desc: 'Slice Progression Direction';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0054; Element: $0501; {$ifdef IEDICOMDESC}Desc: 'Scan Progression Direction';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0054; Element: $1000; {$ifdef IEDICOMDESC}Desc: 'Series Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0054; Element: $1001; {$ifdef IEDICOMDESC}Desc: 'Units';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0054; Element: $1002; {$ifdef IEDICOMDESC}Desc: 'Counts Source';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0054; Element: $1004; {$ifdef IEDICOMDESC}Desc: 'Reprojection Method';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0054; Element: $1006; {$ifdef IEDICOMDESC}Desc: 'SUV Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0054; Element: $1100; {$ifdef IEDICOMDESC}Desc: 'Randoms Correction Method';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0054; Element: $1101; {$ifdef IEDICOMDESC}Desc: 'Attenuation Correction Method';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0054; Element: $1102; {$ifdef IEDICOMDESC}Desc: 'Decay Correction';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0054; Element: $1103; {$ifdef IEDICOMDESC}Desc: 'Reconstruction Method';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0054; Element: $1104; {$ifdef IEDICOMDESC}Desc: 'Detector Lines of Response Used';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0054; Element: $1105; {$ifdef IEDICOMDESC}Desc: 'Scatter Correction Method';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0054; Element: $1200; {$ifdef IEDICOMDESC}Desc: 'Axial Acceptance';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0054; Element: $1201; {$ifdef IEDICOMDESC}Desc: 'Axial Mash';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0054; Element: $1202; {$ifdef IEDICOMDESC}Desc: 'Transverse Mash';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0054; Element: $1203; {$ifdef IEDICOMDESC}Desc: 'Detector Element Size';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0054; Element: $1210; {$ifdef IEDICOMDESC}Desc: 'Coincidence Window Width';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0054; Element: $1220; {$ifdef IEDICOMDESC}Desc: 'Secondary Counts Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0054; Element: $1300; {$ifdef IEDICOMDESC}Desc: 'Frame Reference Time';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0054; Element: $1310; {$ifdef IEDICOMDESC}Desc: 'Primary (Prompts) Counts Accumulated';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0054; Element: $1311; {$ifdef IEDICOMDESC}Desc: 'Secondary Counts Accumulated';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0054; Element: $1320; {$ifdef IEDICOMDESC}Desc: 'Slice Sensitivity Factor';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0054; Element: $1321; {$ifdef IEDICOMDESC}Desc: 'Decay Factor';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0054; Element: $1322; {$ifdef IEDICOMDESC}Desc: 'Dose Calibration Factor';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0054; Element: $1323; {$ifdef IEDICOMDESC}Desc: 'Scatter Fraction Factor';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0054; Element: $1324; {$ifdef IEDICOMDESC}Desc: 'Dead Time Factor';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0054; Element: $1330; {$ifdef IEDICOMDESC}Desc: 'Image Index';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0054; Element: $1400; {$ifdef IEDICOMDESC}Desc: 'Counts Included';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0054; Element: $1401; {$ifdef IEDICOMDESC}Desc: 'Dead Time Correction Flag';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $0055; Element: $0046; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0058; Element: $0000; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSQ; Src: dsProprietary ), (Group: $0060; Element: $0000; {$ifdef IEDICOMDESC}Desc: 'Histogram Group Length';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $0060; Element: $3000; {$ifdef IEDICOMDESC}Desc: 'Histogram Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0060; Element: $3002; {$ifdef IEDICOMDESC}Desc: 'Histogram Number of Bins';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0060; Element: $3004; {$ifdef IEDICOMDESC}Desc: 'Histogram First Bin Value';{$endif} VType: dvUSorSS; Src: dsStandard ), (Group: $0060; Element: $3006; {$ifdef IEDICOMDESC}Desc: 'Histogram Last Bin Value';{$endif} VType: dvUSorSS; Src: dsStandard ), (Group: $0060; Element: $3008; {$ifdef IEDICOMDESC}Desc: 'Histogram Bin Width';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0060; Element: $3010; {$ifdef IEDICOMDESC}Desc: 'Histogram Explanation';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0060; Element: $3020; {$ifdef IEDICOMDESC}Desc: 'Histogram Data';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0062; Element: $0001; {$ifdef IEDICOMDESC}Desc: 'Segmentation Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0062; Element: $0002; {$ifdef IEDICOMDESC}Desc: 'Segment Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0062; Element: $0003; {$ifdef IEDICOMDESC}Desc: 'Segmented Property Category Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0062; Element: $0004; {$ifdef IEDICOMDESC}Desc: 'Segment Number';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0062; Element: $0005; {$ifdef IEDICOMDESC}Desc: 'Segment Label';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0062; Element: $0006; {$ifdef IEDICOMDESC}Desc: 'Segment Description';{$endif} VType: dvST; Src: dsStandard ), (Group: $0062; Element: $0008; {$ifdef IEDICOMDESC}Desc: 'Segment Algorithm Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0062; Element: $0009; {$ifdef IEDICOMDESC}Desc: 'Segment Algorithm Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0062; Element: $000A; {$ifdef IEDICOMDESC}Desc: 'Segment Identification Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0062; Element: $000B; {$ifdef IEDICOMDESC}Desc: 'Referenced Segment Number';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0062; Element: $000C; {$ifdef IEDICOMDESC}Desc: 'Recommended Display Grayscale Value';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0062; Element: $000D; {$ifdef IEDICOMDESC}Desc: 'Recommended Display CIELab Value';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0062; Element: $000E; {$ifdef IEDICOMDESC}Desc: 'Maximum Fractional Value';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0062; Element: $000F; {$ifdef IEDICOMDESC}Desc: 'Segmented Property Type Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0062; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Segmentation Fractional Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0062; Element: $0011; {$ifdef IEDICOMDESC}Desc: 'Segmented Property Type Modifier Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0062; Element: $0012; {$ifdef IEDICOMDESC}Desc: 'Used Segments Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0064; Element: $0002; {$ifdef IEDICOMDESC}Desc: 'Deformable Registration Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0064; Element: $0003; {$ifdef IEDICOMDESC}Desc: 'Source Frame of Reference UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0064; Element: $0005; {$ifdef IEDICOMDESC}Desc: 'Deformable Registration Grid Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0064; Element: $0007; {$ifdef IEDICOMDESC}Desc: 'Grid Dimensions';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0064; Element: $0008; {$ifdef IEDICOMDESC}Desc: 'Grid Resolution';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0064; Element: $0009; {$ifdef IEDICOMDESC}Desc: 'Vector Grid Data';{$endif} VType: dvOF; Src: dsStandard ), (Group: $0064; Element: $000F; {$ifdef IEDICOMDESC}Desc: 'Pre Deformation Matrix Registration Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0064; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Post Deformation Matrix Registration Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0066; Element: $0001; {$ifdef IEDICOMDESC}Desc: 'Number of Surfaces';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0066; Element: $0002; {$ifdef IEDICOMDESC}Desc: 'Surface Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0066; Element: $0003; {$ifdef IEDICOMDESC}Desc: 'Surface Number';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0066; Element: $0004; {$ifdef IEDICOMDESC}Desc: 'Surface Comments';{$endif} VType: dvLT; Src: dsStandard ), (Group: $0066; Element: $0009; {$ifdef IEDICOMDESC}Desc: 'Surface Processing';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0066; Element: $000A; {$ifdef IEDICOMDESC}Desc: 'Surface Processing Ratio';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0066; Element: $000B; {$ifdef IEDICOMDESC}Desc: 'Surface Processing Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0066; Element: $000C; {$ifdef IEDICOMDESC}Desc: 'Recommended Presentation Opacity';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0066; Element: $000D; {$ifdef IEDICOMDESC}Desc: 'Recommended Presentation Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0066; Element: $000E; {$ifdef IEDICOMDESC}Desc: 'Finite Volume';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0066; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Manifold';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0066; Element: $0011; {$ifdef IEDICOMDESC}Desc: 'Surface Points Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0066; Element: $0012; {$ifdef IEDICOMDESC}Desc: 'Surface Points Normals Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0066; Element: $0013; {$ifdef IEDICOMDESC}Desc: 'Surface Mesh Primitives Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0066; Element: $0015; {$ifdef IEDICOMDESC}Desc: 'Number of Surface Points';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0066; Element: $0016; {$ifdef IEDICOMDESC}Desc: 'Point Coordinates Data';{$endif} VType: dvOF; Src: dsStandard ), (Group: $0066; Element: $0017; {$ifdef IEDICOMDESC}Desc: 'Point Position Accuracy';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0066; Element: $0018; {$ifdef IEDICOMDESC}Desc: 'Mean Point Distance';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0066; Element: $0019; {$ifdef IEDICOMDESC}Desc: 'Maximum Point Distance';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0066; Element: $001A; {$ifdef IEDICOMDESC}Desc: 'Points Bounding Box Coordinates';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0066; Element: $001B; {$ifdef IEDICOMDESC}Desc: 'Axis of Rotation';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0066; Element: $001C; {$ifdef IEDICOMDESC}Desc: 'Center of Rotation';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0066; Element: $001E; {$ifdef IEDICOMDESC}Desc: 'Number of Vectors';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0066; Element: $001F; {$ifdef IEDICOMDESC}Desc: 'Vector Dimensionality';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0066; Element: $0020; {$ifdef IEDICOMDESC}Desc: 'Vector Accuracy';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0066; Element: $0021; {$ifdef IEDICOMDESC}Desc: 'Vector Coordinate Data';{$endif} VType: dvOF; Src: dsStandard ), (Group: $0066; Element: $0023; {$ifdef IEDICOMDESC}Desc: 'Triangle Point Index List';{$endif} VType: dvOW; Src: dsStandard ), (Group: $0066; Element: $0024; {$ifdef IEDICOMDESC}Desc: 'Edge Point Index List';{$endif} VType: dvOW; Src: dsStandard ), (Group: $0066; Element: $0025; {$ifdef IEDICOMDESC}Desc: 'Vertex Point Index List';{$endif} VType: dvOW; Src: dsStandard ), (Group: $0066; Element: $0026; {$ifdef IEDICOMDESC}Desc: 'Triangle Strip Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0066; Element: $0027; {$ifdef IEDICOMDESC}Desc: 'Triangle Fan Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0066; Element: $0028; {$ifdef IEDICOMDESC}Desc: 'Line Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0066; Element: $0029; {$ifdef IEDICOMDESC}Desc: 'Primitive Point Index List';{$endif} VType: dvOW; Src: dsStandard ), (Group: $0066; Element: $002A; {$ifdef IEDICOMDESC}Desc: 'Surface Count';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0066; Element: $002B; {$ifdef IEDICOMDESC}Desc: 'Referenced Surface Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0066; Element: $002C; {$ifdef IEDICOMDESC}Desc: 'Referenced Surface Number';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0066; Element: $002D; {$ifdef IEDICOMDESC}Desc: 'Segment Surface Generation Algorithm Identification Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0066; Element: $002E; {$ifdef IEDICOMDESC}Desc: 'Segment Surface Source Instance Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0066; Element: $002F; {$ifdef IEDICOMDESC}Desc: 'Algorithm Family Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0066; Element: $0030; {$ifdef IEDICOMDESC}Desc: 'Algorithm Name Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0066; Element: $0031; {$ifdef IEDICOMDESC}Desc: 'Algorithm Version';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0066; Element: $0032; {$ifdef IEDICOMDESC}Desc: 'Algorithm Parameters';{$endif} VType: dvLT; Src: dsStandard ), (Group: $0066; Element: $0034; {$ifdef IEDICOMDESC}Desc: 'Facet Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0066; Element: $0035; {$ifdef IEDICOMDESC}Desc: 'Surface Processing Algorithm Identification Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0066; Element: $0036; {$ifdef IEDICOMDESC}Desc: 'Algorithm Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0066; Element: $0037; {$ifdef IEDICOMDESC}Desc: 'Recommended Point Radius';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0066; Element: $0038; {$ifdef IEDICOMDESC}Desc: 'Recommended Line Thickness';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0066; Element: $0040; {$ifdef IEDICOMDESC}Desc: 'Long Primitive Point Index List';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0066; Element: $0041; {$ifdef IEDICOMDESC}Desc: 'Long Triangle Point Index List';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0066; Element: $0042; {$ifdef IEDICOMDESC}Desc: 'Long Edge Point Index List';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0066; Element: $0043; {$ifdef IEDICOMDESC}Desc: 'Long Vertex Point Index List';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0068; Element: $6210; {$ifdef IEDICOMDESC}Desc: 'Implant Size';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0068; Element: $6221; {$ifdef IEDICOMDESC}Desc: 'Implant Template Version';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0068; Element: $6222; {$ifdef IEDICOMDESC}Desc: 'Replaced Implant Template Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0068; Element: $6223; {$ifdef IEDICOMDESC}Desc: 'Implant Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0068; Element: $6224; {$ifdef IEDICOMDESC}Desc: 'Derivation Implant Template Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0068; Element: $6225; {$ifdef IEDICOMDESC}Desc: 'Original Implant Template Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0068; Element: $6226; {$ifdef IEDICOMDESC}Desc: 'Effective Date/Time';{$endif} VType: dvDT; Src: dsStandard ), (Group: $0068; Element: $6230; {$ifdef IEDICOMDESC}Desc: 'Implant Target Anatomy Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0068; Element: $6260; {$ifdef IEDICOMDESC}Desc: 'Information From Manufacturer Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0068; Element: $6265; {$ifdef IEDICOMDESC}Desc: 'Notification From Manufacturer Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0068; Element: $6270; {$ifdef IEDICOMDESC}Desc: 'Information Issue Date/Time';{$endif} VType: dvDT; Src: dsStandard ), (Group: $0068; Element: $6280; {$ifdef IEDICOMDESC}Desc: 'Information Summary';{$endif} VType: dvST; Src: dsStandard ), (Group: $0068; Element: $62A0; {$ifdef IEDICOMDESC}Desc: 'Implant Regulatory Disapproval Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0068; Element: $62A5; {$ifdef IEDICOMDESC}Desc: 'Overall Template Spatial Tolerance';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0068; Element: $62C0; {$ifdef IEDICOMDESC}Desc: 'HPGL Document Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0068; Element: $62D0; {$ifdef IEDICOMDESC}Desc: 'HPGL Document ID';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0068; Element: $62D5; {$ifdef IEDICOMDESC}Desc: 'HPGL Document Label';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0068; Element: $62E0; {$ifdef IEDICOMDESC}Desc: 'View Orientation Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0068; Element: $62F0; {$ifdef IEDICOMDESC}Desc: 'View Orientation Modifier';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0068; Element: $62F2; {$ifdef IEDICOMDESC}Desc: 'HPGL Document Scaling';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0068; Element: $6300; {$ifdef IEDICOMDESC}Desc: 'HPGL Document';{$endif} VType: dvOB; Src: dsStandard ), (Group: $0068; Element: $6310; {$ifdef IEDICOMDESC}Desc: 'HPGL Contour Pen Number';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0068; Element: $6320; {$ifdef IEDICOMDESC}Desc: 'HPGL Pen Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0068; Element: $6330; {$ifdef IEDICOMDESC}Desc: 'HPGL Pen Number';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0068; Element: $6340; {$ifdef IEDICOMDESC}Desc: 'HPGL Pen Label';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0068; Element: $6345; {$ifdef IEDICOMDESC}Desc: 'HPGL Pen Description';{$endif} VType: dvST; Src: dsStandard ), (Group: $0068; Element: $6346; {$ifdef IEDICOMDESC}Desc: 'Recommended Rotation Point';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0068; Element: $6347; {$ifdef IEDICOMDESC}Desc: 'Bounding Rectangle';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0068; Element: $6350; {$ifdef IEDICOMDESC}Desc: 'Implant Template 3D Model Surface Number';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0068; Element: $6360; {$ifdef IEDICOMDESC}Desc: 'Surface Model Description Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0068; Element: $6380; {$ifdef IEDICOMDESC}Desc: 'Surface Model Label';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0068; Element: $6390; {$ifdef IEDICOMDESC}Desc: 'Surface Model Scaling Factor';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0068; Element: $63A0; {$ifdef IEDICOMDESC}Desc: 'Materials Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0068; Element: $63A4; {$ifdef IEDICOMDESC}Desc: 'Coating Materials Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0068; Element: $63A8; {$ifdef IEDICOMDESC}Desc: 'Implant Type Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0068; Element: $63AC; {$ifdef IEDICOMDESC}Desc: 'Fixation Method Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0068; Element: $63B0; {$ifdef IEDICOMDESC}Desc: 'Mating Feature Sets Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0068; Element: $63C0; {$ifdef IEDICOMDESC}Desc: 'Mating Feature Set ID';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0068; Element: $63D0; {$ifdef IEDICOMDESC}Desc: 'Mating Feature Set Label';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0068; Element: $63E0; {$ifdef IEDICOMDESC}Desc: 'Mating Feature Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0068; Element: $63F0; {$ifdef IEDICOMDESC}Desc: 'Mating Feature ID';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0068; Element: $6400; {$ifdef IEDICOMDESC}Desc: 'Mating Feature Degree of Freedom Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0068; Element: $6410; {$ifdef IEDICOMDESC}Desc: 'Degree of Freedom ID';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0068; Element: $6420; {$ifdef IEDICOMDESC}Desc: 'Degree of Freedom Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0068; Element: $6430; {$ifdef IEDICOMDESC}Desc: '2D Mating Feature Coordinates Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0068; Element: $6440; {$ifdef IEDICOMDESC}Desc: 'Referenced HPGL Document ID';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0068; Element: $6450; {$ifdef IEDICOMDESC}Desc: '2D Mating Point';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0068; Element: $6460; {$ifdef IEDICOMDESC}Desc: '2D Mating Axes';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0068; Element: $6470; {$ifdef IEDICOMDESC}Desc: '2D Degree of Freedom Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0068; Element: $6490; {$ifdef IEDICOMDESC}Desc: '3D Degree of Freedom Axis';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0068; Element: $64A0; {$ifdef IEDICOMDESC}Desc: 'Range of Freedom';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0068; Element: $64C0; {$ifdef IEDICOMDESC}Desc: '3D Mating Point';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0068; Element: $64D0; {$ifdef IEDICOMDESC}Desc: '3D Mating Axes';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0068; Element: $64F0; {$ifdef IEDICOMDESC}Desc: '2D Degree of Freedom Axis';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0068; Element: $6500; {$ifdef IEDICOMDESC}Desc: 'Planning Landmark Point Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0068; Element: $6510; {$ifdef IEDICOMDESC}Desc: 'Planning Landmark Line Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0068; Element: $6520; {$ifdef IEDICOMDESC}Desc: 'Planning Landmark Plane Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0068; Element: $6530; {$ifdef IEDICOMDESC}Desc: 'Planning Landmark ID';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0068; Element: $6540; {$ifdef IEDICOMDESC}Desc: 'Planning Landmark Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0068; Element: $6545; {$ifdef IEDICOMDESC}Desc: 'Planning Landmark Identification Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0068; Element: $6550; {$ifdef IEDICOMDESC}Desc: '2D Point Coordinates Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0068; Element: $6560; {$ifdef IEDICOMDESC}Desc: '2D Point Coordinates';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0068; Element: $6590; {$ifdef IEDICOMDESC}Desc: '3D Point Coordinates';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0068; Element: $65A0; {$ifdef IEDICOMDESC}Desc: '2D Line Coordinates Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0068; Element: $65B0; {$ifdef IEDICOMDESC}Desc: '2D Line Coordinates';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0068; Element: $65D0; {$ifdef IEDICOMDESC}Desc: '3D Line Coordinates';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0068; Element: $65E0; {$ifdef IEDICOMDESC}Desc: '2D Plane Coordinates Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0068; Element: $65F0; {$ifdef IEDICOMDESC}Desc: '2D Plane Intersection';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0068; Element: $6610; {$ifdef IEDICOMDESC}Desc: '3D Plane Origin';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0068; Element: $6620; {$ifdef IEDICOMDESC}Desc: '3D Plane Normal';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0070; Element: $0000; {$ifdef IEDICOMDESC}Desc: 'Presentation State Group Length';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $0070; Element: $0001; {$ifdef IEDICOMDESC}Desc: 'Graphic Annotation Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0070; Element: $0002; {$ifdef IEDICOMDESC}Desc: 'Graphic Layer';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0070; Element: $0003; {$ifdef IEDICOMDESC}Desc: 'Bounding Box Annotation Units';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0070; Element: $0004; {$ifdef IEDICOMDESC}Desc: 'Anchor Point Annotation Units';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0070; Element: $0005; {$ifdef IEDICOMDESC}Desc: 'Graphic Annotation Units';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0070; Element: $0006; {$ifdef IEDICOMDESC}Desc: 'Unformatted Text Value';{$endif} VType: dvST; Src: dsStandard ), (Group: $0070; Element: $0008; {$ifdef IEDICOMDESC}Desc: 'Text Object Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0070; Element: $0009; {$ifdef IEDICOMDESC}Desc: 'Graphic Object Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0070; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Bounding Box Top Left Hand Corner';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0070; Element: $0011; {$ifdef IEDICOMDESC}Desc: 'Bounding Box Bottom Right Hand Corner';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0070; Element: $0012; {$ifdef IEDICOMDESC}Desc: 'Bounding Box Text Horizontal Justification';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0070; Element: $0014; {$ifdef IEDICOMDESC}Desc: 'Anchor Point';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0070; Element: $0015; {$ifdef IEDICOMDESC}Desc: 'Anchor Point Visibility';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0070; Element: $0020; {$ifdef IEDICOMDESC}Desc: 'Graphic Dimensions';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0070; Element: $0021; {$ifdef IEDICOMDESC}Desc: 'Number of Graphic Points';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0070; Element: $0022; {$ifdef IEDICOMDESC}Desc: 'Graphic Data';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0070; Element: $0023; {$ifdef IEDICOMDESC}Desc: 'Graphic Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0070; Element: $0024; {$ifdef IEDICOMDESC}Desc: 'Graphic Filled';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0070; Element: $0040; {$ifdef IEDICOMDESC}Desc: 'Image Rotation (Retired)';{$endif} VType: dvIS; Src: dsDeprecated ), (Group: $0070; Element: $0041; {$ifdef IEDICOMDESC}Desc: 'Image Horizontal Flip';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0070; Element: $0042; {$ifdef IEDICOMDESC}Desc: 'Image Rotation';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0070; Element: $0050; {$ifdef IEDICOMDESC}Desc: 'Displayed Area Top Left Hand Corner (Trial)';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $0070; Element: $0051; {$ifdef IEDICOMDESC}Desc: 'Displayed Area Bottom Right Hand Corner (Trial)';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $0070; Element: $0052; {$ifdef IEDICOMDESC}Desc: 'Displayed Area Top Left Hand Corner';{$endif} VType: dvSL; Src: dsStandard ), (Group: $0070; Element: $0053; {$ifdef IEDICOMDESC}Desc: 'Displayed Area Bottom Right Hand Corner';{$endif} VType: dvSL; Src: dsStandard ), (Group: $0070; Element: $005A; {$ifdef IEDICOMDESC}Desc: 'Displayed Area Selection Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0070; Element: $0060; {$ifdef IEDICOMDESC}Desc: 'Graphic Layer Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0070; Element: $0062; {$ifdef IEDICOMDESC}Desc: 'Graphic Layer Order';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0070; Element: $0066; {$ifdef IEDICOMDESC}Desc: 'Graphic Layer Recommended Display Grayscale Value';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0070; Element: $0067; {$ifdef IEDICOMDESC}Desc: 'Graphic Layer Recommended Display RGB Value';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $0070; Element: $0068; {$ifdef IEDICOMDESC}Desc: 'Graphic Layer Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0070; Element: $0080; {$ifdef IEDICOMDESC}Desc: 'Content Label';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0070; Element: $0081; {$ifdef IEDICOMDESC}Desc: 'Content Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0070; Element: $0082; {$ifdef IEDICOMDESC}Desc: 'Presentation Creation Date';{$endif} VType: dvDA; Src: dsStandard ), (Group: $0070; Element: $0083; {$ifdef IEDICOMDESC}Desc: 'Presentation Creation Time';{$endif} VType: dvTM; Src: dsStandard ), (Group: $0070; Element: $0084; {$ifdef IEDICOMDESC}Desc: 'Content Creator''s Name';{$endif} VType: dvPN; Src: dsStandard ), (Group: $0070; Element: $0086; {$ifdef IEDICOMDESC}Desc: 'Content Creator''s Identification Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0070; Element: $0087; {$ifdef IEDICOMDESC}Desc: 'Alternate Content Description Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0070; Element: $0100; {$ifdef IEDICOMDESC}Desc: 'Presentation Size Mode';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0070; Element: $0101; {$ifdef IEDICOMDESC}Desc: 'Presentation Pixel Spacing';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0070; Element: $0102; {$ifdef IEDICOMDESC}Desc: 'Presentation Pixel Aspect Ratio';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0070; Element: $0103; {$ifdef IEDICOMDESC}Desc: 'Presentation Pixel Magnification Ratio';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0070; Element: $0207; {$ifdef IEDICOMDESC}Desc: 'Graphic Group Label';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0070; Element: $0208; {$ifdef IEDICOMDESC}Desc: 'Graphic Group Description';{$endif} VType: dvST; Src: dsStandard ), (Group: $0070; Element: $0209; {$ifdef IEDICOMDESC}Desc: 'Compound Graphic Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0070; Element: $0226; {$ifdef IEDICOMDESC}Desc: 'Compound Graphic Instance ID';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0070; Element: $0227; {$ifdef IEDICOMDESC}Desc: 'Font Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0070; Element: $0228; {$ifdef IEDICOMDESC}Desc: 'Font Name Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0070; Element: $0229; {$ifdef IEDICOMDESC}Desc: 'CSS Font Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0070; Element: $0230; {$ifdef IEDICOMDESC}Desc: 'Rotation Angle';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0070; Element: $0231; {$ifdef IEDICOMDESC}Desc: 'Text Style Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0070; Element: $0232; {$ifdef IEDICOMDESC}Desc: 'Line Style Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0070; Element: $0233; {$ifdef IEDICOMDESC}Desc: 'Fill Style Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0070; Element: $0234; {$ifdef IEDICOMDESC}Desc: 'Graphic Group Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0070; Element: $0241; {$ifdef IEDICOMDESC}Desc: 'Text Color CIELab Value';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0070; Element: $0242; {$ifdef IEDICOMDESC}Desc: 'Horizontal Alignment';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0070; Element: $0243; {$ifdef IEDICOMDESC}Desc: 'Vertical Alignment';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0070; Element: $0244; {$ifdef IEDICOMDESC}Desc: 'Shadow Style';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0070; Element: $0245; {$ifdef IEDICOMDESC}Desc: 'Shadow Offset X';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0070; Element: $0246; {$ifdef IEDICOMDESC}Desc: 'Shadow Offset Y';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0070; Element: $0247; {$ifdef IEDICOMDESC}Desc: 'Shadow Color CIELab Value';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0070; Element: $0248; {$ifdef IEDICOMDESC}Desc: 'Underlined';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0070; Element: $0249; {$ifdef IEDICOMDESC}Desc: 'Bold';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0070; Element: $0250; {$ifdef IEDICOMDESC}Desc: 'Italic';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0070; Element: $0251; {$ifdef IEDICOMDESC}Desc: 'Pattern on Color CIELab Value';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0070; Element: $0252; {$ifdef IEDICOMDESC}Desc: 'Pattern Off Color CIELab Value';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0070; Element: $0253; {$ifdef IEDICOMDESC}Desc: 'Line Thickness';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0070; Element: $0254; {$ifdef IEDICOMDESC}Desc: 'Line Dashing Style';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0070; Element: $0255; {$ifdef IEDICOMDESC}Desc: 'Line Pattern';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0070; Element: $0256; {$ifdef IEDICOMDESC}Desc: 'Fill Pattern';{$endif} VType: dvOB; Src: dsStandard ), (Group: $0070; Element: $0257; {$ifdef IEDICOMDESC}Desc: 'Fill Mode';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0070; Element: $0258; {$ifdef IEDICOMDESC}Desc: 'Shadow Opacity';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0070; Element: $0261; {$ifdef IEDICOMDESC}Desc: 'Gap Length';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0070; Element: $0262; {$ifdef IEDICOMDESC}Desc: 'Diameter of Visibility';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0070; Element: $0273; {$ifdef IEDICOMDESC}Desc: 'Rotation Point';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0070; Element: $0274; {$ifdef IEDICOMDESC}Desc: 'Tick Alignment';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0070; Element: $0278; {$ifdef IEDICOMDESC}Desc: 'Show Tick Label';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0070; Element: $0279; {$ifdef IEDICOMDESC}Desc: 'Tick Label Alignment';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0070; Element: $0282; {$ifdef IEDICOMDESC}Desc: 'Compound Graphic Units';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0070; Element: $0284; {$ifdef IEDICOMDESC}Desc: 'Pattern on Opacity';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0070; Element: $0285; {$ifdef IEDICOMDESC}Desc: 'Pattern Off Opacity';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0070; Element: $0287; {$ifdef IEDICOMDESC}Desc: 'Major Ticks Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0070; Element: $0288; {$ifdef IEDICOMDESC}Desc: 'Tick Position';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0070; Element: $0289; {$ifdef IEDICOMDESC}Desc: 'Tick Label';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0070; Element: $0294; {$ifdef IEDICOMDESC}Desc: 'Compound Graphic Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0070; Element: $0295; {$ifdef IEDICOMDESC}Desc: 'Graphic Group ID';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0070; Element: $0306; {$ifdef IEDICOMDESC}Desc: 'Shape Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0070; Element: $0308; {$ifdef IEDICOMDESC}Desc: 'Registration Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0070; Element: $0309; {$ifdef IEDICOMDESC}Desc: 'Matrix Registration Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0070; Element: $030A; {$ifdef IEDICOMDESC}Desc: 'Matrix Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0070; Element: $030C; {$ifdef IEDICOMDESC}Desc: 'Frame of Reference Transformation Matrix Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0070; Element: $030D; {$ifdef IEDICOMDESC}Desc: 'Registration Type Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0070; Element: $030F; {$ifdef IEDICOMDESC}Desc: 'Fiducial Description';{$endif} VType: dvST; Src: dsStandard ), (Group: $0070; Element: $0310; {$ifdef IEDICOMDESC}Desc: 'Fiducial Identifier';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0070; Element: $0311; {$ifdef IEDICOMDESC}Desc: 'Fiducial Identifier Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0070; Element: $0312; {$ifdef IEDICOMDESC}Desc: 'Contour Uncertainty Radius';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0070; Element: $0314; {$ifdef IEDICOMDESC}Desc: 'Used Fiducials Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0070; Element: $0318; {$ifdef IEDICOMDESC}Desc: 'Graphic Coordinates Data Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0070; Element: $031A; {$ifdef IEDICOMDESC}Desc: 'Fiducial UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0070; Element: $031C; {$ifdef IEDICOMDESC}Desc: 'Fiducial Set Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0070; Element: $031E; {$ifdef IEDICOMDESC}Desc: 'Fiducial Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0070; Element: $0401; {$ifdef IEDICOMDESC}Desc: 'Graphic Layer Recommended Display CIELab Value';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0070; Element: $0402; {$ifdef IEDICOMDESC}Desc: 'Blending Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0070; Element: $0403; {$ifdef IEDICOMDESC}Desc: 'Relative Opacity';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0070; Element: $0404; {$ifdef IEDICOMDESC}Desc: 'Referenced Spatial Registration Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0070; Element: $0405; {$ifdef IEDICOMDESC}Desc: 'Blending Position';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0071; Element: $0011; {$ifdef IEDICOMDESC}Desc: 'ROI';{$endif} VType: dvOB; Src: dsProprietary ), (Group: $0071; Element: $0013; {$ifdef IEDICOMDESC}Desc: '3 DReconstruction Data';{$endif} VType: dvOB; Src: dsProprietary ), (Group: $0072; Element: $0002; {$ifdef IEDICOMDESC}Desc: 'Hanging Protocol Name';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0072; Element: $0004; {$ifdef IEDICOMDESC}Desc: 'Hanging Protocol Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0072; Element: $0006; {$ifdef IEDICOMDESC}Desc: 'Hanging Protocol Level';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0072; Element: $0008; {$ifdef IEDICOMDESC}Desc: 'Hanging Protocol Creator';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0072; Element: $000A; {$ifdef IEDICOMDESC}Desc: 'Hanging Protocol Creation Date/Time';{$endif} VType: dvDT; Src: dsStandard ), (Group: $0072; Element: $000C; {$ifdef IEDICOMDESC}Desc: 'Hanging Protocol Definition Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0072; Element: $000E; {$ifdef IEDICOMDESC}Desc: 'Hanging Protocol User Identification Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0072; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Hanging Protocol User Group Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0072; Element: $0012; {$ifdef IEDICOMDESC}Desc: 'Source Hanging Protocol Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0072; Element: $0014; {$ifdef IEDICOMDESC}Desc: 'Number of Priors Referenced';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0072; Element: $0020; {$ifdef IEDICOMDESC}Desc: 'Image Sets Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0072; Element: $0022; {$ifdef IEDICOMDESC}Desc: 'Image Set Selector Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0072; Element: $0024; {$ifdef IEDICOMDESC}Desc: 'Image Set Selector Usage Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0072; Element: $0026; {$ifdef IEDICOMDESC}Desc: 'Selector Attribute';{$endif} VType: dvAT; Src: dsStandard ), (Group: $0072; Element: $0028; {$ifdef IEDICOMDESC}Desc: 'Selector Value Number';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0072; Element: $0030; {$ifdef IEDICOMDESC}Desc: 'Time Based Image Sets Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0072; Element: $0032; {$ifdef IEDICOMDESC}Desc: 'Image Set Number';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0072; Element: $0034; {$ifdef IEDICOMDESC}Desc: 'Image Set Selector Category';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0072; Element: $0038; {$ifdef IEDICOMDESC}Desc: 'Relative Time';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0072; Element: $003A; {$ifdef IEDICOMDESC}Desc: 'Relative Time Units';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0072; Element: $003C; {$ifdef IEDICOMDESC}Desc: 'Abstract Prior Value';{$endif} VType: dvSS; Src: dsStandard ), (Group: $0072; Element: $003E; {$ifdef IEDICOMDESC}Desc: 'Abstract Prior Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0072; Element: $0040; {$ifdef IEDICOMDESC}Desc: 'Image Set Label';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0072; Element: $0050; {$ifdef IEDICOMDESC}Desc: 'Selector Attribute VR';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0072; Element: $0052; {$ifdef IEDICOMDESC}Desc: 'Selector Sequence Pointer';{$endif} VType: dvAT; Src: dsStandard ), (Group: $0072; Element: $0054; {$ifdef IEDICOMDESC}Desc: 'Selector Sequence Pointer Private Creator';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0072; Element: $0056; {$ifdef IEDICOMDESC}Desc: 'Selector Attribute Private Creator';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0072; Element: $0060; {$ifdef IEDICOMDESC}Desc: 'Selector AT Value';{$endif} VType: dvAT; Src: dsStandard ), (Group: $0072; Element: $0062; {$ifdef IEDICOMDESC}Desc: 'Selector CS Value';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0072; Element: $0064; {$ifdef IEDICOMDESC}Desc: 'Selector IS Value';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0072; Element: $0066; {$ifdef IEDICOMDESC}Desc: 'Selector LO Value';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0072; Element: $0068; {$ifdef IEDICOMDESC}Desc: 'Selector LT Value';{$endif} VType: dvLT; Src: dsStandard ), (Group: $0072; Element: $006A; {$ifdef IEDICOMDESC}Desc: 'Selector PN Value';{$endif} VType: dvPN; Src: dsStandard ), (Group: $0072; Element: $006C; {$ifdef IEDICOMDESC}Desc: 'Selector SH Value';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0072; Element: $006E; {$ifdef IEDICOMDESC}Desc: 'Selector ST Value';{$endif} VType: dvST; Src: dsStandard ), (Group: $0072; Element: $0070; {$ifdef IEDICOMDESC}Desc: 'Selector UT Value';{$endif} VType: dvUT; Src: dsStandard ), (Group: $0072; Element: $0072; {$ifdef IEDICOMDESC}Desc: 'Selector DS Value';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0072; Element: $0074; {$ifdef IEDICOMDESC}Desc: 'Selector FD Value';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0072; Element: $0076; {$ifdef IEDICOMDESC}Desc: 'Selector FL Value';{$endif} VType: dvFL; Src: dsStandard ), (Group: $0072; Element: $0078; {$ifdef IEDICOMDESC}Desc: 'Selector UL Value';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0072; Element: $007A; {$ifdef IEDICOMDESC}Desc: 'Selector US Value';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0072; Element: $007C; {$ifdef IEDICOMDESC}Desc: 'Selector SL Value';{$endif} VType: dvSL; Src: dsStandard ), (Group: $0072; Element: $007E; {$ifdef IEDICOMDESC}Desc: 'Selector SS Value';{$endif} VType: dvSS; Src: dsStandard ), (Group: $0072; Element: $0080; {$ifdef IEDICOMDESC}Desc: 'Selector Code Sequence Value';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0072; Element: $0100; {$ifdef IEDICOMDESC}Desc: 'Number of Screens';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0072; Element: $0102; {$ifdef IEDICOMDESC}Desc: 'Nominal Screen Definition Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0072; Element: $0104; {$ifdef IEDICOMDESC}Desc: 'Number of Vertical Pixels';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0072; Element: $0106; {$ifdef IEDICOMDESC}Desc: 'Number of Horizontal Pixels';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0072; Element: $0108; {$ifdef IEDICOMDESC}Desc: 'Display Environment Spatial Position';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0072; Element: $010A; {$ifdef IEDICOMDESC}Desc: 'Screen Minimum Grayscale Bit Depth';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0072; Element: $010C; {$ifdef IEDICOMDESC}Desc: 'Screen Minimum Color Bit Depth';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0072; Element: $010E; {$ifdef IEDICOMDESC}Desc: 'Application Maximum Repaint Time';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0072; Element: $0200; {$ifdef IEDICOMDESC}Desc: 'Display Sets Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0072; Element: $0202; {$ifdef IEDICOMDESC}Desc: 'Display Set Number';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0072; Element: $0203; {$ifdef IEDICOMDESC}Desc: 'Display Set Label';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0072; Element: $0204; {$ifdef IEDICOMDESC}Desc: 'Display Set Presentation Group';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0072; Element: $0206; {$ifdef IEDICOMDESC}Desc: 'Display Set Presentation Group Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0072; Element: $0208; {$ifdef IEDICOMDESC}Desc: 'Partial Data Display Handling';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0072; Element: $0210; {$ifdef IEDICOMDESC}Desc: 'Synchronized Scrolling Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0072; Element: $0212; {$ifdef IEDICOMDESC}Desc: 'Display Set Scrolling Group';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0072; Element: $0214; {$ifdef IEDICOMDESC}Desc: 'Navigation Indicator Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0072; Element: $0216; {$ifdef IEDICOMDESC}Desc: 'Navigation Display Set';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0072; Element: $0218; {$ifdef IEDICOMDESC}Desc: 'Reference Display Sets';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0072; Element: $0300; {$ifdef IEDICOMDESC}Desc: 'Image Boxes Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0072; Element: $0302; {$ifdef IEDICOMDESC}Desc: 'Image Box Number';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0072; Element: $0304; {$ifdef IEDICOMDESC}Desc: 'Image Box Layout Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0072; Element: $0306; {$ifdef IEDICOMDESC}Desc: 'Image Box Tile Horizontal Dimension';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0072; Element: $0308; {$ifdef IEDICOMDESC}Desc: 'Image Box Tile Vertical Dimension';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0072; Element: $0310; {$ifdef IEDICOMDESC}Desc: 'Image Box Scroll Direction';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0072; Element: $0312; {$ifdef IEDICOMDESC}Desc: 'Image Box Small Scroll Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0072; Element: $0314; {$ifdef IEDICOMDESC}Desc: 'Image Box Small Scroll Amount';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0072; Element: $0316; {$ifdef IEDICOMDESC}Desc: 'Image Box Large Scroll Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0072; Element: $0318; {$ifdef IEDICOMDESC}Desc: 'Image Box Large Scroll Amount';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0072; Element: $0320; {$ifdef IEDICOMDESC}Desc: 'Image Box Overlap Priority';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0072; Element: $0330; {$ifdef IEDICOMDESC}Desc: 'Cine Relative to Real-Time';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0072; Element: $0400; {$ifdef IEDICOMDESC}Desc: 'Filter Operations Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0072; Element: $0402; {$ifdef IEDICOMDESC}Desc: 'Filter-by Category';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0072; Element: $0404; {$ifdef IEDICOMDESC}Desc: 'Filter-by Attribute Presence';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0072; Element: $0406; {$ifdef IEDICOMDESC}Desc: 'Filter-by Operator';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0072; Element: $0420; {$ifdef IEDICOMDESC}Desc: 'Structured Display Background CIELab Value';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0072; Element: $0421; {$ifdef IEDICOMDESC}Desc: 'Empty Image Box CIELab Value';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0072; Element: $0422; {$ifdef IEDICOMDESC}Desc: 'Structured Display Image Box Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0072; Element: $0424; {$ifdef IEDICOMDESC}Desc: 'Structured Display Text Box Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0072; Element: $0427; {$ifdef IEDICOMDESC}Desc: 'Referenced First Frame Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0072; Element: $0430; {$ifdef IEDICOMDESC}Desc: 'Image Box Synchronization Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0072; Element: $0432; {$ifdef IEDICOMDESC}Desc: 'Synchronized Image Box List';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0072; Element: $0434; {$ifdef IEDICOMDESC}Desc: 'Type of Synchronization';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0072; Element: $0500; {$ifdef IEDICOMDESC}Desc: 'Blending Operation Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0072; Element: $0510; {$ifdef IEDICOMDESC}Desc: 'Reformatting Operation Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0072; Element: $0512; {$ifdef IEDICOMDESC}Desc: 'Reformatting Thickness';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0072; Element: $0514; {$ifdef IEDICOMDESC}Desc: 'Reformatting Interval';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0072; Element: $0516; {$ifdef IEDICOMDESC}Desc: 'Reformatting Operation Initial View Direction';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0072; Element: $0520; {$ifdef IEDICOMDESC}Desc: '3D Rendering Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0072; Element: $0600; {$ifdef IEDICOMDESC}Desc: 'Sorting Operations Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0072; Element: $0602; {$ifdef IEDICOMDESC}Desc: 'Sort-by Category';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0072; Element: $0604; {$ifdef IEDICOMDESC}Desc: 'Sorting Direction';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0072; Element: $0700; {$ifdef IEDICOMDESC}Desc: 'Display Set Patient Orientation';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0072; Element: $0702; {$ifdef IEDICOMDESC}Desc: 'VOI Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0072; Element: $0704; {$ifdef IEDICOMDESC}Desc: 'Pseudo-Color Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0072; Element: $0705; {$ifdef IEDICOMDESC}Desc: 'Pseudo-Color Palette Instance Reference Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0072; Element: $0706; {$ifdef IEDICOMDESC}Desc: 'Show Grayscale Inverted';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0072; Element: $0710; {$ifdef IEDICOMDESC}Desc: 'Show Image True Size Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0072; Element: $0712; {$ifdef IEDICOMDESC}Desc: 'Show Graphic Annotation Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0072; Element: $0714; {$ifdef IEDICOMDESC}Desc: 'Show Patient Demographics Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0072; Element: $0716; {$ifdef IEDICOMDESC}Desc: 'Show Acquisition Techniques Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0072; Element: $0717; {$ifdef IEDICOMDESC}Desc: 'Display Set Horizontal Justification';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0072; Element: $0718; {$ifdef IEDICOMDESC}Desc: 'Display Set Vertical Justification';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0074; Element: $0120; {$ifdef IEDICOMDESC}Desc: 'Continuation Start Meterset';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0074; Element: $0121; {$ifdef IEDICOMDESC}Desc: 'Continuation End Meterset';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0074; Element: $1000; {$ifdef IEDICOMDESC}Desc: 'Procedure Step State';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0074; Element: $1002; {$ifdef IEDICOMDESC}Desc: 'Procedure Step Progress Information Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0074; Element: $1004; {$ifdef IEDICOMDESC}Desc: 'Procedure Step Progress';{$endif} VType: dvDS; Src: dsStandard ), (Group: $0074; Element: $1006; {$ifdef IEDICOMDESC}Desc: 'Procedure Step Progress Description';{$endif} VType: dvST; Src: dsStandard ), (Group: $0074; Element: $1008; {$ifdef IEDICOMDESC}Desc: 'Procedure Step Communications URI Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0074; Element: $100A; {$ifdef IEDICOMDESC}Desc: 'Contact URI';{$endif} VType: dvUR; Src: dsStandard ), (Group: $0074; Element: $100C; {$ifdef IEDICOMDESC}Desc: 'Contact Display Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0074; Element: $100E; {$ifdef IEDICOMDESC}Desc: 'Procedure Step Discontinuation Reason Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0074; Element: $1020; {$ifdef IEDICOMDESC}Desc: 'Beam Task Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0074; Element: $1022; {$ifdef IEDICOMDESC}Desc: 'Beam Task Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0074; Element: $1024; {$ifdef IEDICOMDESC}Desc: 'Beam Order Index (Trial)';{$endif} VType: dvIS; Src: dsDeprecated ), (Group: $0074; Element: $1025; {$ifdef IEDICOMDESC}Desc: 'Autosequence Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0074; Element: $1026; {$ifdef IEDICOMDESC}Desc: 'Table Top Vertical Adjusted Position';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0074; Element: $1027; {$ifdef IEDICOMDESC}Desc: 'Table Top Longitudinal Adjusted Position';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0074; Element: $1028; {$ifdef IEDICOMDESC}Desc: 'Table Top Lateral Adjusted Position';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0074; Element: $102A; {$ifdef IEDICOMDESC}Desc: 'Patient Support Adjusted Angle';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0074; Element: $102B; {$ifdef IEDICOMDESC}Desc: 'Table Top Eccentric Adjusted Angle';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0074; Element: $102C; {$ifdef IEDICOMDESC}Desc: 'Table Top Pitch Adjusted Angle';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0074; Element: $102D; {$ifdef IEDICOMDESC}Desc: 'Table Top Roll Adjusted Angle';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0074; Element: $1030; {$ifdef IEDICOMDESC}Desc: 'Delivery Verification Image Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0074; Element: $1032; {$ifdef IEDICOMDESC}Desc: 'Verification Image Timing';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0074; Element: $1034; {$ifdef IEDICOMDESC}Desc: 'Double Exposure Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0074; Element: $1036; {$ifdef IEDICOMDESC}Desc: 'Double Exposure Ordering';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0074; Element: $1038; {$ifdef IEDICOMDESC}Desc: 'Double Exposure Meterset (Trial)';{$endif} VType: dvDS; Src: dsDeprecated ), (Group: $0074; Element: $103A; {$ifdef IEDICOMDESC}Desc: 'Double Exposure Field Delta (Trial)';{$endif} VType: dvDS; Src: dsDeprecated ), (Group: $0074; Element: $1040; {$ifdef IEDICOMDESC}Desc: 'Related Reference RT Image Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0074; Element: $1042; {$ifdef IEDICOMDESC}Desc: 'General Machine Verification Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0074; Element: $1044; {$ifdef IEDICOMDESC}Desc: 'Conventional Machine Verification Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0074; Element: $1046; {$ifdef IEDICOMDESC}Desc: 'Ion Machine Verification Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0074; Element: $1048; {$ifdef IEDICOMDESC}Desc: 'Failed Attributes Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0074; Element: $104A; {$ifdef IEDICOMDESC}Desc: 'Overridden Attributes Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0074; Element: $104C; {$ifdef IEDICOMDESC}Desc: 'Conventional Control Point Verification Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0074; Element: $104E; {$ifdef IEDICOMDESC}Desc: 'Ion Control Point Verification Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0074; Element: $1050; {$ifdef IEDICOMDESC}Desc: 'Attribute Occurrence Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0074; Element: $1052; {$ifdef IEDICOMDESC}Desc: 'Attribute Occurrence Pointer';{$endif} VType: dvAT; Src: dsStandard ), (Group: $0074; Element: $1054; {$ifdef IEDICOMDESC}Desc: 'Attribute Item Selector';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0074; Element: $1056; {$ifdef IEDICOMDESC}Desc: 'Attribute Occurrence Private Creator';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0074; Element: $1057; {$ifdef IEDICOMDESC}Desc: 'Selector Sequence Pointer Items';{$endif} VType: dvIS; Src: dsStandard ), (Group: $0074; Element: $1200; {$ifdef IEDICOMDESC}Desc: 'Scheduled Procedure Step Priority';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0074; Element: $1202; {$ifdef IEDICOMDESC}Desc: 'Worklist Label';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0074; Element: $1204; {$ifdef IEDICOMDESC}Desc: 'Procedure Step Label';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0074; Element: $1210; {$ifdef IEDICOMDESC}Desc: 'Scheduled Processing Parameters Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0074; Element: $1212; {$ifdef IEDICOMDESC}Desc: 'Performed Processing Parameters Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0074; Element: $1216; {$ifdef IEDICOMDESC}Desc: 'Unified Procedure Step Performed Procedure Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0074; Element: $1220; {$ifdef IEDICOMDESC}Desc: 'Related Procedure Step Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $0074; Element: $1222; {$ifdef IEDICOMDESC}Desc: 'Procedure Step Relationship Type';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0074; Element: $1224; {$ifdef IEDICOMDESC}Desc: 'Replaced Procedure Step Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0074; Element: $1230; {$ifdef IEDICOMDESC}Desc: 'Deletion Lock';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0074; Element: $1234; {$ifdef IEDICOMDESC}Desc: 'Receiving AE';{$endif} VType: dvAE; Src: dsStandard ), (Group: $0074; Element: $1236; {$ifdef IEDICOMDESC}Desc: 'Requesting AE';{$endif} VType: dvAE; Src: dsStandard ), (Group: $0074; Element: $1238; {$ifdef IEDICOMDESC}Desc: 'Reason for Cancellation';{$endif} VType: dvLT; Src: dsStandard ), (Group: $0074; Element: $1242; {$ifdef IEDICOMDESC}Desc: 'SCP Status';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0074; Element: $1244; {$ifdef IEDICOMDESC}Desc: 'Subscription List Status';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0074; Element: $1246; {$ifdef IEDICOMDESC}Desc: 'Unified Procedure Step List Status';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0074; Element: $1324; {$ifdef IEDICOMDESC}Desc: 'Beam Order Index';{$endif} VType: dvUL; Src: dsStandard ), (Group: $0074; Element: $1338; {$ifdef IEDICOMDESC}Desc: 'Double Exposure Meterset';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0074; Element: $133A; {$ifdef IEDICOMDESC}Desc: 'Double Exposure Field Delta';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0076; Element: $0001; {$ifdef IEDICOMDESC}Desc: 'Implant Assembly Template Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0076; Element: $0003; {$ifdef IEDICOMDESC}Desc: 'Implant Assembly Template Issuer';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0076; Element: $0006; {$ifdef IEDICOMDESC}Desc: 'Implant Assembly Template Version';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0076; Element: $0008; {$ifdef IEDICOMDESC}Desc: 'Replaced Implant Assembly Template Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0076; Element: $000A; {$ifdef IEDICOMDESC}Desc: 'Implant Assembly Template Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0076; Element: $000C; {$ifdef IEDICOMDESC}Desc: 'Original Implant Assembly Template Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0076; Element: $000E; {$ifdef IEDICOMDESC}Desc: 'Derivation Implant Assembly Template Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0076; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Implant Assembly Template Target Anatomy Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0076; Element: $0020; {$ifdef IEDICOMDESC}Desc: 'Procedure Type Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0076; Element: $0030; {$ifdef IEDICOMDESC}Desc: 'Surgical Technique';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0076; Element: $0032; {$ifdef IEDICOMDESC}Desc: 'Component Types Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0076; Element: $0034; {$ifdef IEDICOMDESC}Desc: 'Component Type Code Sequence';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0076; Element: $0036; {$ifdef IEDICOMDESC}Desc: 'Exclusive Component Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0076; Element: $0038; {$ifdef IEDICOMDESC}Desc: 'Mandatory Component Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0076; Element: $0040; {$ifdef IEDICOMDESC}Desc: 'Component Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0076; Element: $0055; {$ifdef IEDICOMDESC}Desc: 'Component ID';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0076; Element: $0060; {$ifdef IEDICOMDESC}Desc: 'Component Assembly Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0076; Element: $0070; {$ifdef IEDICOMDESC}Desc: 'Component 1 Referenced ID';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0076; Element: $0080; {$ifdef IEDICOMDESC}Desc: 'Component 1 Referenced Mating Feature Set ID';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0076; Element: $0090; {$ifdef IEDICOMDESC}Desc: 'Component 1 Referenced Mating Feature ID';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0076; Element: $00A0; {$ifdef IEDICOMDESC}Desc: 'Component 2 Referenced ID';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0076; Element: $00B0; {$ifdef IEDICOMDESC}Desc: 'Component 2 Referenced Mating Feature Set ID';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0076; Element: $00C0; {$ifdef IEDICOMDESC}Desc: 'Component 2 Referenced Mating Feature ID';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0078; Element: $0001; {$ifdef IEDICOMDESC}Desc: 'Implant Template Group Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0078; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Implant Template Group Description';{$endif} VType: dvST; Src: dsStandard ), (Group: $0078; Element: $0020; {$ifdef IEDICOMDESC}Desc: 'Implant Template Group Issuer';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0078; Element: $0024; {$ifdef IEDICOMDESC}Desc: 'Implant Template Group Version';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0078; Element: $0026; {$ifdef IEDICOMDESC}Desc: 'Replaced Implant Template Group Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0078; Element: $0028; {$ifdef IEDICOMDESC}Desc: 'Implant Template Group Target Anatomy Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0078; Element: $002A; {$ifdef IEDICOMDESC}Desc: 'Implant Template Group Members Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0078; Element: $002E; {$ifdef IEDICOMDESC}Desc: 'Implant Template Group Member ID';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0078; Element: $0050; {$ifdef IEDICOMDESC}Desc: '3D Implant Template Group Member Matching Point';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0078; Element: $0060; {$ifdef IEDICOMDESC}Desc: '3D Implant Template Group Member Matching Axes';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0078; Element: $0070; {$ifdef IEDICOMDESC}Desc: 'Implant Template Group Member Matching 2D Coordinates Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0078; Element: $0090; {$ifdef IEDICOMDESC}Desc: '2D Implant Template Group Member Matching Point';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0078; Element: $00A0; {$ifdef IEDICOMDESC}Desc: '2D Implant Template Group Member Matching Axes';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0078; Element: $00B0; {$ifdef IEDICOMDESC}Desc: 'Implant Template Group Variation Dimension Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0078; Element: $00B2; {$ifdef IEDICOMDESC}Desc: 'Implant Template Group Variation Dimension Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0078; Element: $00B4; {$ifdef IEDICOMDESC}Desc: 'Implant Template Group Variation Dimension Rank Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0078; Element: $00B6; {$ifdef IEDICOMDESC}Desc: 'Referenced Implant Template Group Member ID';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0078; Element: $00B8; {$ifdef IEDICOMDESC}Desc: 'Implant Template Group Variation Dimension Rank';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0080; Element: $0001; {$ifdef IEDICOMDESC}Desc: 'Surface Scan Acquisition Type Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0080; Element: $0002; {$ifdef IEDICOMDESC}Desc: 'Surface Scan Mode Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0080; Element: $0003; {$ifdef IEDICOMDESC}Desc: 'Registration Method Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0080; Element: $0004; {$ifdef IEDICOMDESC}Desc: 'Shot Duration Time';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0080; Element: $0005; {$ifdef IEDICOMDESC}Desc: 'Shot Offset Time';{$endif} VType: dvFD; Src: dsStandard ), (Group: $0080; Element: $0006; {$ifdef IEDICOMDESC}Desc: 'Surface Point Presentation Value Data';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0080; Element: $0007; {$ifdef IEDICOMDESC}Desc: 'Surface Point Color CIELab Value Data';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0080; Element: $0008; {$ifdef IEDICOMDESC}Desc: 'UV Mapping Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0080; Element: $0009; {$ifdef IEDICOMDESC}Desc: 'Texture Label';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0080; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'U Value Data';{$endif} VType: dvOF; Src: dsStandard ), (Group: $0080; Element: $0011; {$ifdef IEDICOMDESC}Desc: 'V Value Data';{$endif} VType: dvOF; Src: dsStandard ), (Group: $0080; Element: $0012; {$ifdef IEDICOMDESC}Desc: 'Referenced Texture Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0080; Element: $0013; {$ifdef IEDICOMDESC}Desc: 'Referenced Surface Data Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0087; Element: $0010; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvCS; Src: dsProprietary ), (Group: $0087; Element: $0020; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvCS; Src: dsProprietary ), (Group: $0087; Element: $0050; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $0088; Element: $0000; {$ifdef IEDICOMDESC}Desc: 'Storage Group Length';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $0088; Element: $0130; {$ifdef IEDICOMDESC}Desc: 'Storage Media File-set ID';{$endif} VType: dvSH; Src: dsStandard ), (Group: $0088; Element: $0140; {$ifdef IEDICOMDESC}Desc: 'Storage Media File-set UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0088; Element: $0200; {$ifdef IEDICOMDESC}Desc: 'Icon Image Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0088; Element: $0904; {$ifdef IEDICOMDESC}Desc: 'Topic Title';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0088; Element: $0906; {$ifdef IEDICOMDESC}Desc: 'Topic Subject';{$endif} VType: dvST; Src: dsDeprecated ), (Group: $0088; Element: $0910; {$ifdef IEDICOMDESC}Desc: 'Topic Author';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0088; Element: $0912; {$ifdef IEDICOMDESC}Desc: 'Topic Keywords';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $0095; Element: $0001; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0095; Element: $0004; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $0095; Element: $0005; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0095; Element: $0007; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $0099; Element: $0002; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $00E1; Element: $0001; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $00E1; Element: $0014; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $00E1; Element: $0022; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $00E1; Element: $0023; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $00E1; Element: $0024; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $00E1; Element: $0025; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $00E1; Element: $0040; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSH; Src: dsProprietary ), (Group: $0100; Element: $0410; {$ifdef IEDICOMDESC}Desc: 'SOP Instance Status';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0100; Element: $0420; {$ifdef IEDICOMDESC}Desc: 'SOP Authorization Date/Time';{$endif} VType: dvDT; Src: dsStandard ), (Group: $0100; Element: $0424; {$ifdef IEDICOMDESC}Desc: 'SOP Authorization Comment';{$endif} VType: dvLT; Src: dsStandard ), (Group: $0100; Element: $0426; {$ifdef IEDICOMDESC}Desc: 'Authorization Equipment Certification Number';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0193; Element: $0002; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0307; Element: $0001; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUN; Src: dsProprietary ), (Group: $0309; Element: $0001; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUN; Src: dsProprietary ), (Group: $0400; Element: $0005; {$ifdef IEDICOMDESC}Desc: 'MAC ID Number';{$endif} VType: dvUS; Src: dsStandard ), (Group: $0400; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'MAC Calculation Transfer Syntax UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0400; Element: $0015; {$ifdef IEDICOMDESC}Desc: 'MAC Algorithm';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0400; Element: $0020; {$ifdef IEDICOMDESC}Desc: 'Data Elements Signed';{$endif} VType: dvAT; Src: dsStandard ), (Group: $0400; Element: $0100; {$ifdef IEDICOMDESC}Desc: 'Digital Signature UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0400; Element: $0105; {$ifdef IEDICOMDESC}Desc: 'Digital Signature Date/Time';{$endif} VType: dvDT; Src: dsStandard ), (Group: $0400; Element: $0110; {$ifdef IEDICOMDESC}Desc: 'Certificate Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0400; Element: $0115; {$ifdef IEDICOMDESC}Desc: 'Certificate of Signer';{$endif} VType: dvOB; Src: dsStandard ), (Group: $0400; Element: $0120; {$ifdef IEDICOMDESC}Desc: 'Signature';{$endif} VType: dvOB; Src: dsStandard ), (Group: $0400; Element: $0305; {$ifdef IEDICOMDESC}Desc: 'Certified Timestamp Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0400; Element: $0310; {$ifdef IEDICOMDESC}Desc: 'Certified Timestamp';{$endif} VType: dvOB; Src: dsStandard ), (Group: $0400; Element: $0401; {$ifdef IEDICOMDESC}Desc: 'Digital Signature Purpose Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0400; Element: $0402; {$ifdef IEDICOMDESC}Desc: 'Referenced Digital Signature Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0400; Element: $0403; {$ifdef IEDICOMDESC}Desc: 'Referenced SOP Instance MAC Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0400; Element: $0404; {$ifdef IEDICOMDESC}Desc: 'MAC';{$endif} VType: dvOB; Src: dsStandard ), (Group: $0400; Element: $0500; {$ifdef IEDICOMDESC}Desc: 'Encrypted Attributes Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0400; Element: $0510; {$ifdef IEDICOMDESC}Desc: 'Encrypted Content Transfer Syntax UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $0400; Element: $0520; {$ifdef IEDICOMDESC}Desc: 'Encrypted Content';{$endif} VType: dvOB; Src: dsStandard ), (Group: $0400; Element: $0550; {$ifdef IEDICOMDESC}Desc: 'Modified Attributes Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0400; Element: $0561; {$ifdef IEDICOMDESC}Desc: 'Original Attributes Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $0400; Element: $0562; {$ifdef IEDICOMDESC}Desc: 'Attribute Modification Date/Time';{$endif} VType: dvDT; Src: dsStandard ), (Group: $0400; Element: $0563; {$ifdef IEDICOMDESC}Desc: 'Modifying System';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0400; Element: $0564; {$ifdef IEDICOMDESC}Desc: 'Source of Previous Values';{$endif} VType: dvLO; Src: dsStandard ), (Group: $0400; Element: $0565; {$ifdef IEDICOMDESC}Desc: 'Reason for the Attribute Modification';{$endif} VType: dvCS; Src: dsStandard ), (Group: $0601; Element: $0000; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSH; Src: dsProprietary ), (Group: $0601; Element: $0020; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0601; Element: $0021; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0601; Element: $0030; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSH; Src: dsProprietary ), (Group: $0601; Element: $0031; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0601; Element: $0050; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvSH; Src: dsProprietary ), (Group: $0601; Element: $0070; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0601; Element: $0071; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $0601; Element: $0072; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDS; Src: dsProprietary ), (Group: $1000; Element: $0000; {$ifdef IEDICOMDESC}Desc: 'Escape Triplet';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $1000; Element: $0001; {$ifdef IEDICOMDESC}Desc: 'Run Length Triplet';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $1000; Element: $0002; {$ifdef IEDICOMDESC}Desc: 'Huffman Table Size';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $1000; Element: $0003; {$ifdef IEDICOMDESC}Desc: 'Huffman Table Triplet';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $1000; Element: $0004; {$ifdef IEDICOMDESC}Desc: 'Shift Table Size';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $1000; Element: $0005; {$ifdef IEDICOMDESC}Desc: 'Shift Table Triplet';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $1000; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Escape Triplet';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $1000; Element: $0011; {$ifdef IEDICOMDESC}Desc: 'Run Length Triplet';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $1000; Element: $0012; {$ifdef IEDICOMDESC}Desc: 'Huffman Table Size';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $1000; Element: $0013; {$ifdef IEDICOMDESC}Desc: 'Huffman Table Triplet';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $1000; Element: $0014; {$ifdef IEDICOMDESC}Desc: 'Shift Table Size';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $1000; Element: $0015; {$ifdef IEDICOMDESC}Desc: 'Shift Table Triplet';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $1010; Element: $0000; {$ifdef IEDICOMDESC}Desc: 'Zonal Map';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $1010; Element: $0004; {$ifdef IEDICOMDESC}Desc: 'Zonal Map';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $1369; Element: $0000; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $2000; Element: $0000; {$ifdef IEDICOMDESC}Desc: 'Film Session Group Length';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $2000; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Number of Copies';{$endif} VType: dvIS; Src: dsStandard ), (Group: $2000; Element: $001E; {$ifdef IEDICOMDESC}Desc: 'Printer Configuration Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $2000; Element: $0020; {$ifdef IEDICOMDESC}Desc: 'Print Priority';{$endif} VType: dvCS; Src: dsStandard ), (Group: $2000; Element: $0030; {$ifdef IEDICOMDESC}Desc: 'Medium Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $2000; Element: $0040; {$ifdef IEDICOMDESC}Desc: 'Film Destination';{$endif} VType: dvCS; Src: dsStandard ), (Group: $2000; Element: $0050; {$ifdef IEDICOMDESC}Desc: 'Film Session Label';{$endif} VType: dvLO; Src: dsStandard ), (Group: $2000; Element: $0060; {$ifdef IEDICOMDESC}Desc: 'Memory Allocation';{$endif} VType: dvIS; Src: dsStandard ), (Group: $2000; Element: $0061; {$ifdef IEDICOMDESC}Desc: 'Maximum Memory Allocation';{$endif} VType: dvIS; Src: dsStandard ), (Group: $2000; Element: $0062; {$ifdef IEDICOMDESC}Desc: 'Color Image Printing Flag';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $2000; Element: $0063; {$ifdef IEDICOMDESC}Desc: 'Collation Flag';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $2000; Element: $0065; {$ifdef IEDICOMDESC}Desc: 'Annotation Flag';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $2000; Element: $0067; {$ifdef IEDICOMDESC}Desc: 'Image Overlay Flag';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $2000; Element: $0069; {$ifdef IEDICOMDESC}Desc: 'Presentation LUT Flag';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $2000; Element: $006A; {$ifdef IEDICOMDESC}Desc: 'Image Box Presentation LUT Flag';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $2000; Element: $00A0; {$ifdef IEDICOMDESC}Desc: 'Memory Bit Depth';{$endif} VType: dvUS; Src: dsStandard ), (Group: $2000; Element: $00A1; {$ifdef IEDICOMDESC}Desc: 'Printing Bit Depth';{$endif} VType: dvUS; Src: dsStandard ), (Group: $2000; Element: $00A2; {$ifdef IEDICOMDESC}Desc: 'Media Installed Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $2000; Element: $00A4; {$ifdef IEDICOMDESC}Desc: 'Other Media Available Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $2000; Element: $00A8; {$ifdef IEDICOMDESC}Desc: 'Supported Image Display Formats Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $2000; Element: $0500; {$ifdef IEDICOMDESC}Desc: 'Referenced Film Box Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $2000; Element: $0510; {$ifdef IEDICOMDESC}Desc: 'Referenced Stored Print Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $2010; Element: $0000; {$ifdef IEDICOMDESC}Desc: 'Film Box Group Length';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $2010; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Image Display Format';{$endif} VType: dvST; Src: dsStandard ), (Group: $2010; Element: $0030; {$ifdef IEDICOMDESC}Desc: 'Annotation Display Format ID';{$endif} VType: dvCS; Src: dsStandard ), (Group: $2010; Element: $0040; {$ifdef IEDICOMDESC}Desc: 'Film Orientation';{$endif} VType: dvCS; Src: dsStandard ), (Group: $2010; Element: $0050; {$ifdef IEDICOMDESC}Desc: 'Film Size ID';{$endif} VType: dvCS; Src: dsStandard ), (Group: $2010; Element: $0052; {$ifdef IEDICOMDESC}Desc: 'Printer Resolution ID';{$endif} VType: dvCS; Src: dsStandard ), (Group: $2010; Element: $0054; {$ifdef IEDICOMDESC}Desc: 'Default Printer Resolution ID';{$endif} VType: dvCS; Src: dsStandard ), (Group: $2010; Element: $0060; {$ifdef IEDICOMDESC}Desc: 'Magnification Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $2010; Element: $0080; {$ifdef IEDICOMDESC}Desc: 'Smoothing Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $2010; Element: $00A6; {$ifdef IEDICOMDESC}Desc: 'Default Magnification Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $2010; Element: $00A7; {$ifdef IEDICOMDESC}Desc: 'Other Magnification Types Available';{$endif} VType: dvCS; Src: dsStandard ), (Group: $2010; Element: $00A8; {$ifdef IEDICOMDESC}Desc: 'Default Smoothing Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $2010; Element: $00A9; {$ifdef IEDICOMDESC}Desc: 'Other Smoothing Types Available';{$endif} VType: dvCS; Src: dsStandard ), (Group: $2010; Element: $0100; {$ifdef IEDICOMDESC}Desc: 'Border Density';{$endif} VType: dvCS; Src: dsStandard ), (Group: $2010; Element: $0110; {$ifdef IEDICOMDESC}Desc: 'Empty Image Density';{$endif} VType: dvCS; Src: dsStandard ), (Group: $2010; Element: $0120; {$ifdef IEDICOMDESC}Desc: 'Min Density';{$endif} VType: dvUS; Src: dsStandard ), (Group: $2010; Element: $0130; {$ifdef IEDICOMDESC}Desc: 'Max Density';{$endif} VType: dvUS; Src: dsStandard ), (Group: $2010; Element: $0140; {$ifdef IEDICOMDESC}Desc: 'Trim';{$endif} VType: dvCS; Src: dsStandard ), (Group: $2010; Element: $0150; {$ifdef IEDICOMDESC}Desc: 'Configuration Information';{$endif} VType: dvST; Src: dsStandard ), (Group: $2010; Element: $0152; {$ifdef IEDICOMDESC}Desc: 'Configuration Information Description';{$endif} VType: dvLT; Src: dsStandard ), (Group: $2010; Element: $0154; {$ifdef IEDICOMDESC}Desc: 'Maximum Collated Films';{$endif} VType: dvIS; Src: dsStandard ), (Group: $2010; Element: $015E; {$ifdef IEDICOMDESC}Desc: 'Illumination';{$endif} VType: dvUS; Src: dsStandard ), (Group: $2010; Element: $0160; {$ifdef IEDICOMDESC}Desc: 'Reflected Ambient Light';{$endif} VType: dvUS; Src: dsStandard ), (Group: $2010; Element: $0376; {$ifdef IEDICOMDESC}Desc: 'Printer Pixel Spacing';{$endif} VType: dvDS; Src: dsStandard ), (Group: $2010; Element: $0500; {$ifdef IEDICOMDESC}Desc: 'Referenced Film Session Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $2010; Element: $0510; {$ifdef IEDICOMDESC}Desc: 'Referenced Image Box Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $2010; Element: $0520; {$ifdef IEDICOMDESC}Desc: 'Referenced Basic Annotation Box Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $2020; Element: $0000; {$ifdef IEDICOMDESC}Desc: 'Image Box Group Length';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $2020; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Image Box Position';{$endif} VType: dvUS; Src: dsStandard ), (Group: $2020; Element: $0020; {$ifdef IEDICOMDESC}Desc: 'Polarity';{$endif} VType: dvCS; Src: dsStandard ), (Group: $2020; Element: $0030; {$ifdef IEDICOMDESC}Desc: 'Requested Image Size';{$endif} VType: dvDS; Src: dsStandard ), (Group: $2020; Element: $0040; {$ifdef IEDICOMDESC}Desc: 'Requested Decimate/Crop Behavior';{$endif} VType: dvCS; Src: dsStandard ), (Group: $2020; Element: $0050; {$ifdef IEDICOMDESC}Desc: 'Requested Resolution ID';{$endif} VType: dvCS; Src: dsStandard ), (Group: $2020; Element: $00A0; {$ifdef IEDICOMDESC}Desc: 'Requested Image Size Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $2020; Element: $00A2; {$ifdef IEDICOMDESC}Desc: 'Decimate/Crop Result';{$endif} VType: dvCS; Src: dsStandard ), (Group: $2020; Element: $0110; {$ifdef IEDICOMDESC}Desc: 'Basic Grayscale Image Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $2020; Element: $0111; {$ifdef IEDICOMDESC}Desc: 'Basic Color Image Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $2020; Element: $0130; {$ifdef IEDICOMDESC}Desc: 'Referenced Image Overlay Box Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $2020; Element: $0140; {$ifdef IEDICOMDESC}Desc: 'Referenced VOI LUT Box Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $2030; Element: $0000; {$ifdef IEDICOMDESC}Desc: 'Annotation Group Length';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $2030; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Annotation Position';{$endif} VType: dvUS; Src: dsStandard ), (Group: $2030; Element: $0020; {$ifdef IEDICOMDESC}Desc: 'Text String';{$endif} VType: dvLO; Src: dsStandard ), (Group: $2040; Element: $0000; {$ifdef IEDICOMDESC}Desc: 'Overlay Box Group Length';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $2040; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Referenced Overlay Plane Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $2040; Element: $0011; {$ifdef IEDICOMDESC}Desc: 'Referenced Overlay Plane Groups';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $2040; Element: $0020; {$ifdef IEDICOMDESC}Desc: 'Overlay Pixel Data Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $2040; Element: $0060; {$ifdef IEDICOMDESC}Desc: 'Overlay Magnification Type';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $2040; Element: $0070; {$ifdef IEDICOMDESC}Desc: 'Overlay Smoothing Type';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $2040; Element: $0072; {$ifdef IEDICOMDESC}Desc: 'Overlay or Image Magnification';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $2040; Element: $0074; {$ifdef IEDICOMDESC}Desc: 'Magnify to Number of Columns';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $2040; Element: $0080; {$ifdef IEDICOMDESC}Desc: 'Overlay Foreground Density';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $2040; Element: $0082; {$ifdef IEDICOMDESC}Desc: 'Overlay Background Density';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $2040; Element: $0090; {$ifdef IEDICOMDESC}Desc: 'Overlay Mode';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $2040; Element: $0100; {$ifdef IEDICOMDESC}Desc: 'Threshold Density';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $2040; Element: $0500; {$ifdef IEDICOMDESC}Desc: 'Referenced Image Box Sequence (Retired)';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $2050; Element: $0000; {$ifdef IEDICOMDESC}Desc: 'Presentation LUT Group Length';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $2050; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Presentation LUT Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $2050; Element: $0020; {$ifdef IEDICOMDESC}Desc: 'Presentation LUT Shape';{$endif} VType: dvCS; Src: dsStandard ), (Group: $2050; Element: $0500; {$ifdef IEDICOMDESC}Desc: 'Referenced Presentation LUT Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $2100; Element: $0000; {$ifdef IEDICOMDESC}Desc: 'Print Job Group Length';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $2100; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Print Job ID';{$endif} VType: dvSH; Src: dsDeprecated ), (Group: $2100; Element: $0020; {$ifdef IEDICOMDESC}Desc: 'Execution Status';{$endif} VType: dvCS; Src: dsStandard ), (Group: $2100; Element: $0030; {$ifdef IEDICOMDESC}Desc: 'Execution Status Info';{$endif} VType: dvCS; Src: dsStandard ), (Group: $2100; Element: $0040; {$ifdef IEDICOMDESC}Desc: 'Creation Date';{$endif} VType: dvDA; Src: dsStandard ), (Group: $2100; Element: $0050; {$ifdef IEDICOMDESC}Desc: 'Creation Time';{$endif} VType: dvTM; Src: dsStandard ), (Group: $2100; Element: $0070; {$ifdef IEDICOMDESC}Desc: 'Originator';{$endif} VType: dvAE; Src: dsStandard ), (Group: $2100; Element: $0140; {$ifdef IEDICOMDESC}Desc: 'Destination AE';{$endif} VType: dvAE; Src: dsDeprecated ), (Group: $2100; Element: $0160; {$ifdef IEDICOMDESC}Desc: 'Owner ID';{$endif} VType: dvSH; Src: dsStandard ), (Group: $2100; Element: $0170; {$ifdef IEDICOMDESC}Desc: 'Number of Films';{$endif} VType: dvIS; Src: dsStandard ), (Group: $2100; Element: $0500; {$ifdef IEDICOMDESC}Desc: 'Referenced Print Job Sequence (Pull Stored Print)';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $2110; Element: $0000; {$ifdef IEDICOMDESC}Desc: 'Printer Group Length';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $2110; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Printer Status';{$endif} VType: dvCS; Src: dsStandard ), (Group: $2110; Element: $0020; {$ifdef IEDICOMDESC}Desc: 'Printer Status Info';{$endif} VType: dvCS; Src: dsStandard ), (Group: $2110; Element: $0030; {$ifdef IEDICOMDESC}Desc: 'Printer Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $2110; Element: $0099; {$ifdef IEDICOMDESC}Desc: 'Print Queue ID';{$endif} VType: dvSH; Src: dsDeprecated ), (Group: $2120; Element: $0000; {$ifdef IEDICOMDESC}Desc: 'Queue Group Length';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $2120; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Queue Status';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $2120; Element: $0050; {$ifdef IEDICOMDESC}Desc: 'Print Job Description Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $2120; Element: $0070; {$ifdef IEDICOMDESC}Desc: 'Referenced Print Job Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $2130; Element: $0000; {$ifdef IEDICOMDESC}Desc: 'Print Content Group Length';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $2130; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Print Management Capabilities Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $2130; Element: $0015; {$ifdef IEDICOMDESC}Desc: 'Printer Characteristics Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $2130; Element: $0030; {$ifdef IEDICOMDESC}Desc: 'Film Box Content Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $2130; Element: $0040; {$ifdef IEDICOMDESC}Desc: 'Image Box Content Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $2130; Element: $0050; {$ifdef IEDICOMDESC}Desc: 'Annotation Content Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $2130; Element: $0060; {$ifdef IEDICOMDESC}Desc: 'Image Overlay Box Content Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $2130; Element: $0080; {$ifdef IEDICOMDESC}Desc: 'Presentation LUT Content Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $2130; Element: $00A0; {$ifdef IEDICOMDESC}Desc: 'Proposed Study Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $2130; Element: $00C0; {$ifdef IEDICOMDESC}Desc: 'Original Image Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $2200; Element: $0001; {$ifdef IEDICOMDESC}Desc: 'Label Using Information Extracted From Instances';{$endif} VType: dvCS; Src: dsStandard ), (Group: $2200; Element: $0002; {$ifdef IEDICOMDESC}Desc: 'Label Text';{$endif} VType: dvUT; Src: dsStandard ), (Group: $2200; Element: $0003; {$ifdef IEDICOMDESC}Desc: 'Label Style Selection';{$endif} VType: dvCS; Src: dsStandard ), (Group: $2200; Element: $0004; {$ifdef IEDICOMDESC}Desc: 'Media Disposition';{$endif} VType: dvLT; Src: dsStandard ), (Group: $2200; Element: $0005; {$ifdef IEDICOMDESC}Desc: 'Barcode Value';{$endif} VType: dvLT; Src: dsStandard ), (Group: $2200; Element: $0006; {$ifdef IEDICOMDESC}Desc: 'Barcode Symbology';{$endif} VType: dvCS; Src: dsStandard ), (Group: $2200; Element: $0007; {$ifdef IEDICOMDESC}Desc: 'Allow Media Splitting';{$endif} VType: dvCS; Src: dsStandard ), (Group: $2200; Element: $0008; {$ifdef IEDICOMDESC}Desc: 'Include Non-DICOM Objects';{$endif} VType: dvCS; Src: dsStandard ), (Group: $2200; Element: $0009; {$ifdef IEDICOMDESC}Desc: 'Include Display Application';{$endif} VType: dvCS; Src: dsStandard ), (Group: $2200; Element: $000A; {$ifdef IEDICOMDESC}Desc: 'Preserve Composite Instances After Media Creation';{$endif} VType: dvCS; Src: dsStandard ), (Group: $2200; Element: $000B; {$ifdef IEDICOMDESC}Desc: 'Total Number of Pieces of Media Created';{$endif} VType: dvUS; Src: dsStandard ), (Group: $2200; Element: $000C; {$ifdef IEDICOMDESC}Desc: 'Requested Media Application Profile';{$endif} VType: dvLO; Src: dsStandard ), (Group: $2200; Element: $000D; {$ifdef IEDICOMDESC}Desc: 'Referenced Storage Media Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $2200; Element: $000E; {$ifdef IEDICOMDESC}Desc: 'Failure Attributes';{$endif} VType: dvAT; Src: dsStandard ), (Group: $2200; Element: $000F; {$ifdef IEDICOMDESC}Desc: 'Allow Lossy Compression';{$endif} VType: dvCS; Src: dsStandard ), (Group: $2200; Element: $0020; {$ifdef IEDICOMDESC}Desc: 'Request Priority';{$endif} VType: dvCS; Src: dsStandard ), (Group: $3002; Element: $0000; {$ifdef IEDICOMDESC}Desc: 'RT Image Group Length';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $3002; Element: $0002; {$ifdef IEDICOMDESC}Desc: 'RT Image Label';{$endif} VType: dvSH; Src: dsStandard ), (Group: $3002; Element: $0003; {$ifdef IEDICOMDESC}Desc: 'RT Image Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $3002; Element: $0004; {$ifdef IEDICOMDESC}Desc: 'RT Image Description';{$endif} VType: dvST; Src: dsStandard ), (Group: $3002; Element: $000A; {$ifdef IEDICOMDESC}Desc: 'Reported Values Origin';{$endif} VType: dvCS; Src: dsStandard ), (Group: $3002; Element: $000C; {$ifdef IEDICOMDESC}Desc: 'RT Image Plane';{$endif} VType: dvCS; Src: dsStandard ), (Group: $3002; Element: $000D; {$ifdef IEDICOMDESC}Desc: 'X-Ray Image Receptor Translation';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3002; Element: $000E; {$ifdef IEDICOMDESC}Desc: 'X-Ray Image Receptor Angle';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3002; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'RT Image Orientation';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3002; Element: $0011; {$ifdef IEDICOMDESC}Desc: 'Image Plane Pixel Spacing';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3002; Element: $0012; {$ifdef IEDICOMDESC}Desc: 'RT Image Position';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3002; Element: $0020; {$ifdef IEDICOMDESC}Desc: 'Radiation Machine Name';{$endif} VType: dvSH; Src: dsStandard ), (Group: $3002; Element: $0022; {$ifdef IEDICOMDESC}Desc: 'Radiation Machine SAD';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3002; Element: $0024; {$ifdef IEDICOMDESC}Desc: 'Radiation Machine SSD';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3002; Element: $0026; {$ifdef IEDICOMDESC}Desc: 'RT Image SID';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3002; Element: $0028; {$ifdef IEDICOMDESC}Desc: 'Source to Reference Object Distance';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3002; Element: $0029; {$ifdef IEDICOMDESC}Desc: 'Fraction Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $3002; Element: $0030; {$ifdef IEDICOMDESC}Desc: 'Exposure Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3002; Element: $0032; {$ifdef IEDICOMDESC}Desc: 'Meterset Exposure';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3002; Element: $0034; {$ifdef IEDICOMDESC}Desc: 'Diaphragm Position';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3002; Element: $0040; {$ifdef IEDICOMDESC}Desc: 'Fluence Map Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3002; Element: $0041; {$ifdef IEDICOMDESC}Desc: 'Fluence Data Source';{$endif} VType: dvCS; Src: dsStandard ), (Group: $3002; Element: $0042; {$ifdef IEDICOMDESC}Desc: 'Fluence Data Scale';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3002; Element: $0050; {$ifdef IEDICOMDESC}Desc: 'Primary Fluence Mode Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3002; Element: $0051; {$ifdef IEDICOMDESC}Desc: 'Fluence Mode';{$endif} VType: dvCS; Src: dsStandard ), (Group: $3002; Element: $0052; {$ifdef IEDICOMDESC}Desc: 'Fluence Mode ID';{$endif} VType: dvSH; Src: dsStandard ), (Group: $3004; Element: $0000; {$ifdef IEDICOMDESC}Desc: 'Dose Group Length';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $3004; Element: $0001; {$ifdef IEDICOMDESC}Desc: 'DVH Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $3004; Element: $0002; {$ifdef IEDICOMDESC}Desc: 'Dose Units';{$endif} VType: dvCS; Src: dsStandard ), (Group: $3004; Element: $0004; {$ifdef IEDICOMDESC}Desc: 'Dose Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $3004; Element: $0005; {$ifdef IEDICOMDESC}Desc: 'Spatial Transform of Dose';{$endif} VType: dvCS; Src: dsStandard ), (Group: $3004; Element: $0006; {$ifdef IEDICOMDESC}Desc: 'Dose Comment';{$endif} VType: dvLO; Src: dsStandard ), (Group: $3004; Element: $0008; {$ifdef IEDICOMDESC}Desc: 'Normalization Point';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3004; Element: $000A; {$ifdef IEDICOMDESC}Desc: 'Dose Summation Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $3004; Element: $000C; {$ifdef IEDICOMDESC}Desc: 'Grid Frame Offset Vector';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3004; Element: $000E; {$ifdef IEDICOMDESC}Desc: 'Dose Grid Scaling';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3004; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'RT Dose ROI Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3004; Element: $0012; {$ifdef IEDICOMDESC}Desc: 'Dose Value';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3004; Element: $0014; {$ifdef IEDICOMDESC}Desc: 'Tissue Heterogeneity Correction';{$endif} VType: dvCS; Src: dsStandard ), (Group: $3004; Element: $0040; {$ifdef IEDICOMDESC}Desc: 'DVH Normalization Point';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3004; Element: $0042; {$ifdef IEDICOMDESC}Desc: 'DVH Normalization Dose Value';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3004; Element: $0050; {$ifdef IEDICOMDESC}Desc: 'DVH Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3004; Element: $0052; {$ifdef IEDICOMDESC}Desc: 'DVH Dose Scaling';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3004; Element: $0054; {$ifdef IEDICOMDESC}Desc: 'DVH Volume Units';{$endif} VType: dvCS; Src: dsStandard ), (Group: $3004; Element: $0056; {$ifdef IEDICOMDESC}Desc: 'DVH Number of Bins';{$endif} VType: dvIS; Src: dsStandard ), (Group: $3004; Element: $0058; {$ifdef IEDICOMDESC}Desc: 'DVH Data';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3004; Element: $0060; {$ifdef IEDICOMDESC}Desc: 'DVH Referenced ROI Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3004; Element: $0062; {$ifdef IEDICOMDESC}Desc: 'DVH ROI Contribution Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $3004; Element: $0070; {$ifdef IEDICOMDESC}Desc: 'DVH Minimum Dose';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3004; Element: $0072; {$ifdef IEDICOMDESC}Desc: 'DVH Maximum Dose';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3004; Element: $0074; {$ifdef IEDICOMDESC}Desc: 'DVH Mean Dose';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3006; Element: $0000; {$ifdef IEDICOMDESC}Desc: 'Structure Set Group Length';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $3006; Element: $0002; {$ifdef IEDICOMDESC}Desc: 'Structure Set Label';{$endif} VType: dvSH; Src: dsStandard ), (Group: $3006; Element: $0004; {$ifdef IEDICOMDESC}Desc: 'Structure Set Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $3006; Element: $0006; {$ifdef IEDICOMDESC}Desc: 'Structure Set Description';{$endif} VType: dvST; Src: dsStandard ), (Group: $3006; Element: $0008; {$ifdef IEDICOMDESC}Desc: 'Structure Set Date';{$endif} VType: dvDA; Src: dsStandard ), (Group: $3006; Element: $0009; {$ifdef IEDICOMDESC}Desc: 'Structure Set Time';{$endif} VType: dvTM; Src: dsStandard ), (Group: $3006; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Referenced Frame of Reference Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3006; Element: $0012; {$ifdef IEDICOMDESC}Desc: 'RT Referenced Study Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3006; Element: $0014; {$ifdef IEDICOMDESC}Desc: 'RT Referenced Series Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3006; Element: $0016; {$ifdef IEDICOMDESC}Desc: 'Contour Image Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3006; Element: $0018; {$ifdef IEDICOMDESC}Desc: 'Predecessor Structure Set Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3006; Element: $0020; {$ifdef IEDICOMDESC}Desc: 'Structure Set ROI Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3006; Element: $0022; {$ifdef IEDICOMDESC}Desc: 'ROI Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $3006; Element: $0024; {$ifdef IEDICOMDESC}Desc: 'Referenced Frame of Reference UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $3006; Element: $0026; {$ifdef IEDICOMDESC}Desc: 'ROI Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $3006; Element: $0028; {$ifdef IEDICOMDESC}Desc: 'ROI Description';{$endif} VType: dvST; Src: dsStandard ), (Group: $3006; Element: $002A; {$ifdef IEDICOMDESC}Desc: 'ROI Display Color';{$endif} VType: dvIS; Src: dsStandard ), (Group: $3006; Element: $002C; {$ifdef IEDICOMDESC}Desc: 'ROI Volume';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3006; Element: $0030; {$ifdef IEDICOMDESC}Desc: 'RT Related ROI Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3006; Element: $0033; {$ifdef IEDICOMDESC}Desc: 'RT ROI Relationship';{$endif} VType: dvCS; Src: dsStandard ), (Group: $3006; Element: $0036; {$ifdef IEDICOMDESC}Desc: 'ROI Generation Algorithm';{$endif} VType: dvCS; Src: dsStandard ), (Group: $3006; Element: $0038; {$ifdef IEDICOMDESC}Desc: 'ROI Generation Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $3006; Element: $0039; {$ifdef IEDICOMDESC}Desc: 'ROI Contour Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3006; Element: $0040; {$ifdef IEDICOMDESC}Desc: 'Contour Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3006; Element: $0042; {$ifdef IEDICOMDESC}Desc: 'Contour Geometric Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $3006; Element: $0044; {$ifdef IEDICOMDESC}Desc: 'Contour Slab Thickness';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3006; Element: $0045; {$ifdef IEDICOMDESC}Desc: 'Contour Offset Vector';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3006; Element: $0046; {$ifdef IEDICOMDESC}Desc: 'Number of Contour Points';{$endif} VType: dvIS; Src: dsStandard ), (Group: $3006; Element: $0048; {$ifdef IEDICOMDESC}Desc: 'Contour Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $3006; Element: $0049; {$ifdef IEDICOMDESC}Desc: 'Attached Contours';{$endif} VType: dvIS; Src: dsStandard ), (Group: $3006; Element: $0050; {$ifdef IEDICOMDESC}Desc: 'Contour Data';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3006; Element: $0080; {$ifdef IEDICOMDESC}Desc: 'RT ROI Observations Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3006; Element: $0082; {$ifdef IEDICOMDESC}Desc: 'Observation Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $3006; Element: $0084; {$ifdef IEDICOMDESC}Desc: 'Referenced ROI Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $3006; Element: $0085; {$ifdef IEDICOMDESC}Desc: 'ROI Observation Label';{$endif} VType: dvSH; Src: dsStandard ), (Group: $3006; Element: $0086; {$ifdef IEDICOMDESC}Desc: 'RT ROI Identification Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3006; Element: $0088; {$ifdef IEDICOMDESC}Desc: 'ROI Observation Description';{$endif} VType: dvST; Src: dsStandard ), (Group: $3006; Element: $00A0; {$ifdef IEDICOMDESC}Desc: 'Related RT ROI Observations Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3006; Element: $00A4; {$ifdef IEDICOMDESC}Desc: 'RT ROI Interpreted Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $3006; Element: $00A6; {$ifdef IEDICOMDESC}Desc: 'ROI Interpreter';{$endif} VType: dvPN; Src: dsStandard ), (Group: $3006; Element: $00B0; {$ifdef IEDICOMDESC}Desc: 'ROI Physical Properties Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3006; Element: $00B2; {$ifdef IEDICOMDESC}Desc: 'ROI Physical Property';{$endif} VType: dvCS; Src: dsStandard ), (Group: $3006; Element: $00B4; {$ifdef IEDICOMDESC}Desc: 'ROI Physical Property Value';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3006; Element: $00B6; {$ifdef IEDICOMDESC}Desc: 'ROI Elemental Composition Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3006; Element: $00B7; {$ifdef IEDICOMDESC}Desc: 'ROI Elemental Composition Atomic Number';{$endif} VType: dvUS; Src: dsStandard ), (Group: $3006; Element: $00B8; {$ifdef IEDICOMDESC}Desc: 'ROI Elemental Composition Atomic Mass Fraction';{$endif} VType: dvFL; Src: dsStandard ), (Group: $3006; Element: $00B9; {$ifdef IEDICOMDESC}Desc: 'Additional RT ROI Identification Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3006; Element: $00C0; {$ifdef IEDICOMDESC}Desc: 'Frame of Reference Relationship Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $3006; Element: $00C2; {$ifdef IEDICOMDESC}Desc: 'Related Frame of Reference UID';{$endif} VType: dvUI; Src: dsDeprecated ), (Group: $3006; Element: $00C4; {$ifdef IEDICOMDESC}Desc: 'Frame of Reference Transformation Type';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $3006; Element: $00C6; {$ifdef IEDICOMDESC}Desc: 'Frame of Reference Transformation Matrix';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3006; Element: $00C8; {$ifdef IEDICOMDESC}Desc: 'Frame of Reference Transformation Comment';{$endif} VType: dvLO; Src: dsStandard ), (Group: $3008; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Measured Dose Reference Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3008; Element: $0012; {$ifdef IEDICOMDESC}Desc: 'Measured Dose Description';{$endif} VType: dvST; Src: dsStandard ), (Group: $3008; Element: $0014; {$ifdef IEDICOMDESC}Desc: 'Measured Dose Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $3008; Element: $0016; {$ifdef IEDICOMDESC}Desc: 'Measured Dose Value';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3008; Element: $0020; {$ifdef IEDICOMDESC}Desc: 'Treatment Session Beam Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3008; Element: $0021; {$ifdef IEDICOMDESC}Desc: 'Treatment Session Ion Beam Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3008; Element: $0022; {$ifdef IEDICOMDESC}Desc: 'Current Fraction Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $3008; Element: $0024; {$ifdef IEDICOMDESC}Desc: 'Treatment Control Point Date';{$endif} VType: dvDA; Src: dsStandard ), (Group: $3008; Element: $0025; {$ifdef IEDICOMDESC}Desc: 'Treatment Control Point Time';{$endif} VType: dvTM; Src: dsStandard ), (Group: $3008; Element: $002A; {$ifdef IEDICOMDESC}Desc: 'Treatment Termination Status';{$endif} VType: dvCS; Src: dsStandard ), (Group: $3008; Element: $002B; {$ifdef IEDICOMDESC}Desc: 'Treatment Termination Code';{$endif} VType: dvSH; Src: dsStandard ), (Group: $3008; Element: $002C; {$ifdef IEDICOMDESC}Desc: 'Treatment Verification Status';{$endif} VType: dvCS; Src: dsStandard ), (Group: $3008; Element: $0030; {$ifdef IEDICOMDESC}Desc: 'Referenced Treatment Record Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3008; Element: $0032; {$ifdef IEDICOMDESC}Desc: 'Specified Primary Meterset';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3008; Element: $0033; {$ifdef IEDICOMDESC}Desc: 'Specified Secondary Meterset';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3008; Element: $0036; {$ifdef IEDICOMDESC}Desc: 'Delivered Primary Meterset';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3008; Element: $0037; {$ifdef IEDICOMDESC}Desc: 'Delivered Secondary Meterset';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3008; Element: $003A; {$ifdef IEDICOMDESC}Desc: 'Specified Treatment Time';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3008; Element: $003B; {$ifdef IEDICOMDESC}Desc: 'Delivered Treatment Time';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3008; Element: $0040; {$ifdef IEDICOMDESC}Desc: 'Control Point Delivery Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3008; Element: $0041; {$ifdef IEDICOMDESC}Desc: 'Ion Control Point Delivery Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3008; Element: $0042; {$ifdef IEDICOMDESC}Desc: 'Specified Meterset';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3008; Element: $0044; {$ifdef IEDICOMDESC}Desc: 'Delivered Meterset';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3008; Element: $0045; {$ifdef IEDICOMDESC}Desc: 'Meterset Rate Set';{$endif} VType: dvFL; Src: dsStandard ), (Group: $3008; Element: $0046; {$ifdef IEDICOMDESC}Desc: 'Meterset Rate Delivered';{$endif} VType: dvFL; Src: dsStandard ), (Group: $3008; Element: $0047; {$ifdef IEDICOMDESC}Desc: 'Scan Spot Metersets Delivered';{$endif} VType: dvFL; Src: dsStandard ), (Group: $3008; Element: $0048; {$ifdef IEDICOMDESC}Desc: 'Dose Rate Delivered';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3008; Element: $0050; {$ifdef IEDICOMDESC}Desc: 'Treatment Summary Calculated Dose Reference Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3008; Element: $0052; {$ifdef IEDICOMDESC}Desc: 'Cumulative Dose to Dose Reference';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3008; Element: $0054; {$ifdef IEDICOMDESC}Desc: 'First Treatment Date';{$endif} VType: dvDA; Src: dsStandard ), (Group: $3008; Element: $0056; {$ifdef IEDICOMDESC}Desc: 'Most Recent Treatment Date';{$endif} VType: dvDA; Src: dsStandard ), (Group: $3008; Element: $005A; {$ifdef IEDICOMDESC}Desc: 'Number of Fractions Delivered';{$endif} VType: dvIS; Src: dsStandard ), (Group: $3008; Element: $0060; {$ifdef IEDICOMDESC}Desc: 'Override Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3008; Element: $0061; {$ifdef IEDICOMDESC}Desc: 'Parameter Sequence Pointer';{$endif} VType: dvAT; Src: dsStandard ), (Group: $3008; Element: $0062; {$ifdef IEDICOMDESC}Desc: 'Override Parameter Pointer';{$endif} VType: dvAT; Src: dsStandard ), (Group: $3008; Element: $0063; {$ifdef IEDICOMDESC}Desc: 'Parameter Item Index';{$endif} VType: dvIS; Src: dsStandard ), (Group: $3008; Element: $0064; {$ifdef IEDICOMDESC}Desc: 'Measured Dose Reference Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $3008; Element: $0065; {$ifdef IEDICOMDESC}Desc: 'Parameter Pointer';{$endif} VType: dvAT; Src: dsStandard ), (Group: $3008; Element: $0066; {$ifdef IEDICOMDESC}Desc: 'Override Reason';{$endif} VType: dvST; Src: dsStandard ), (Group: $3008; Element: $0068; {$ifdef IEDICOMDESC}Desc: 'Corrected Parameter Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3008; Element: $006A; {$ifdef IEDICOMDESC}Desc: 'Correction Value';{$endif} VType: dvFL; Src: dsStandard ), (Group: $3008; Element: $0070; {$ifdef IEDICOMDESC}Desc: 'Calculated Dose Reference Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3008; Element: $0072; {$ifdef IEDICOMDESC}Desc: 'Calculated Dose Reference Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $3008; Element: $0074; {$ifdef IEDICOMDESC}Desc: 'Calculated Dose Reference Description';{$endif} VType: dvST; Src: dsStandard ), (Group: $3008; Element: $0076; {$ifdef IEDICOMDESC}Desc: 'Calculated Dose Reference Dose Value';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3008; Element: $0078; {$ifdef IEDICOMDESC}Desc: 'Start Meterset';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3008; Element: $007A; {$ifdef IEDICOMDESC}Desc: 'End Meterset';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3008; Element: $0080; {$ifdef IEDICOMDESC}Desc: 'Referenced Measured Dose Reference Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3008; Element: $0082; {$ifdef IEDICOMDESC}Desc: 'Referenced Measured Dose Reference Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $3008; Element: $0090; {$ifdef IEDICOMDESC}Desc: 'Referenced Calculated Dose Reference Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3008; Element: $0092; {$ifdef IEDICOMDESC}Desc: 'Referenced Calculated Dose Reference Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $3008; Element: $00A0; {$ifdef IEDICOMDESC}Desc: 'Beam Limiting Device Leaf Pairs Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3008; Element: $00B0; {$ifdef IEDICOMDESC}Desc: 'Recorded Wedge Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3008; Element: $00C0; {$ifdef IEDICOMDESC}Desc: 'Recorded Compensator Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3008; Element: $00D0; {$ifdef IEDICOMDESC}Desc: 'Recorded Block Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3008; Element: $00E0; {$ifdef IEDICOMDESC}Desc: 'Treatment Summary Measured Dose Reference Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3008; Element: $00F0; {$ifdef IEDICOMDESC}Desc: 'Recorded Snout Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3008; Element: $00F2; {$ifdef IEDICOMDESC}Desc: 'Recorded Range Shifter Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3008; Element: $00F4; {$ifdef IEDICOMDESC}Desc: 'Recorded Lateral Spreading Device Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3008; Element: $00F6; {$ifdef IEDICOMDESC}Desc: 'Recorded Range Modulator Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3008; Element: $0100; {$ifdef IEDICOMDESC}Desc: 'Recorded Source Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3008; Element: $0105; {$ifdef IEDICOMDESC}Desc: 'Source Serial Number';{$endif} VType: dvLO; Src: dsStandard ), (Group: $3008; Element: $0110; {$ifdef IEDICOMDESC}Desc: 'Treatment Session Application Setup Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3008; Element: $0116; {$ifdef IEDICOMDESC}Desc: 'Application Setup Check';{$endif} VType: dvCS; Src: dsStandard ), (Group: $3008; Element: $0120; {$ifdef IEDICOMDESC}Desc: 'Recorded Brachy Accessory Device Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3008; Element: $0122; {$ifdef IEDICOMDESC}Desc: 'Referenced Brachy Accessory Device Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $3008; Element: $0130; {$ifdef IEDICOMDESC}Desc: 'Recorded Channel Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3008; Element: $0132; {$ifdef IEDICOMDESC}Desc: 'Specified Channel Total Time';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3008; Element: $0134; {$ifdef IEDICOMDESC}Desc: 'Delivered Channel Total Time';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3008; Element: $0136; {$ifdef IEDICOMDESC}Desc: 'Specified Number of Pulses';{$endif} VType: dvIS; Src: dsStandard ), (Group: $3008; Element: $0138; {$ifdef IEDICOMDESC}Desc: 'Delivered Number of Pulses';{$endif} VType: dvIS; Src: dsStandard ), (Group: $3008; Element: $013A; {$ifdef IEDICOMDESC}Desc: 'Specified Pulse Repetition Interval';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3008; Element: $013C; {$ifdef IEDICOMDESC}Desc: 'Delivered Pulse Repetition Interval';{$endif} VType: dvDS; Src: dsStandard ), (Group: $3008; Element: $0140; {$ifdef IEDICOMDESC}Desc: 'Recorded Source Applicator Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3008; Element: $0142; {$ifdef IEDICOMDESC}Desc: 'Referenced Source Applicator Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $3008; Element: $0150; {$ifdef IEDICOMDESC}Desc: 'Recorded Channel Shield Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3008; Element: $0152; {$ifdef IEDICOMDESC}Desc: 'Referenced Channel Shield Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $3008; Element: $0160; {$ifdef IEDICOMDESC}Desc: 'Brachy Control Point Delivered Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3008; Element: $0162; {$ifdef IEDICOMDESC}Desc: 'Safe Position Exit Date';{$endif} VType: dvDA; Src: dsStandard ), (Group: $3008; Element: $0164; {$ifdef IEDICOMDESC}Desc: 'Safe Position Exit Time';{$endif} VType: dvTM; Src: dsStandard ), (Group: $3008; Element: $0166; {$ifdef IEDICOMDESC}Desc: 'Safe Position Return Date';{$endif} VType: dvDA; Src: dsStandard ), (Group: $3008; Element: $0168; {$ifdef IEDICOMDESC}Desc: 'Safe Position Return Time';{$endif} VType: dvTM; Src: dsStandard ), (Group: $3008; Element: $0171; {$ifdef IEDICOMDESC}Desc: 'Pulse Specific Brachy Control Point Delivered Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3008; Element: $0172; {$ifdef IEDICOMDESC}Desc: 'Pulse Number';{$endif} VType: dvUS; Src: dsStandard ), (Group: $3008; Element: $0173; {$ifdef IEDICOMDESC}Desc: 'Brachy Pulse Control Point Delivered Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3008; Element: $0200; {$ifdef IEDICOMDESC}Desc: 'Current Treatment Status';{$endif} VType: dvCS; Src: dsStandard ), (Group: $3008; Element: $0202; {$ifdef IEDICOMDESC}Desc: 'Treatment Status Comment';{$endif} VType: dvST; Src: dsStandard ), (Group: $3008; Element: $0220; {$ifdef IEDICOMDESC}Desc: 'Fraction Group Summary Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3008; Element: $0223; {$ifdef IEDICOMDESC}Desc: 'Referenced Fraction Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $3008; Element: $0224; {$ifdef IEDICOMDESC}Desc: 'Fraction Group Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $3008; Element: $0230; {$ifdef IEDICOMDESC}Desc: 'Beam Stopper Position';{$endif} VType: dvCS; Src: dsStandard ), (Group: $3008; Element: $0240; {$ifdef IEDICOMDESC}Desc: 'Fraction Status Summary Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $3008; Element: $0250; {$ifdef IEDICOMDESC}Desc: 'Treatment Date';{$endif} VType: dvDA; Src: dsStandard ), (Group: $3008; Element: $0251; {$ifdef IEDICOMDESC}Desc: 'Treatment Time';{$endif} VType: dvTM; Src: dsStandard ), (Group: $300A; Element: $0000; {$ifdef IEDICOMDESC}Desc: 'RT Plan Group Length';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $300A; Element: $0002; {$ifdef IEDICOMDESC}Desc: 'RT Plan Label';{$endif} VType: dvSH; Src: dsStandard ), (Group: $300A; Element: $0003; {$ifdef IEDICOMDESC}Desc: 'RT Plan Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $300A; Element: $0004; {$ifdef IEDICOMDESC}Desc: 'RT Plan Description';{$endif} VType: dvST; Src: dsStandard ), (Group: $300A; Element: $0006; {$ifdef IEDICOMDESC}Desc: 'RT Plan Date';{$endif} VType: dvDA; Src: dsStandard ), (Group: $300A; Element: $0007; {$ifdef IEDICOMDESC}Desc: 'RT Plan Time';{$endif} VType: dvTM; Src: dsStandard ), (Group: $300A; Element: $0009; {$ifdef IEDICOMDESC}Desc: 'Treatment Protocols';{$endif} VType: dvLO; Src: dsStandard ), (Group: $300A; Element: $000A; {$ifdef IEDICOMDESC}Desc: 'Plan Intent';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $000B; {$ifdef IEDICOMDESC}Desc: 'Treatment Sites';{$endif} VType: dvLO; Src: dsStandard ), (Group: $300A; Element: $000C; {$ifdef IEDICOMDESC}Desc: 'RT Plan Geometry';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $000E; {$ifdef IEDICOMDESC}Desc: 'Prescription Description';{$endif} VType: dvST; Src: dsStandard ), (Group: $300A; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Dose Reference Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $0012; {$ifdef IEDICOMDESC}Desc: 'Dose Reference Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $0013; {$ifdef IEDICOMDESC}Desc: 'Dose Reference UID';{$endif} VType: dvUI; Src: dsStandard ), (Group: $300A; Element: $0014; {$ifdef IEDICOMDESC}Desc: 'Dose Reference Structure Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $0015; {$ifdef IEDICOMDESC}Desc: 'Nominal Beam Energy Unit';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $0016; {$ifdef IEDICOMDESC}Desc: 'Dose Reference Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $300A; Element: $0018; {$ifdef IEDICOMDESC}Desc: 'Dose Reference Point Coordinates';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $001A; {$ifdef IEDICOMDESC}Desc: 'Nominal Prior Dose';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0020; {$ifdef IEDICOMDESC}Desc: 'Dose Reference Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $0021; {$ifdef IEDICOMDESC}Desc: 'Constraint Weight';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0022; {$ifdef IEDICOMDESC}Desc: 'Delivery Warning Dose';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0023; {$ifdef IEDICOMDESC}Desc: 'Delivery Maximum Dose';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0025; {$ifdef IEDICOMDESC}Desc: 'Target Minimum Dose';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0026; {$ifdef IEDICOMDESC}Desc: 'Target Prescription Dose';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0027; {$ifdef IEDICOMDESC}Desc: 'Target Maximum Dose';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0028; {$ifdef IEDICOMDESC}Desc: 'Target Underdose Volume Fraction';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $002A; {$ifdef IEDICOMDESC}Desc: 'Organ at Risk Full-volume Dose';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $002B; {$ifdef IEDICOMDESC}Desc: 'Organ at Risk Limit Dose';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $002C; {$ifdef IEDICOMDESC}Desc: 'Organ at Risk Maximum Dose';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $002D; {$ifdef IEDICOMDESC}Desc: 'Organ at Risk Overdose Volume Fraction';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0040; {$ifdef IEDICOMDESC}Desc: 'Tolerance Table Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $0042; {$ifdef IEDICOMDESC}Desc: 'Tolerance Table Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $0043; {$ifdef IEDICOMDESC}Desc: 'Tolerance Table Label';{$endif} VType: dvSH; Src: dsStandard ), (Group: $300A; Element: $0044; {$ifdef IEDICOMDESC}Desc: 'Gantry Angle Tolerance';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0046; {$ifdef IEDICOMDESC}Desc: 'Beam Limiting Device Angle Tolerance';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0048; {$ifdef IEDICOMDESC}Desc: 'Beam Limiting Device Tolerance Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $004A; {$ifdef IEDICOMDESC}Desc: 'Beam Limiting Device Position Tolerance';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $004B; {$ifdef IEDICOMDESC}Desc: 'Snout Position Tolerance';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $004C; {$ifdef IEDICOMDESC}Desc: 'Patient Support Angle Tolerance';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $004E; {$ifdef IEDICOMDESC}Desc: 'Table Top Eccentric Angle Tolerance';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $004F; {$ifdef IEDICOMDESC}Desc: 'Table Top Pitch Angle Tolerance';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $0050; {$ifdef IEDICOMDESC}Desc: 'Table Top Roll Angle Tolerance';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $0051; {$ifdef IEDICOMDESC}Desc: 'Table Top Vertical Position Tolerance';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0052; {$ifdef IEDICOMDESC}Desc: 'Table Top Longitudinal Position Tolerance';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0053; {$ifdef IEDICOMDESC}Desc: 'Table Top Lateral Position Tolerance';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0055; {$ifdef IEDICOMDESC}Desc: 'RT Plan Relationship';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $0070; {$ifdef IEDICOMDESC}Desc: 'Fraction Group Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $0071; {$ifdef IEDICOMDESC}Desc: 'Fraction Group Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $0072; {$ifdef IEDICOMDESC}Desc: 'Fraction Group Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $300A; Element: $0078; {$ifdef IEDICOMDESC}Desc: 'Number of Fractions Planned';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $0079; {$ifdef IEDICOMDESC}Desc: 'Number of Fraction Pattern Digits per Day';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $007A; {$ifdef IEDICOMDESC}Desc: 'Repeat Fraction Cycle Length';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $007B; {$ifdef IEDICOMDESC}Desc: 'Fraction Pattern';{$endif} VType: dvLT; Src: dsStandard ), (Group: $300A; Element: $0080; {$ifdef IEDICOMDESC}Desc: 'Number of Beams';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $0082; {$ifdef IEDICOMDESC}Desc: 'Beam Dose Specification Point';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0084; {$ifdef IEDICOMDESC}Desc: 'Beam Dose';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0086; {$ifdef IEDICOMDESC}Desc: 'Beam Meterset';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0088; {$ifdef IEDICOMDESC}Desc: 'Beam Dose Point Depth';{$endif} VType: dvFL; Src: dsDeprecated ), (Group: $300A; Element: $0089; {$ifdef IEDICOMDESC}Desc: 'Beam Dose Point Equivalent Depth';{$endif} VType: dvFL; Src: dsDeprecated ), (Group: $300A; Element: $008A; {$ifdef IEDICOMDESC}Desc: 'Beam Dose Point SSD';{$endif} VType: dvFL; Src: dsDeprecated ), (Group: $300A; Element: $008B; {$ifdef IEDICOMDESC}Desc: 'Beam Dose Meaning';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $008C; {$ifdef IEDICOMDESC}Desc: 'Beam Dose Verification Control Point Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $008D; {$ifdef IEDICOMDESC}Desc: 'Average Beam Dose Point Depth';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $008E; {$ifdef IEDICOMDESC}Desc: 'Average Beam Dose Point Equivalent Depth';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $008F; {$ifdef IEDICOMDESC}Desc: 'Average Beam Dose Point SSD';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $00A0; {$ifdef IEDICOMDESC}Desc: 'Number of Brachy Application Setups';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $00A2; {$ifdef IEDICOMDESC}Desc: 'Brachy Application Setup Dose Specification Point';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $00A4; {$ifdef IEDICOMDESC}Desc: 'Brachy Application Setup Dose';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $00B0; {$ifdef IEDICOMDESC}Desc: 'Beam Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $00B2; {$ifdef IEDICOMDESC}Desc: 'Treatment Machine Name';{$endif} VType: dvSH; Src: dsStandard ), (Group: $300A; Element: $00B3; {$ifdef IEDICOMDESC}Desc: 'Primary Dosimeter Unit';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $00B4; {$ifdef IEDICOMDESC}Desc: 'Source-Axis Distance';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $00B6; {$ifdef IEDICOMDESC}Desc: 'Beam Limiting Device Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $00B8; {$ifdef IEDICOMDESC}Desc: 'RT Beam Limiting Device Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $00BA; {$ifdef IEDICOMDESC}Desc: 'Source to Beam Limiting Device Distance';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $00BB; {$ifdef IEDICOMDESC}Desc: 'Isocenter to Beam Limiting Device Distance';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $00BC; {$ifdef IEDICOMDESC}Desc: 'Number of Leaf/Jaw Pairs';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $00BE; {$ifdef IEDICOMDESC}Desc: 'Leaf Position Boundaries';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $00C0; {$ifdef IEDICOMDESC}Desc: 'Beam Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $00C2; {$ifdef IEDICOMDESC}Desc: 'Beam Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $300A; Element: $00C3; {$ifdef IEDICOMDESC}Desc: 'Beam Description';{$endif} VType: dvST; Src: dsStandard ), (Group: $300A; Element: $00C4; {$ifdef IEDICOMDESC}Desc: 'Beam Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $00C5; {$ifdef IEDICOMDESC}Desc: 'Beam Delivery Duration Limit';{$endif} VType: dvFD; Src: dsStandard ), (Group: $300A; Element: $00C6; {$ifdef IEDICOMDESC}Desc: 'Radiation Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $00C7; {$ifdef IEDICOMDESC}Desc: 'High-Dose Technique Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $00C8; {$ifdef IEDICOMDESC}Desc: 'Reference Image Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $00CA; {$ifdef IEDICOMDESC}Desc: 'Planned Verification Image Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $00CC; {$ifdef IEDICOMDESC}Desc: 'Imaging Device-Specific Acquisition Parameters';{$endif} VType: dvLO; Src: dsStandard ), (Group: $300A; Element: $00CE; {$ifdef IEDICOMDESC}Desc: 'Treatment Delivery Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $00D0; {$ifdef IEDICOMDESC}Desc: 'Number of Wedges';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $00D1; {$ifdef IEDICOMDESC}Desc: 'Wedge Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $00D2; {$ifdef IEDICOMDESC}Desc: 'Wedge Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $00D3; {$ifdef IEDICOMDESC}Desc: 'Wedge Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $00D4; {$ifdef IEDICOMDESC}Desc: 'Wedge ID';{$endif} VType: dvSH; Src: dsStandard ), (Group: $300A; Element: $00D5; {$ifdef IEDICOMDESC}Desc: 'Wedge Angle';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $00D6; {$ifdef IEDICOMDESC}Desc: 'Wedge Factor';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $00D7; {$ifdef IEDICOMDESC}Desc: 'Total Wedge Tray Water-Equivalent Thickness';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $00D8; {$ifdef IEDICOMDESC}Desc: 'Wedge Orientation';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $00D9; {$ifdef IEDICOMDESC}Desc: 'Isocenter to Wedge Tray Distance';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $00DA; {$ifdef IEDICOMDESC}Desc: 'Source to Wedge Tray Distance';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $00DB; {$ifdef IEDICOMDESC}Desc: 'Wedge Thin Edge Position';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $00DC; {$ifdef IEDICOMDESC}Desc: 'Bolus ID';{$endif} VType: dvSH; Src: dsStandard ), (Group: $300A; Element: $00DD; {$ifdef IEDICOMDESC}Desc: 'Bolus Description';{$endif} VType: dvST; Src: dsStandard ), (Group: $300A; Element: $00E0; {$ifdef IEDICOMDESC}Desc: 'Number of Compensators';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $00E1; {$ifdef IEDICOMDESC}Desc: 'Material ID';{$endif} VType: dvSH; Src: dsStandard ), (Group: $300A; Element: $00E2; {$ifdef IEDICOMDESC}Desc: 'Total Compensator Tray Factor';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $00E3; {$ifdef IEDICOMDESC}Desc: 'Compensator Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $00E4; {$ifdef IEDICOMDESC}Desc: 'Compensator Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $00E5; {$ifdef IEDICOMDESC}Desc: 'Compensator ID';{$endif} VType: dvSH; Src: dsStandard ), (Group: $300A; Element: $00E6; {$ifdef IEDICOMDESC}Desc: 'Source to Compensator Tray Distance';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $00E7; {$ifdef IEDICOMDESC}Desc: 'Compensator Rows';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $00E8; {$ifdef IEDICOMDESC}Desc: 'Compensator Columns';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $00E9; {$ifdef IEDICOMDESC}Desc: 'Compensator Pixel Spacing';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $00EA; {$ifdef IEDICOMDESC}Desc: 'Compensator Position';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $00EB; {$ifdef IEDICOMDESC}Desc: 'Compensator Transmission Data';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $00EC; {$ifdef IEDICOMDESC}Desc: 'Compensator Thickness Data';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $00ED; {$ifdef IEDICOMDESC}Desc: 'Number of Boli';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $00EE; {$ifdef IEDICOMDESC}Desc: 'Compensator Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $00EF; {$ifdef IEDICOMDESC}Desc: 'Compensator Tray ID';{$endif} VType: dvSH; Src: dsStandard ), (Group: $300A; Element: $00F0; {$ifdef IEDICOMDESC}Desc: 'Number of Blocks';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $00F2; {$ifdef IEDICOMDESC}Desc: 'Total Block Tray Factor';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $00F3; {$ifdef IEDICOMDESC}Desc: 'Total Block Tray Water-Equivalent Thickness';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $00F4; {$ifdef IEDICOMDESC}Desc: 'Block Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $00F5; {$ifdef IEDICOMDESC}Desc: 'Block Tray ID';{$endif} VType: dvSH; Src: dsStandard ), (Group: $300A; Element: $00F6; {$ifdef IEDICOMDESC}Desc: 'Source to Block Tray Distance';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $00F7; {$ifdef IEDICOMDESC}Desc: 'Isocenter to Block Tray Distance';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $00F8; {$ifdef IEDICOMDESC}Desc: 'Block Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $00F9; {$ifdef IEDICOMDESC}Desc: 'Accessory Code';{$endif} VType: dvLO; Src: dsStandard ), (Group: $300A; Element: $00FA; {$ifdef IEDICOMDESC}Desc: 'Block Divergence';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $00FB; {$ifdef IEDICOMDESC}Desc: 'Block Mounting Position';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $00FC; {$ifdef IEDICOMDESC}Desc: 'Block Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $00FE; {$ifdef IEDICOMDESC}Desc: 'Block Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $300A; Element: $0100; {$ifdef IEDICOMDESC}Desc: 'Block Thickness';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0102; {$ifdef IEDICOMDESC}Desc: 'Block Transmission';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0104; {$ifdef IEDICOMDESC}Desc: 'Block Number of Points';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $0106; {$ifdef IEDICOMDESC}Desc: 'Block Data';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0107; {$ifdef IEDICOMDESC}Desc: 'Applicator Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $0108; {$ifdef IEDICOMDESC}Desc: 'Applicator ID';{$endif} VType: dvSH; Src: dsStandard ), (Group: $300A; Element: $0109; {$ifdef IEDICOMDESC}Desc: 'Applicator Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $010A; {$ifdef IEDICOMDESC}Desc: 'Applicator Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $300A; Element: $010C; {$ifdef IEDICOMDESC}Desc: 'Cumulative Dose Reference Coefficient';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $010E; {$ifdef IEDICOMDESC}Desc: 'Final Cumulative Meterset Weight';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0110; {$ifdef IEDICOMDESC}Desc: 'Number of Control Points';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $0111; {$ifdef IEDICOMDESC}Desc: 'Control Point Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $0112; {$ifdef IEDICOMDESC}Desc: 'Control Point Index';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $0114; {$ifdef IEDICOMDESC}Desc: 'Nominal Beam Energy';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0115; {$ifdef IEDICOMDESC}Desc: 'Dose Rate Set';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0116; {$ifdef IEDICOMDESC}Desc: 'Wedge Position Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $0118; {$ifdef IEDICOMDESC}Desc: 'Wedge Position';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $011A; {$ifdef IEDICOMDESC}Desc: 'Beam Limiting Device Position Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $011C; {$ifdef IEDICOMDESC}Desc: 'Leaf/Jaw Positions';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $011E; {$ifdef IEDICOMDESC}Desc: 'Gantry Angle';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $011F; {$ifdef IEDICOMDESC}Desc: 'Gantry Rotation Direction';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $0120; {$ifdef IEDICOMDESC}Desc: 'Beam Limiting Device Angle';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0121; {$ifdef IEDICOMDESC}Desc: 'Beam Limiting Device Rotation Direction';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $0122; {$ifdef IEDICOMDESC}Desc: 'Patient Support Angle';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0123; {$ifdef IEDICOMDESC}Desc: 'Patient Support Rotation Direction';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $0124; {$ifdef IEDICOMDESC}Desc: 'Table Top Eccentric Axis Distance';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0125; {$ifdef IEDICOMDESC}Desc: 'Table Top Eccentric Angle';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0126; {$ifdef IEDICOMDESC}Desc: 'Table Top Eccentric Rotation Direction';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $0128; {$ifdef IEDICOMDESC}Desc: 'Table Top Vertical Position';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0129; {$ifdef IEDICOMDESC}Desc: 'Table Top Longitudinal Position';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $012A; {$ifdef IEDICOMDESC}Desc: 'Table Top Lateral Position';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $012C; {$ifdef IEDICOMDESC}Desc: 'Isocenter Position';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $012E; {$ifdef IEDICOMDESC}Desc: 'Surface Entry Point';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0130; {$ifdef IEDICOMDESC}Desc: 'Source to Surface Distance';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0134; {$ifdef IEDICOMDESC}Desc: 'Cumulative Meterset Weight';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0140; {$ifdef IEDICOMDESC}Desc: 'Table Top Pitch Angle';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $0142; {$ifdef IEDICOMDESC}Desc: 'Table Top Pitch Rotation Direction';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $0144; {$ifdef IEDICOMDESC}Desc: 'Table Top Roll Angle';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $0146; {$ifdef IEDICOMDESC}Desc: 'Table Top Roll Rotation Direction';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $0148; {$ifdef IEDICOMDESC}Desc: 'Head Fixation Angle';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $014A; {$ifdef IEDICOMDESC}Desc: 'Gantry Pitch Angle';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $014C; {$ifdef IEDICOMDESC}Desc: 'Gantry Pitch Rotation Direction';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $014E; {$ifdef IEDICOMDESC}Desc: 'Gantry Pitch Angle Tolerance';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $0180; {$ifdef IEDICOMDESC}Desc: 'Patient Setup Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $0182; {$ifdef IEDICOMDESC}Desc: 'Patient Setup Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $0183; {$ifdef IEDICOMDESC}Desc: 'Patient Setup Label';{$endif} VType: dvLO; Src: dsStandard ), (Group: $300A; Element: $0184; {$ifdef IEDICOMDESC}Desc: 'Patient Additional Position';{$endif} VType: dvLO; Src: dsStandard ), (Group: $300A; Element: $0190; {$ifdef IEDICOMDESC}Desc: 'Fixation Device Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $0192; {$ifdef IEDICOMDESC}Desc: 'Fixation Device Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $0194; {$ifdef IEDICOMDESC}Desc: 'Fixation Device Label';{$endif} VType: dvSH; Src: dsStandard ), (Group: $300A; Element: $0196; {$ifdef IEDICOMDESC}Desc: 'Fixation Device Description';{$endif} VType: dvST; Src: dsStandard ), (Group: $300A; Element: $0198; {$ifdef IEDICOMDESC}Desc: 'Fixation Device Position';{$endif} VType: dvSH; Src: dsStandard ), (Group: $300A; Element: $0199; {$ifdef IEDICOMDESC}Desc: 'Fixation Device Pitch Angle';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $019A; {$ifdef IEDICOMDESC}Desc: 'Fixation Device Roll Angle';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $01A0; {$ifdef IEDICOMDESC}Desc: 'Shielding Device Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $01A2; {$ifdef IEDICOMDESC}Desc: 'Shielding Device Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $01A4; {$ifdef IEDICOMDESC}Desc: 'Shielding Device Label';{$endif} VType: dvSH; Src: dsStandard ), (Group: $300A; Element: $01A6; {$ifdef IEDICOMDESC}Desc: 'Shielding Device Description';{$endif} VType: dvST; Src: dsStandard ), (Group: $300A; Element: $01A8; {$ifdef IEDICOMDESC}Desc: 'Shielding Device Position';{$endif} VType: dvSH; Src: dsStandard ), (Group: $300A; Element: $01B0; {$ifdef IEDICOMDESC}Desc: 'Setup Technique';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $01B2; {$ifdef IEDICOMDESC}Desc: 'Setup Technique Description';{$endif} VType: dvST; Src: dsStandard ), (Group: $300A; Element: $01B4; {$ifdef IEDICOMDESC}Desc: 'Setup Device Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $01B6; {$ifdef IEDICOMDESC}Desc: 'Setup Device Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $01B8; {$ifdef IEDICOMDESC}Desc: 'Setup Device Label';{$endif} VType: dvSH; Src: dsStandard ), (Group: $300A; Element: $01BA; {$ifdef IEDICOMDESC}Desc: 'Setup Device Description';{$endif} VType: dvST; Src: dsStandard ), (Group: $300A; Element: $01BC; {$ifdef IEDICOMDESC}Desc: 'Setup Device Parameter';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $01D0; {$ifdef IEDICOMDESC}Desc: 'Setup Reference Description';{$endif} VType: dvST; Src: dsStandard ), (Group: $300A; Element: $01D2; {$ifdef IEDICOMDESC}Desc: 'Table Top Vertical Setup Displacement';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $01D4; {$ifdef IEDICOMDESC}Desc: 'Table Top Longitudinal Setup Displacement';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $01D6; {$ifdef IEDICOMDESC}Desc: 'Table Top Lateral Setup Displacement';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0200; {$ifdef IEDICOMDESC}Desc: 'Brachy Treatment Technique';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $0202; {$ifdef IEDICOMDESC}Desc: 'Brachy Treatment Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $0206; {$ifdef IEDICOMDESC}Desc: 'Treatment Machine Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $0210; {$ifdef IEDICOMDESC}Desc: 'Source Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $0212; {$ifdef IEDICOMDESC}Desc: 'Source Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $0214; {$ifdef IEDICOMDESC}Desc: 'Source Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $0216; {$ifdef IEDICOMDESC}Desc: 'Source Manufacturer';{$endif} VType: dvLO; Src: dsStandard ), (Group: $300A; Element: $0218; {$ifdef IEDICOMDESC}Desc: 'Active Source Diameter';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $021A; {$ifdef IEDICOMDESC}Desc: 'Active Source Length';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $021B; {$ifdef IEDICOMDESC}Desc: 'Source Model ID';{$endif} VType: dvSH; Src: dsStandard ), (Group: $300A; Element: $021C; {$ifdef IEDICOMDESC}Desc: 'Source Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $300A; Element: $0222; {$ifdef IEDICOMDESC}Desc: 'Source Encapsulation Nominal Thickness';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0224; {$ifdef IEDICOMDESC}Desc: 'Source Encapsulation Nominal Transmission';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0226; {$ifdef IEDICOMDESC}Desc: 'Source Isotope Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $300A; Element: $0228; {$ifdef IEDICOMDESC}Desc: 'Source Isotope Half Life';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0229; {$ifdef IEDICOMDESC}Desc: 'Source Strength Units';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $022A; {$ifdef IEDICOMDESC}Desc: 'Reference Air Kerma Rate';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $022B; {$ifdef IEDICOMDESC}Desc: 'Source Strength';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $022C; {$ifdef IEDICOMDESC}Desc: 'Source Strength Reference Date';{$endif} VType: dvDA; Src: dsStandard ), (Group: $300A; Element: $022E; {$ifdef IEDICOMDESC}Desc: 'Source Strength Reference Time';{$endif} VType: dvTM; Src: dsStandard ), (Group: $300A; Element: $0230; {$ifdef IEDICOMDESC}Desc: 'Application Setup Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $0232; {$ifdef IEDICOMDESC}Desc: 'Application Setup Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $0234; {$ifdef IEDICOMDESC}Desc: 'Application Setup Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $0236; {$ifdef IEDICOMDESC}Desc: 'Application Setup Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $300A; Element: $0238; {$ifdef IEDICOMDESC}Desc: 'Application Setup Manufacturer';{$endif} VType: dvLO; Src: dsStandard ), (Group: $300A; Element: $0240; {$ifdef IEDICOMDESC}Desc: 'Template Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $0242; {$ifdef IEDICOMDESC}Desc: 'Template Type';{$endif} VType: dvSH; Src: dsStandard ), (Group: $300A; Element: $0244; {$ifdef IEDICOMDESC}Desc: 'Template Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $300A; Element: $0250; {$ifdef IEDICOMDESC}Desc: 'Total Reference Air Kerma';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0260; {$ifdef IEDICOMDESC}Desc: 'Brachy Accessory Device Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $0262; {$ifdef IEDICOMDESC}Desc: 'Brachy Accessory Device Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $0263; {$ifdef IEDICOMDESC}Desc: 'Brachy Accessory Device ID';{$endif} VType: dvSH; Src: dsStandard ), (Group: $300A; Element: $0264; {$ifdef IEDICOMDESC}Desc: 'Brachy Accessory Device Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $0266; {$ifdef IEDICOMDESC}Desc: 'Brachy Accessory Device Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $300A; Element: $026A; {$ifdef IEDICOMDESC}Desc: 'Brachy Accessory Device Nominal Thickness';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $026C; {$ifdef IEDICOMDESC}Desc: 'Brachy Accessory Device Nominal Transmission';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0280; {$ifdef IEDICOMDESC}Desc: 'Channel Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $0282; {$ifdef IEDICOMDESC}Desc: 'Channel Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $0284; {$ifdef IEDICOMDESC}Desc: 'Channel Length';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0286; {$ifdef IEDICOMDESC}Desc: 'Channel Total Time';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0288; {$ifdef IEDICOMDESC}Desc: 'Source Movement Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $028A; {$ifdef IEDICOMDESC}Desc: 'Number of Pulses';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $028C; {$ifdef IEDICOMDESC}Desc: 'Pulse Repetition Interval';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0290; {$ifdef IEDICOMDESC}Desc: 'Source Applicator Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $0291; {$ifdef IEDICOMDESC}Desc: 'Source Applicator ID';{$endif} VType: dvSH; Src: dsStandard ), (Group: $300A; Element: $0292; {$ifdef IEDICOMDESC}Desc: 'Source Applicator Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $0294; {$ifdef IEDICOMDESC}Desc: 'Source Applicator Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $300A; Element: $0296; {$ifdef IEDICOMDESC}Desc: 'Source Applicator Length';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $0298; {$ifdef IEDICOMDESC}Desc: 'Source Applicator Manufacturer';{$endif} VType: dvLO; Src: dsStandard ), (Group: $300A; Element: $029C; {$ifdef IEDICOMDESC}Desc: 'Source Applicator Wall Nominal Thickness';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $029E; {$ifdef IEDICOMDESC}Desc: 'Source Applicator Wall Nominal Transmission';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $02A0; {$ifdef IEDICOMDESC}Desc: 'Source Applicator Step Size';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $02A2; {$ifdef IEDICOMDESC}Desc: 'Transfer Tube Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $02A4; {$ifdef IEDICOMDESC}Desc: 'Transfer Tube Length';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $02B0; {$ifdef IEDICOMDESC}Desc: 'Channel Shield Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $02B2; {$ifdef IEDICOMDESC}Desc: 'Channel Shield Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $02B3; {$ifdef IEDICOMDESC}Desc: 'Channel Shield ID';{$endif} VType: dvSH; Src: dsStandard ), (Group: $300A; Element: $02B4; {$ifdef IEDICOMDESC}Desc: 'Channel Shield Name';{$endif} VType: dvLO; Src: dsStandard ), (Group: $300A; Element: $02B8; {$ifdef IEDICOMDESC}Desc: 'Channel Shield Nominal Thickness';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $02BA; {$ifdef IEDICOMDESC}Desc: 'Channel Shield Nominal Transmission';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $02C8; {$ifdef IEDICOMDESC}Desc: 'Final Cumulative Time Weight';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $02D0; {$ifdef IEDICOMDESC}Desc: 'Brachy Control Point Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $02D2; {$ifdef IEDICOMDESC}Desc: 'Control Point Relative Position';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $02D4; {$ifdef IEDICOMDESC}Desc: 'Control Point 3D Position';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $02D6; {$ifdef IEDICOMDESC}Desc: 'Cumulative Time Weight';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $02E0; {$ifdef IEDICOMDESC}Desc: 'Compensator Divergence';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $02E1; {$ifdef IEDICOMDESC}Desc: 'Compensator Mounting Position';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $02E2; {$ifdef IEDICOMDESC}Desc: 'Source to Compensator Distance';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300A; Element: $02E3; {$ifdef IEDICOMDESC}Desc: 'Total Compensator Tray Water-Equivalent Thickness';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $02E4; {$ifdef IEDICOMDESC}Desc: 'Isocenter to Compensator Tray Distance';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $02E5; {$ifdef IEDICOMDESC}Desc: 'Compensator Column Offset';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $02E6; {$ifdef IEDICOMDESC}Desc: 'Isocenter to Compensator Distances';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $02E7; {$ifdef IEDICOMDESC}Desc: 'Compensator Relative Stopping Power Ratio';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $02E8; {$ifdef IEDICOMDESC}Desc: 'Compensator Milling Tool Diameter';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $02EA; {$ifdef IEDICOMDESC}Desc: 'Ion Range Compensator Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $02EB; {$ifdef IEDICOMDESC}Desc: 'Compensator Description';{$endif} VType: dvLT; Src: dsStandard ), (Group: $300A; Element: $0302; {$ifdef IEDICOMDESC}Desc: 'Radiation Mass Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $0304; {$ifdef IEDICOMDESC}Desc: 'Radiation Atomic Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $0306; {$ifdef IEDICOMDESC}Desc: 'Radiation Charge State';{$endif} VType: dvSS; Src: dsStandard ), (Group: $300A; Element: $0308; {$ifdef IEDICOMDESC}Desc: 'Scan Mode';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $030A; {$ifdef IEDICOMDESC}Desc: 'Virtual Source-Axis Distances';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $030C; {$ifdef IEDICOMDESC}Desc: 'Snout Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $030D; {$ifdef IEDICOMDESC}Desc: 'Snout Position';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $030F; {$ifdef IEDICOMDESC}Desc: 'Snout ID';{$endif} VType: dvSH; Src: dsStandard ), (Group: $300A; Element: $0312; {$ifdef IEDICOMDESC}Desc: 'Number of Range Shifters';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $0314; {$ifdef IEDICOMDESC}Desc: 'Range Shifter Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $0316; {$ifdef IEDICOMDESC}Desc: 'Range Shifter Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $0318; {$ifdef IEDICOMDESC}Desc: 'Range Shifter ID';{$endif} VType: dvSH; Src: dsStandard ), (Group: $300A; Element: $0320; {$ifdef IEDICOMDESC}Desc: 'Range Shifter Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $0322; {$ifdef IEDICOMDESC}Desc: 'Range Shifter Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $300A; Element: $0330; {$ifdef IEDICOMDESC}Desc: 'Number of Lateral Spreading Devices';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $0332; {$ifdef IEDICOMDESC}Desc: 'Lateral Spreading Device Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $0334; {$ifdef IEDICOMDESC}Desc: 'Lateral Spreading Device Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $0336; {$ifdef IEDICOMDESC}Desc: 'Lateral Spreading Device ID';{$endif} VType: dvSH; Src: dsStandard ), (Group: $300A; Element: $0338; {$ifdef IEDICOMDESC}Desc: 'Lateral Spreading Device Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $033A; {$ifdef IEDICOMDESC}Desc: 'Lateral Spreading Device Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $300A; Element: $033C; {$ifdef IEDICOMDESC}Desc: 'Lateral Spreading Device Water Equivalent Thickness';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $0340; {$ifdef IEDICOMDESC}Desc: 'Number of Range Modulators';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $0342; {$ifdef IEDICOMDESC}Desc: 'Range Modulator Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $0344; {$ifdef IEDICOMDESC}Desc: 'Range Modulator Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $0346; {$ifdef IEDICOMDESC}Desc: 'Range Modulator ID';{$endif} VType: dvSH; Src: dsStandard ), (Group: $300A; Element: $0348; {$ifdef IEDICOMDESC}Desc: 'Range Modulator Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $034A; {$ifdef IEDICOMDESC}Desc: 'Range Modulator Description';{$endif} VType: dvLO; Src: dsStandard ), (Group: $300A; Element: $034C; {$ifdef IEDICOMDESC}Desc: 'Beam Current Modulation ID';{$endif} VType: dvSH; Src: dsStandard ), (Group: $300A; Element: $0350; {$ifdef IEDICOMDESC}Desc: 'Patient Support Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $0352; {$ifdef IEDICOMDESC}Desc: 'Patient Support ID';{$endif} VType: dvSH; Src: dsStandard ), (Group: $300A; Element: $0354; {$ifdef IEDICOMDESC}Desc: 'Patient Support Accessory Code';{$endif} VType: dvLO; Src: dsStandard ), (Group: $300A; Element: $0356; {$ifdef IEDICOMDESC}Desc: 'Fixation Light Azimuthal Angle';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $0358; {$ifdef IEDICOMDESC}Desc: 'Fixation Light Polar Angle';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $035A; {$ifdef IEDICOMDESC}Desc: 'Meterset Rate';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $0360; {$ifdef IEDICOMDESC}Desc: 'Range Shifter Settings Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $0362; {$ifdef IEDICOMDESC}Desc: 'Range Shifter Setting';{$endif} VType: dvLO; Src: dsStandard ), (Group: $300A; Element: $0364; {$ifdef IEDICOMDESC}Desc: 'Isocenter to Range Shifter Distance';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $0366; {$ifdef IEDICOMDESC}Desc: 'Range Shifter Water Equivalent Thickness';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $0370; {$ifdef IEDICOMDESC}Desc: 'Lateral Spreading Device Settings Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $0372; {$ifdef IEDICOMDESC}Desc: 'Lateral Spreading Device Setting';{$endif} VType: dvLO; Src: dsStandard ), (Group: $300A; Element: $0374; {$ifdef IEDICOMDESC}Desc: 'Isocenter to Lateral Spreading Device Distance';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $0380; {$ifdef IEDICOMDESC}Desc: 'Range Modulator Settings Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $0382; {$ifdef IEDICOMDESC}Desc: 'Range Modulator Gating Start Value';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $0384; {$ifdef IEDICOMDESC}Desc: 'Range Modulator Gating Stop Value';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $0386; {$ifdef IEDICOMDESC}Desc: 'Range Modulator Gating Start Water Equivalent Thickness';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $0388; {$ifdef IEDICOMDESC}Desc: 'Range Modulator Gating Stop Water Equivalent Thickness';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $038A; {$ifdef IEDICOMDESC}Desc: 'Isocenter to Range Modulator Distance';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $0390; {$ifdef IEDICOMDESC}Desc: 'Scan Spot Tune ID';{$endif} VType: dvSH; Src: dsStandard ), (Group: $300A; Element: $0392; {$ifdef IEDICOMDESC}Desc: 'Number of Scan Spot Positions';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $0394; {$ifdef IEDICOMDESC}Desc: 'Scan Spot Position Map';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $0396; {$ifdef IEDICOMDESC}Desc: 'Scan Spot Meterset Weights';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $0398; {$ifdef IEDICOMDESC}Desc: 'Scanning Spot Size';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $039A; {$ifdef IEDICOMDESC}Desc: 'Number of Paintings';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $03A0; {$ifdef IEDICOMDESC}Desc: 'Ion Tolerance Table Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $03A2; {$ifdef IEDICOMDESC}Desc: 'Ion Beam Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $03A4; {$ifdef IEDICOMDESC}Desc: 'Ion Beam Limiting Device Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $03A6; {$ifdef IEDICOMDESC}Desc: 'Ion Block Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $03A8; {$ifdef IEDICOMDESC}Desc: 'Ion Control Point Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $03AA; {$ifdef IEDICOMDESC}Desc: 'Ion Wedge Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $03AC; {$ifdef IEDICOMDESC}Desc: 'Ion Wedge Position Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $0401; {$ifdef IEDICOMDESC}Desc: 'Referenced Setup Image Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $0402; {$ifdef IEDICOMDESC}Desc: 'Setup Image Comment';{$endif} VType: dvST; Src: dsStandard ), (Group: $300A; Element: $0410; {$ifdef IEDICOMDESC}Desc: 'Motion Synchronization Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $0412; {$ifdef IEDICOMDESC}Desc: 'Control Point Orientation';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $0420; {$ifdef IEDICOMDESC}Desc: 'General Accessory Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $0421; {$ifdef IEDICOMDESC}Desc: 'General Accessory ID';{$endif} VType: dvSH; Src: dsStandard ), (Group: $300A; Element: $0422; {$ifdef IEDICOMDESC}Desc: 'General Accessory Description';{$endif} VType: dvST; Src: dsStandard ), (Group: $300A; Element: $0423; {$ifdef IEDICOMDESC}Desc: 'General Accessory Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $0424; {$ifdef IEDICOMDESC}Desc: 'General Accessory Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300A; Element: $0425; {$ifdef IEDICOMDESC}Desc: 'Source to General Accessory Distance';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $0431; {$ifdef IEDICOMDESC}Desc: 'Applicator Geometry Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300A; Element: $0432; {$ifdef IEDICOMDESC}Desc: 'Applicator Aperture Shape';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300A; Element: $0433; {$ifdef IEDICOMDESC}Desc: 'Applicator Opening';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $0434; {$ifdef IEDICOMDESC}Desc: 'Applicator Opening X';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $0435; {$ifdef IEDICOMDESC}Desc: 'Applicator Opening Y';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300A; Element: $0436; {$ifdef IEDICOMDESC}Desc: 'Source to Applicator Mounting Position Distance';{$endif} VType: dvFL; Src: dsStandard ), (Group: $300C; Element: $0000; {$ifdef IEDICOMDESC}Desc: 'RT Relationship Group Length';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $300C; Element: $0002; {$ifdef IEDICOMDESC}Desc: 'Referenced RT Plan Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300C; Element: $0004; {$ifdef IEDICOMDESC}Desc: 'Referenced Beam Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300C; Element: $0006; {$ifdef IEDICOMDESC}Desc: 'Referenced Beam Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300C; Element: $0007; {$ifdef IEDICOMDESC}Desc: 'Referenced Reference Image Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300C; Element: $0008; {$ifdef IEDICOMDESC}Desc: 'Start Cumulative Meterset Weight';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300C; Element: $0009; {$ifdef IEDICOMDESC}Desc: 'End Cumulative Meterset Weight';{$endif} VType: dvDS; Src: dsStandard ), (Group: $300C; Element: $000A; {$ifdef IEDICOMDESC}Desc: 'Referenced Brachy Application Setup Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300C; Element: $000C; {$ifdef IEDICOMDESC}Desc: 'Referenced Brachy Application Setup Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300C; Element: $000E; {$ifdef IEDICOMDESC}Desc: 'Referenced Source Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300C; Element: $0020; {$ifdef IEDICOMDESC}Desc: 'Referenced Fraction Group Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300C; Element: $0022; {$ifdef IEDICOMDESC}Desc: 'Referenced Fraction Group Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300C; Element: $0040; {$ifdef IEDICOMDESC}Desc: 'Referenced Verification Image Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300C; Element: $0042; {$ifdef IEDICOMDESC}Desc: 'Referenced Reference Image Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300C; Element: $0050; {$ifdef IEDICOMDESC}Desc: 'Referenced Dose Reference Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300C; Element: $0051; {$ifdef IEDICOMDESC}Desc: 'Referenced Dose Reference Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300C; Element: $0055; {$ifdef IEDICOMDESC}Desc: 'Brachy Referenced Dose Reference Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300C; Element: $0060; {$ifdef IEDICOMDESC}Desc: 'Referenced Structure Set Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300C; Element: $006A; {$ifdef IEDICOMDESC}Desc: 'Referenced Patient Setup Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300C; Element: $0080; {$ifdef IEDICOMDESC}Desc: 'Referenced Dose Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300C; Element: $00A0; {$ifdef IEDICOMDESC}Desc: 'Referenced Tolerance Table Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300C; Element: $00B0; {$ifdef IEDICOMDESC}Desc: 'Referenced Bolus Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300C; Element: $00C0; {$ifdef IEDICOMDESC}Desc: 'Referenced Wedge Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300C; Element: $00D0; {$ifdef IEDICOMDESC}Desc: 'Referenced Compensator Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300C; Element: $00E0; {$ifdef IEDICOMDESC}Desc: 'Referenced Block Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300C; Element: $00F0; {$ifdef IEDICOMDESC}Desc: 'Referenced Control Point Index';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300C; Element: $00F2; {$ifdef IEDICOMDESC}Desc: 'Referenced Control Point Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $300C; Element: $00F4; {$ifdef IEDICOMDESC}Desc: 'Referenced Start Control Point Index';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300C; Element: $00F6; {$ifdef IEDICOMDESC}Desc: 'Referenced Stop Control Point Index';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300C; Element: $0100; {$ifdef IEDICOMDESC}Desc: 'Referenced Range Shifter Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300C; Element: $0102; {$ifdef IEDICOMDESC}Desc: 'Referenced Lateral Spreading Device Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300C; Element: $0104; {$ifdef IEDICOMDESC}Desc: 'Referenced Range Modulator Number';{$endif} VType: dvIS; Src: dsStandard ), (Group: $300E; Element: $0000; {$ifdef IEDICOMDESC}Desc: 'Approval Group Length';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $300E; Element: $0002; {$ifdef IEDICOMDESC}Desc: 'Approval Status';{$endif} VType: dvCS; Src: dsStandard ), (Group: $300E; Element: $0004; {$ifdef IEDICOMDESC}Desc: 'Review Date';{$endif} VType: dvDA; Src: dsStandard ), (Group: $300E; Element: $0005; {$ifdef IEDICOMDESC}Desc: 'Review Time';{$endif} VType: dvTM; Src: dsStandard ), (Group: $300E; Element: $0008; {$ifdef IEDICOMDESC}Desc: 'Reviewer Name';{$endif} VType: dvPN; Src: dsStandard ), (Group: $4000; Element: $0000; {$ifdef IEDICOMDESC}Desc: 'Text Group Length';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $4000; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Arbitrary';{$endif} VType: dvLT; Src: dsDeprecated ), (Group: $4000; Element: $4000; {$ifdef IEDICOMDESC}Desc: 'Text Comments';{$endif} VType: dvLT; Src: dsDeprecated ), (Group: $4008; Element: $0000; {$ifdef IEDICOMDESC}Desc: 'Results Group Length';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $4008; Element: $0040; {$ifdef IEDICOMDESC}Desc: 'Results ID';{$endif} VType: dvSH; Src: dsDeprecated ), (Group: $4008; Element: $0042; {$ifdef IEDICOMDESC}Desc: 'Results ID Issuer';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $4008; Element: $0050; {$ifdef IEDICOMDESC}Desc: 'Referenced Interpretation Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $4008; Element: $00FF; {$ifdef IEDICOMDESC}Desc: 'Report Production Status (Trial)';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $4008; Element: $0100; {$ifdef IEDICOMDESC}Desc: 'Interpretation Recorded Date';{$endif} VType: dvDA; Src: dsDeprecated ), (Group: $4008; Element: $0101; {$ifdef IEDICOMDESC}Desc: 'Interpretation Recorded Time';{$endif} VType: dvTM; Src: dsDeprecated ), (Group: $4008; Element: $0102; {$ifdef IEDICOMDESC}Desc: 'Interpretation Recorder';{$endif} VType: dvPN; Src: dsDeprecated ), (Group: $4008; Element: $0103; {$ifdef IEDICOMDESC}Desc: 'Reference to Recorded Sound';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $4008; Element: $0108; {$ifdef IEDICOMDESC}Desc: 'Interpretation Transcription Date';{$endif} VType: dvDA; Src: dsDeprecated ), (Group: $4008; Element: $0109; {$ifdef IEDICOMDESC}Desc: 'Interpretation Transcription Time';{$endif} VType: dvTM; Src: dsDeprecated ), (Group: $4008; Element: $010A; {$ifdef IEDICOMDESC}Desc: 'Interpretation Transcriber';{$endif} VType: dvPN; Src: dsDeprecated ), (Group: $4008; Element: $010B; {$ifdef IEDICOMDESC}Desc: 'Interpretation Text';{$endif} VType: dvST; Src: dsDeprecated ), (Group: $4008; Element: $010C; {$ifdef IEDICOMDESC}Desc: 'Interpretation Author';{$endif} VType: dvPN; Src: dsDeprecated ), (Group: $4008; Element: $0111; {$ifdef IEDICOMDESC}Desc: 'Interpretation Approver Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $4008; Element: $0112; {$ifdef IEDICOMDESC}Desc: 'Interpretation Approval Date';{$endif} VType: dvDA; Src: dsDeprecated ), (Group: $4008; Element: $0113; {$ifdef IEDICOMDESC}Desc: 'Interpretation Approval Time';{$endif} VType: dvTM; Src: dsDeprecated ), (Group: $4008; Element: $0114; {$ifdef IEDICOMDESC}Desc: 'Physician Approving Interpretation';{$endif} VType: dvPN; Src: dsDeprecated ), (Group: $4008; Element: $0115; {$ifdef IEDICOMDESC}Desc: 'Interpretation Diagnosis Description';{$endif} VType: dvLT; Src: dsDeprecated ), (Group: $4008; Element: $0117; {$ifdef IEDICOMDESC}Desc: 'Interpretation Diagnosis Code Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $4008; Element: $0118; {$ifdef IEDICOMDESC}Desc: 'Results Distribution List Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $4008; Element: $0119; {$ifdef IEDICOMDESC}Desc: 'Distribution Name';{$endif} VType: dvPN; Src: dsDeprecated ), (Group: $4008; Element: $011A; {$ifdef IEDICOMDESC}Desc: 'Distribution Address';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $4008; Element: $0200; {$ifdef IEDICOMDESC}Desc: 'Interpretation ID';{$endif} VType: dvSH; Src: dsDeprecated ), (Group: $4008; Element: $0202; {$ifdef IEDICOMDESC}Desc: 'Interpretation ID Issuer';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $4008; Element: $0210; {$ifdef IEDICOMDESC}Desc: 'Interpretation Type ID';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $4008; Element: $0212; {$ifdef IEDICOMDESC}Desc: 'Interpretation Status ID';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $4008; Element: $0300; {$ifdef IEDICOMDESC}Desc: 'Impressions';{$endif} VType: dvST; Src: dsDeprecated ), (Group: $4008; Element: $4000; {$ifdef IEDICOMDESC}Desc: 'Results Comments';{$endif} VType: dvST; Src: dsDeprecated ), (Group: $4009; Element: $0001; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $4009; Element: $0020; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $4009; Element: $0030; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvDA; Src: dsProprietary ), (Group: $4009; Element: $0070; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $4009; Element: $00E0; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $4009; Element: $00E1; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $4009; Element: $00E3; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $4010; Element: $0001; {$ifdef IEDICOMDESC}Desc: 'Low Energy Detectors';{$endif} VType: dvCS; Src: dsStandard ), (Group: $4010; Element: $0002; {$ifdef IEDICOMDESC}Desc: 'High Energy Detectors';{$endif} VType: dvCS; Src: dsStandard ), (Group: $4010; Element: $0004; {$ifdef IEDICOMDESC}Desc: 'Detector Geometry Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $4010; Element: $1001; {$ifdef IEDICOMDESC}Desc: 'Threat ROI Voxel Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $4010; Element: $1004; {$ifdef IEDICOMDESC}Desc: 'Threat ROI Base';{$endif} VType: dvFL; Src: dsStandard ), (Group: $4010; Element: $1005; {$ifdef IEDICOMDESC}Desc: 'Threat ROI Extents';{$endif} VType: dvFL; Src: dsStandard ), (Group: $4010; Element: $1006; {$ifdef IEDICOMDESC}Desc: 'Threat ROI Bitmap';{$endif} VType: dvOB; Src: dsStandard ), (Group: $4010; Element: $1007; {$ifdef IEDICOMDESC}Desc: 'Route Segment ID';{$endif} VType: dvSH; Src: dsStandard ), (Group: $4010; Element: $1008; {$ifdef IEDICOMDESC}Desc: 'Gantry Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $4010; Element: $1009; {$ifdef IEDICOMDESC}Desc: 'OOI Owner Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $4010; Element: $100A; {$ifdef IEDICOMDESC}Desc: 'Route Segment Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $4010; Element: $1010; {$ifdef IEDICOMDESC}Desc: 'Potential Threat Object ID';{$endif} VType: dvUS; Src: dsStandard ), (Group: $4010; Element: $1011; {$ifdef IEDICOMDESC}Desc: 'Threat Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $4010; Element: $1012; {$ifdef IEDICOMDESC}Desc: 'Threat Category';{$endif} VType: dvCS; Src: dsStandard ), (Group: $4010; Element: $1013; {$ifdef IEDICOMDESC}Desc: 'Threat Category Description';{$endif} VType: dvLT; Src: dsStandard ), (Group: $4010; Element: $1014; {$ifdef IEDICOMDESC}Desc: 'ATD Ability Assessment';{$endif} VType: dvCS; Src: dsStandard ), (Group: $4010; Element: $1015; {$ifdef IEDICOMDESC}Desc: 'ATD Assessment Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $4010; Element: $1016; {$ifdef IEDICOMDESC}Desc: 'ATD Assessment Probability';{$endif} VType: dvFL; Src: dsStandard ), (Group: $4010; Element: $1017; {$ifdef IEDICOMDESC}Desc: 'Mass';{$endif} VType: dvFL; Src: dsStandard ), (Group: $4010; Element: $1018; {$ifdef IEDICOMDESC}Desc: 'Density';{$endif} VType: dvFL; Src: dsStandard ), (Group: $4010; Element: $1019; {$ifdef IEDICOMDESC}Desc: 'Z Effective';{$endif} VType: dvFL; Src: dsStandard ), (Group: $4010; Element: $101A; {$ifdef IEDICOMDESC}Desc: 'Boarding Pass ID';{$endif} VType: dvSH; Src: dsStandard ), (Group: $4010; Element: $101B; {$ifdef IEDICOMDESC}Desc: 'Center of Mass';{$endif} VType: dvFL; Src: dsStandard ), (Group: $4010; Element: $101C; {$ifdef IEDICOMDESC}Desc: 'Center of PTO';{$endif} VType: dvFL; Src: dsStandard ), (Group: $4010; Element: $101D; {$ifdef IEDICOMDESC}Desc: 'Bounding Polygon';{$endif} VType: dvFL; Src: dsStandard ), (Group: $4010; Element: $101E; {$ifdef IEDICOMDESC}Desc: 'Route Segment Start Location ID';{$endif} VType: dvSH; Src: dsStandard ), (Group: $4010; Element: $101F; {$ifdef IEDICOMDESC}Desc: 'Route Segment End Location ID';{$endif} VType: dvSH; Src: dsStandard ), (Group: $4010; Element: $1020; {$ifdef IEDICOMDESC}Desc: 'Route Segment Location ID Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $4010; Element: $1021; {$ifdef IEDICOMDESC}Desc: 'Abort Reason';{$endif} VType: dvCS; Src: dsStandard ), (Group: $4010; Element: $1023; {$ifdef IEDICOMDESC}Desc: 'Volume of PTO';{$endif} VType: dvFL; Src: dsStandard ), (Group: $4010; Element: $1024; {$ifdef IEDICOMDESC}Desc: 'Abort Flag';{$endif} VType: dvCS; Src: dsStandard ), (Group: $4010; Element: $1025; {$ifdef IEDICOMDESC}Desc: 'Route Segment Start Time';{$endif} VType: dvDT; Src: dsStandard ), (Group: $4010; Element: $1026; {$ifdef IEDICOMDESC}Desc: 'Route Segment End Time';{$endif} VType: dvDT; Src: dsStandard ), (Group: $4010; Element: $1027; {$ifdef IEDICOMDESC}Desc: 'TDR Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $4010; Element: $1028; {$ifdef IEDICOMDESC}Desc: 'International Route Segment';{$endif} VType: dvCS; Src: dsStandard ), (Group: $4010; Element: $1029; {$ifdef IEDICOMDESC}Desc: 'Threat Detection Algorithm and Version';{$endif} VType: dvLO; Src: dsStandard ), (Group: $4010; Element: $102A; {$ifdef IEDICOMDESC}Desc: 'Assigned Location';{$endif} VType: dvSH; Src: dsStandard ), (Group: $4010; Element: $102B; {$ifdef IEDICOMDESC}Desc: 'Alarm Decision Time';{$endif} VType: dvDT; Src: dsStandard ), (Group: $4010; Element: $1031; {$ifdef IEDICOMDESC}Desc: 'Alarm Decision';{$endif} VType: dvCS; Src: dsStandard ), (Group: $4010; Element: $1033; {$ifdef IEDICOMDESC}Desc: 'Number of Total Objects';{$endif} VType: dvUS; Src: dsStandard ), (Group: $4010; Element: $1034; {$ifdef IEDICOMDESC}Desc: 'Number of Alarm Objects';{$endif} VType: dvUS; Src: dsStandard ), (Group: $4010; Element: $1037; {$ifdef IEDICOMDESC}Desc: 'PTO Representation Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $4010; Element: $1038; {$ifdef IEDICOMDESC}Desc: 'ATD Assessment Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $4010; Element: $1039; {$ifdef IEDICOMDESC}Desc: 'TIP Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $4010; Element: $103A; {$ifdef IEDICOMDESC}Desc: 'DICOS Version';{$endif} VType: dvCS; Src: dsStandard ), (Group: $4010; Element: $1041; {$ifdef IEDICOMDESC}Desc: 'OOI Owner Creation Time';{$endif} VType: dvDT; Src: dsStandard ), (Group: $4010; Element: $1042; {$ifdef IEDICOMDESC}Desc: 'OOI Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $4010; Element: $1043; {$ifdef IEDICOMDESC}Desc: 'OOI Size';{$endif} VType: dvFL; Src: dsStandard ), (Group: $4010; Element: $1044; {$ifdef IEDICOMDESC}Desc: 'Acquisition Status';{$endif} VType: dvCS; Src: dsStandard ), (Group: $4010; Element: $1045; {$ifdef IEDICOMDESC}Desc: 'Basis Materials Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $4010; Element: $1046; {$ifdef IEDICOMDESC}Desc: 'Phantom Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $4010; Element: $1047; {$ifdef IEDICOMDESC}Desc: 'OOI Owner Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $4010; Element: $1048; {$ifdef IEDICOMDESC}Desc: 'Scan Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $4010; Element: $1051; {$ifdef IEDICOMDESC}Desc: 'Itinerary ID';{$endif} VType: dvLO; Src: dsStandard ), (Group: $4010; Element: $1052; {$ifdef IEDICOMDESC}Desc: 'Itinerary ID Type';{$endif} VType: dvSH; Src: dsStandard ), (Group: $4010; Element: $1053; {$ifdef IEDICOMDESC}Desc: 'Itinerary ID Assigning Authority';{$endif} VType: dvLO; Src: dsStandard ), (Group: $4010; Element: $1054; {$ifdef IEDICOMDESC}Desc: 'Route ID';{$endif} VType: dvSH; Src: dsStandard ), (Group: $4010; Element: $1055; {$ifdef IEDICOMDESC}Desc: 'Route ID Assigning Authority';{$endif} VType: dvSH; Src: dsStandard ), (Group: $4010; Element: $1056; {$ifdef IEDICOMDESC}Desc: 'Inbound Arrival Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $4010; Element: $1058; {$ifdef IEDICOMDESC}Desc: 'Carrier ID';{$endif} VType: dvSH; Src: dsStandard ), (Group: $4010; Element: $1059; {$ifdef IEDICOMDESC}Desc: 'Carrier ID Assigning Authority';{$endif} VType: dvCS; Src: dsStandard ), (Group: $4010; Element: $1060; {$ifdef IEDICOMDESC}Desc: 'Source Orientation';{$endif} VType: dvFL; Src: dsStandard ), (Group: $4010; Element: $1061; {$ifdef IEDICOMDESC}Desc: 'Source Position';{$endif} VType: dvFL; Src: dsStandard ), (Group: $4010; Element: $1062; {$ifdef IEDICOMDESC}Desc: 'Belt Height';{$endif} VType: dvFL; Src: dsStandard ), (Group: $4010; Element: $1064; {$ifdef IEDICOMDESC}Desc: 'Algorithm Routing Code Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $4010; Element: $1067; {$ifdef IEDICOMDESC}Desc: 'Transport Classification';{$endif} VType: dvCS; Src: dsStandard ), (Group: $4010; Element: $1068; {$ifdef IEDICOMDESC}Desc: 'OOI Type Descriptor';{$endif} VType: dvLT; Src: dsStandard ), (Group: $4010; Element: $1069; {$ifdef IEDICOMDESC}Desc: 'Total Processing Time';{$endif} VType: dvFL; Src: dsStandard ), (Group: $4010; Element: $106C; {$ifdef IEDICOMDESC}Desc: 'Detector Calibration Data';{$endif} VType: dvOB; Src: dsStandard ), (Group: $4010; Element: $106D; {$ifdef IEDICOMDESC}Desc: 'Additional Screening Performed';{$endif} VType: dvCS; Src: dsStandard ), (Group: $4010; Element: $106E; {$ifdef IEDICOMDESC}Desc: 'Additional Inspection Selection Criteria';{$endif} VType: dvCS; Src: dsStandard ), (Group: $4010; Element: $106F; {$ifdef IEDICOMDESC}Desc: 'Additional Inspection Method Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $4010; Element: $1070; {$ifdef IEDICOMDESC}Desc: 'AIT Device Type';{$endif} VType: dvCS; Src: dsStandard ), (Group: $4010; Element: $1071; {$ifdef IEDICOMDESC}Desc: 'QR Measurements Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $4010; Element: $1072; {$ifdef IEDICOMDESC}Desc: 'Target Material Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $4010; Element: $1073; {$ifdef IEDICOMDESC}Desc: 'SNR Threshold';{$endif} VType: dvFD; Src: dsStandard ), (Group: $4010; Element: $1075; {$ifdef IEDICOMDESC}Desc: 'Image Scale Representation';{$endif} VType: dvDS; Src: dsStandard ), (Group: $4010; Element: $1076; {$ifdef IEDICOMDESC}Desc: 'Referenced PTO Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $4010; Element: $1077; {$ifdef IEDICOMDESC}Desc: 'Referenced TDR Instance Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $4010; Element: $1078; {$ifdef IEDICOMDESC}Desc: 'PTO Location Description';{$endif} VType: dvST; Src: dsStandard ), (Group: $4010; Element: $1079; {$ifdef IEDICOMDESC}Desc: 'Anomaly Locator Indicator Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $4010; Element: $107A; {$ifdef IEDICOMDESC}Desc: 'Anomaly Locator Indicator';{$endif} VType: dvFL; Src: dsStandard ), (Group: $4010; Element: $107B; {$ifdef IEDICOMDESC}Desc: 'PTO Region Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $4010; Element: $107C; {$ifdef IEDICOMDESC}Desc: 'Inspection Selection Criteria';{$endif} VType: dvCS; Src: dsStandard ), (Group: $4010; Element: $107D; {$ifdef IEDICOMDESC}Desc: 'Secondary Inspection Method Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $4010; Element: $107E; {$ifdef IEDICOMDESC}Desc: 'PRCS to RCS Orientation';{$endif} VType: dvDS; Src: dsStandard ), (Group: $4FFE; Element: $0001; {$ifdef IEDICOMDESC}Desc: 'MAC Parameters Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $5000; Element: $0000; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $5000; Element: $0005; {$ifdef IEDICOMDESC}Desc: 'Curve Dimensions';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $5000; Element: $0010; {$ifdef IEDICOMDESC}Desc: 'Number of Points';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $5000; Element: $0020; {$ifdef IEDICOMDESC}Desc: 'Type of Data';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $5000; Element: $0022; {$ifdef IEDICOMDESC}Desc: 'Curve Description';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $5000; Element: $0030; {$ifdef IEDICOMDESC}Desc: 'Axis Units';{$endif} VType: dvSH; Src: dsDeprecated ), (Group: $5000; Element: $0040; {$ifdef IEDICOMDESC}Desc: 'Axis Labels';{$endif} VType: dvSH; Src: dsDeprecated ), (Group: $5000; Element: $0103; {$ifdef IEDICOMDESC}Desc: 'Data Value Representation';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $5000; Element: $0104; {$ifdef IEDICOMDESC}Desc: 'Minimum Coordinate Value';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $5000; Element: $0105; {$ifdef IEDICOMDESC}Desc: 'Maximum Coordinate Value';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $5000; Element: $0106; {$ifdef IEDICOMDESC}Desc: 'Curve Range';{$endif} VType: dvSH; Src: dsDeprecated ), (Group: $5000; Element: $0110; {$ifdef IEDICOMDESC}Desc: 'Curve Data Descriptor';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $5000; Element: $0112; {$ifdef IEDICOMDESC}Desc: 'Coordinate Start Value';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $5000; Element: $0114; {$ifdef IEDICOMDESC}Desc: 'Coordinate Step Value';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $5000; Element: $1001; {$ifdef IEDICOMDESC}Desc: 'Curve Activation Layer';{$endif} VType: dvCS; Src: dsDeprecated ), (Group: $5000; Element: $2000; {$ifdef IEDICOMDESC}Desc: 'Audio Type';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $5000; Element: $2002; {$ifdef IEDICOMDESC}Desc: 'Audio Sample Format';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $5000; Element: $2004; {$ifdef IEDICOMDESC}Desc: 'Number of Channels';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $5000; Element: $2006; {$ifdef IEDICOMDESC}Desc: 'Number of Samples';{$endif} VType: dvUL; Src: dsDeprecated ), (Group: $5000; Element: $2008; {$ifdef IEDICOMDESC}Desc: 'Sample Rate';{$endif} VType: dvUL; Src: dsDeprecated ), (Group: $5000; Element: $200A; {$ifdef IEDICOMDESC}Desc: 'Total Time';{$endif} VType: dvUL; Src: dsDeprecated ), (Group: $5000; Element: $200C; {$ifdef IEDICOMDESC}Desc: 'Audio Sample Data';{$endif} VType: dvOW; Src: dsDeprecated ), (Group: $5000; Element: $200E; {$ifdef IEDICOMDESC}Desc: 'Audio Comments';{$endif} VType: dvLT; Src: dsDeprecated ), (Group: $5000; Element: $2500; {$ifdef IEDICOMDESC}Desc: 'Curve Label';{$endif} VType: dvLO; Src: dsDeprecated ), (Group: $5000; Element: $2600; {$ifdef IEDICOMDESC}Desc: 'Curve Referenced Overlay Sequence';{$endif} VType: dvSQ; Src: dsDeprecated ), (Group: $5000; Element: $2610; {$ifdef IEDICOMDESC}Desc: 'Curve Referenced Overlay Group';{$endif} VType: dvUS; Src: dsDeprecated ), (Group: $5000; Element: $3000; {$ifdef IEDICOMDESC}Desc: 'Curve Data';{$endif} VType: dvOW; Src: dsDeprecated ), (Group: $5200; Element: $9229; {$ifdef IEDICOMDESC}Desc: 'Shared Functional Groups Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $5200; Element: $9230; {$ifdef IEDICOMDESC}Desc: 'Per-frame Functional Groups Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $5400; Element: $0000; {$ifdef IEDICOMDESC}Desc: 'Waveform Group Length';{$endif} VType: dvUL; Src: dsProprietary ), (Group: $5400; Element: $0100; {$ifdef IEDICOMDESC}Desc: 'Waveform Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $5400; Element: $0110; {$ifdef IEDICOMDESC}Desc: 'Channel Minimum Value';{$endif} VType: dvOW; Src: dsStandard ), (Group: $5400; Element: $0112; {$ifdef IEDICOMDESC}Desc: 'Channel Maximum Value';{$endif} VType: dvOW; 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Element: $0010; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLO; Src: dsProprietary ), (Group: $6001; Element: $1010; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $6001; Element: $1030; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $6021; Element: $0000; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $6021; Element: $0010; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $7000; Element: $0004; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvST; Src: dsProprietary ), (Group: $7000; Element: $0005; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $7000; Element: $0007; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $7001; Element: $0010; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $7003; Element: $0010; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; 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{$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $7FF1; Element: $0002; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $7FF1; Element: $0003; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ), (Group: $7FF1; Element: $0004; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvIS; Src: dsProprietary ), (Group: $7FF1; Element: $0005; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $7FF1; Element: $0007; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $7FF1; Element: $0008; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $7FF1; Element: $0009; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $7FF1; Element: $000A; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvLT; Src: dsProprietary ), (Group: $7FF1; Element: $000B; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $7FF1; Element: $000C; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $7FF1; Element: $000D; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $7FF1; Element: $0010; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUS; Src: dsProprietary ), (Group: $FFFA; Element: $FFFA; {$ifdef IEDICOMDESC}Desc: 'Digital Signatures Sequence';{$endif} VType: dvSQ; Src: dsStandard ), (Group: $FFFC; Element: $FFFC; {$ifdef IEDICOMDESC}Desc: 'Data Set Trailing Padding';{$endif} VType: dvOB; Src: dsStandard ), (Group: $FFFE; Element: $E000; {$ifdef IEDICOMDESC}Desc: 'Item';{$endif} VType: dvUnknown; Src: dsStandard ), (Group: $FFFE; Element: $E00D; {$ifdef IEDICOMDESC}Desc: 'Item Delimitation Item';{$endif} VType: dvUnknown; Src: dsStandard ), (Group: $FFFE; Element: $E0DD; {$ifdef IEDICOMDESC}Desc: 'Sequence Delimitation Item';{$endif} VType: dvUnknown; Src: dsStandard ), (Group: $FFFF; Element: $FFFF; {$ifdef IEDICOMDESC}Desc: '';{$endif} VType: dvUSorSS; Src: dsProprietary ) ); const UNSPECIFIED_VALUE_DBL: double = 10000000; // binsearch a tag // ret "nil" as "not found" function IEDicomGetTagInfo(Group: word; Element: word): PIEDicomTagInfo; var minPos, maxPos, midPos: integer; begin minPos := 0; maxPos := Dicom_Tag_Count - 1; repeat midPos := (minPos + maxPos) div 2; if (Group > DicomTagInfo[midPos].Group) or ((Group = DicomTagInfo[midPos].Group) and (Element > DicomTagInfo[midPos].Element)) then minPos := midPos + 1 else maxPos := midPos - 1; until ((DicomTagInfo[midPos].Group = Group) and (DicomTagInfo[midPos].Element = Element)) or (minPos > maxPos); if (DicomTagInfo[midPos].Group = Group) and (DicomTagInfo[midPos].Element = Element) then result := @DicomTagInfo[midPos] else result := nil; end; // Returns the item of the specifed index in the DicomTagInfo array // Range is 0 to Dicom_Tag_Count - 1 function IEDicomGetTagInfo(Idx: Integer): TIEDicomTagInfo; begin Result := DicomTagInfo[ Idx ]; end; function IEStrToFloatDefExt(s: AnsiString; def: double): double; var p: integer; begin p := IEPos('\', s); if p > 0 then s := IECopy(s, 1, p - 1); result := IEStrToFloatDefA(s, def); end; function IsUpper(c: AnsiChar): boolean; begin result := (c >= 'A') and (c <= 'Z'); end; constructor TDicomReadContext.Create(Stream_: TStream; var Progress_: TProgressRec); begin inherited Create(); Progress := Progress_; IOParams := nil; Bitmap := nil; Stream := TIEBufferedReadStream.Create(Stream_, 65536, IEGlobalSettings().UseRelativeStreams); StreamSize := Stream_.Size; Implicit := false; LittleEndian := true; TransferSyntax := ''; PhotometricInterpretation := ''; PlanarConfiguration := 0; PixelRepresentation := 0; Width := 0; Height := 0; BitsAllocated := 0; BitsStored := 0; BytesPerChannel := 0; RMap := nil; GMap := nil; BMap := nil; GrayMap := nil; FrameCount := 1; SamplesPerPixel := 1; WindowCenter := UNSPECIFIED_VALUE_DBL; WindowWidth := UNSPECIFIED_VALUE_DBL; ThumbPos := -1; ImagePos := -1; SmallestImagePixelValue := MAXINT; LargestImagePixelValue := MAXINT; end; destructor TDicomReadContext.Destroy(); begin // free allocated buffers if assigned(RMap) then freemem(RMap); if assigned(GMap) then freemem(GMap); if assigned(BMap) then freemem(BMap); if assigned(GrayMap) then freemem(GrayMap); // others Stream.Free; inherited; end; function TDicomReadContext.ReadByte(): byte; begin Stream.Read(result, 1); end; function TDicomReadContext.ReadWord(rev: boolean): word; begin Stream.Read(result, 2); if rev then result := IESwapWord(result); end; function TDicomReadContext.ReadDWord(rev: boolean): dword; begin Stream.Read(result, 4); if rev then result := IESwapDWord(result); end; procedure TDicomReadContext.ReRangeJpeg2KPixels16(); var row, col: integer; pw: pword; v: double; destmx: integer; begin destmx := 1 shl BitsStored - 1; if (LargestImagePixelValue <> MAXINT) and (LargestImagePixelValue < destmx) then destmx := LargestImagePixelValue; for row := 0 to Height - 1 do begin pw := Bitmap.Scanline[row]; for col := 0 to Width - 1 do begin if PixelRepresentation = 1 then v := smallint(pw^) / 16383 else v := word(pw^) / 65535; pw^ := trunc( v * destmx ); inc(pw); end; end; end; // convert a stored word to integer, checking PixelRepresentation (signed or unsigned), BitsStored and sign function TDicomReadContext.GetValueW(w: word): integer; begin if PixelRepresentation = 1 then begin // check sign bit if ((1 shl (BitsStored - 1)) and w) = 0 then // positive value result := w else // convert two's complement to negative value result := - ((not w) and (1 shl BitsStored - 1) + 1); end else result := w; end; // convert a stored byte to integer, checking PixelRepresentation (signed or unsigned), BitsStored and sign function TDicomReadContext.GetValueB(b: byte): integer; begin if PixelRepresentation = 1 then begin // check sign bit if ((1 shl (BitsStored - 1)) and b) = 0 then // positive value result := b else // convert two's complement to negative value result := - ((not b) and (1 shl BitsStored - 1) + 1); end else result := b; end; procedure TDicomReadContext.EstimateWindow16g(); var LMin, LMax, iv: integer; DMin, DMax: double; row, col: integer; pw: pword; begin if WindowWidth = 0 then begin // invalid WindowWidth, invalidate both window values WindowCenter := UNSPECIFIED_VALUE_DBL; WindowWidth := UNSPECIFIED_VALUE_DBL; end; // calculates WindowCenter and WindowWidth from SmallestImagePixelValue and LargestImagePixelValue if ((WindowCenter = UNSPECIFIED_VALUE_DBL) or (WindowWidth = UNSPECIFIED_VALUE_DBL)) and (SmallestImagePixelValue <> MAXINT) and (LargestImagePixelValue <> MAXINT) then begin WindowCenter := (SmallestImagePixelValue + LargestImagePixelValue) / 2.0; WindowWidth := LargestImagePixelValue - SmallestImagePixelValue; end; // calculates WindowCenter and WindowWidth from BitsStored if ((WindowCenter = UNSPECIFIED_VALUE_DBL) or (WindowWidth = UNSPECIFIED_VALUE_DBL)) then begin LMin := MAXINT; LMax := 0; for row := 0 to Height - 1 do begin pw := Bitmap.Scanline[row]; for col := 0 to Width - 1 do begin iv := GetValueW(pw^); if LMin > iv then LMin := iv; if LMax < iv then LMax := iv; inc(pw); end; end; DMin := LMin * RescaleSlope + RescaleIntercept; DMax := LMax * RescaleSlope + RescaleIntercept; WindowWidth := (DMax - DMin + 1); WindowCenter := DMin + WindowWidth / 2; end; end; procedure TDicomReadContext.AdjustRange16g_adjust(); var LMin, LMax: integer; v: double; row, col: integer; pw: pword; begin EstimateWindow16g(); LMin := trunc( (WindowCenter - 0.5) - ((WindowWidth - 1) / 2) ); LMax := trunc( (WindowCenter - 0.5) + ((WindowWidth - 1) / 2) ); for row := 0 to Height - 1 do begin pw := Bitmap.Scanline[row]; for col := 0 to Width - 1 do begin v := GetValueW(pw^); v := v * RescaleSlope + RescaleIntercept; if v < LMin then v := LMin else if v > LMax then v := LMax; pw^ := trunc( (v - LMin) / (LMax - LMin) * 65535 ); inc(pw); end; end; AdjustMonochrome16g(65535); end; procedure TDicomReadContext.AdjustRange16g_set(); var v: double; row, col: integer; pw: pword; n: integer; begin n := 1 shl (BitsStored - 1); if (PixelRepresentation <> 0) or (RescaleSlope <> 1) then begin for row := 0 to Height - 1 do begin pw := Bitmap.Scanline[row]; for col := 0 to Width - 1 do begin if PixelRepresentation = 1 then begin v := smallint(pw^); if v < n then v := v + n else v := v - n; end else begin v := word(pw^); end; v := v * RescaleSlope; pw^ := trunc(v); inc(pw); end; end; end; if PixelRepresentation = 1 then begin IOParams.DICOM_WindowCenterOffset := n - RescaleIntercept; end else begin IOParams.DICOM_WindowCenterOffset := -RescaleIntercept; end; if (WindowCenter <> UNSPECIFIED_VALUE_DBL) and (WindowWidth <> UNSPECIFIED_VALUE_DBL) then begin WindowCenter := WindowCenter + IOParams.DICOM_WindowCenterOffset; if PhotometricInterpretation = IEDICOM_PHOTOMETINTERPRET_MONOCHROME_ZEROISWHITE then begin Bitmap.BlackValue := (1 shl BitsStored - 1) - (WindowCenter + Round(0.5 * WindowWidth)); Bitmap.WhiteValue := (1 shl BitsStored - 1) - (WindowCenter - Trunc(0.5 * WindowWidth)); end else begin Bitmap.BlackValue := WindowCenter - Round(0.5 * WindowWidth); Bitmap.WhiteValue := WindowCenter + Trunc(0.5 * WindowWidth); end; AdjustMonochrome16g(1 shl BitsStored - 1); end else begin AdjustMonochrome16g(65535); Bitmap.AutoCalcBWValues(); end; end; procedure TDicomReadContext.AdjustRange16g(); begin case IOParams.DICOM_Range of iedrAdjust: AdjustRange16g_adjust(); iedrSetBlackWhite: AdjustRange16g_set(); end; end; // works also for 24 bit rgb procedure TDicomReadContext.EstimateWindow8g(); var LMin, LMax, iv: integer; DMin, DMax: double; row, col: integer; pb: pbyte; begin if WindowWidth = 0 then begin // invalid WindowWidth, invalidate both window values WindowCenter := UNSPECIFIED_VALUE_DBL; WindowWidth := UNSPECIFIED_VALUE_DBL; end; // calculates WindowCenter and WindowWidth from SmallestImagePixelValue and LargestImagePixelValue if ((WindowCenter = UNSPECIFIED_VALUE_DBL) or (WindowWidth = UNSPECIFIED_VALUE_DBL)) and (SmallestImagePixelValue <> MAXINT) and (LargestImagePixelValue <> MAXINT) then begin WindowCenter := (SmallestImagePixelValue + LargestImagePixelValue) / 2.0; WindowWidth := LargestImagePixelValue - SmallestImagePixelValue; end; // calculates WindowCenter and WindowWidth from BitsStored if ((WindowCenter = UNSPECIFIED_VALUE_DBL) or (WindowWidth = UNSPECIFIED_VALUE_DBL)) then begin LMin := MAXINT; LMax := 0; for row := 0 to Height - 1 do begin pb := Bitmap.Scanline[row]; for col := 0 to Width * SamplesPerPixel - 1 do begin iv := GetValueB(pb^); if LMin > iv then LMin := iv; if LMax < iv then LMax := iv; inc(pb); end; end; DMin := LMin * RescaleSlope + RescaleIntercept; DMax := LMax * RescaleSlope + RescaleIntercept; WindowWidth := (DMax - DMin + 1); WindowCenter := DMin + WindowWidth / 2; end; end; // works also for 24 bit rgb procedure TDicomReadContext.AdjustRange8g_adjust(); var LMin, LMax: integer; v: double; row, col: integer; pb: pbyte; begin EstimateWindow8g(); LMin := trunc( (WindowCenter - 0.5) - ((WindowWidth - 1) / 2) ); LMax := trunc( (WindowCenter - 0.5) + ((WindowWidth - 1) / 2) ); for row := 0 to Height - 1 do begin pb := Bitmap.Scanline[row]; for col := 0 to Width * SamplesPerPixel - 1 do begin v := GetValueB(pb^); v := v * RescaleSlope + RescaleIntercept; if v < LMin then v := LMin else if v > LMax then v := LMax; pb^ := trunc( (v - LMin) / (LMax - LMin) * 255 ); inc(pb); end; end; end; // works also for 24 bit rgb procedure TDicomReadContext.AdjustRange8g_set(); var v: double; row, col: integer; pb: pbyte; n: integer; begin n := 1 shl (BitsStored - 1); for row := 0 to Height - 1 do begin pb := Bitmap.Scanline[row]; for col := 0 to Width * SamplesPerPixel - 1 do begin if PixelRepresentation = 1 then begin v := shortint(pb^); if v < n then v := v + n else v := v - n; end else begin v := byte(pb^); end; v := v * RescaleSlope; pb^ := trunc(v); inc(pb); end; end; if PixelRepresentation = 1 then begin IOParams.DICOM_WindowCenterOffset := n - RescaleIntercept; end else begin IOParams.DICOM_WindowCenterOffset := - RescaleIntercept; end; if (WindowCenter <> UNSPECIFIED_VALUE_DBL) and (WindowWidth <> UNSPECIFIED_VALUE_DBL) then begin WindowCenter := WindowCenter + IOParams.DICOM_WindowCenterOffset; Bitmap.BlackValue := WindowCenter - Round(0.5 * WindowWidth); Bitmap.WhiteValue := WindowCenter + Trunc(0.5 * WindowWidth); end else begin WindowCenter := (1 shl (BitsStored - 1)) * RescaleSlope; Bitmap.BlackValue := WindowCenter - Round(0.5 * (1 shl IOParams.BitsPerSample) * RescaleSlope); Bitmap.WhiteValue := WindowCenter + Trunc(0.5 * (1 shl IOParams.BitsPerSample) * RescaleSlope); end; end; // works also for 24 bit rgb procedure TDicomReadContext.AdjustRange8g(); begin case IOParams.DICOM_Range of iedrAdjust: AdjustRange8g_adjust(); iedrSetBlackWhite: AdjustRange8g_set(); end; end; procedure TDicomReadContext.AdjustMonochrome16g(maxval: integer); var row, col: integer; pw: pword; begin if PhotometricInterpretation = IEDICOM_PHOTOMETINTERPRET_MONOCHROME_ZEROISWHITE then begin // low values high intensity for row := 0 to Height - 1 do begin pw := Bitmap.Scanline[row]; for col := 0 to Width - 1 do begin pw^ := maxval - pw^; inc(pw); end; end; end; end; // works also for 24 bit procedure TDicomReadContext.AdjustMonochrome8g_adjust(); var row, col: integer; pb: pbyte; begin if PhotometricInterpretation = IEDICOM_PHOTOMETINTERPRET_MONOCHROME_ZEROISWHITE then begin // low values high intensity for row := 0 to Height - 1 do begin pb := Bitmap.Scanline[row]; for col := 0 to Width * SamplesPerPixel - 1 do begin pb^ := 255 - pb^; inc(pb); end; end; end; end; // works also for 24 bit procedure TDicomReadContext.AdjustMonochrome8g_set(); var row, col: integer; pb: pbyte; begin if PhotometricInterpretation = IEDICOM_PHOTOMETINTERPRET_MONOCHROME_ZEROISWHITE then begin // low values high intensity for row := 0 to Height - 1 do begin pb := Bitmap.Scanline[row]; for col := 0 to Width * SamplesPerPixel - 1 do begin pb^ := 255 - pb^; inc(pb); end; end; end; end; procedure TDicomReadContext.AdjustMonochrome8g(); begin case IOParams.DICOM_Range of iedrAdjust: AdjustMonochrome8g_adjust(); iedrSetBlackWhite: AdjustMonochrome8g_set(); end; end; procedure TDicomReadContext.VerticalFlip(); var row, srow: integer; h: integer; temp: pointer; begin getmem(temp, Bitmap.RowLen); try h := Bitmap.Height div 2 - 1; srow := Bitmap.Height - 1; for row := 0 to h do begin CopyMemory(temp, Bitmap.Scanline[row], Bitmap.RowLen); CopyMemory(Bitmap.Scanline[row], Bitmap.Scanline[srow], Bitmap.RowLen); CopyMemory(Bitmap.Scanline[srow], temp, Bitmap.RowLen); dec(srow); end; finally freemem(temp); end; end; procedure TDicomReadContext.GetImage(DstBitmap: TIEBitmap; Params: TIOParams; Preview: boolean); var bb, b1, b2, b3: byte; pw: pword; pb, pb2: pbyte; dwordArray: array of DWORD; row, col: integer; ps: psingle; ww, w1, w2: word; idx: PDWORDARRAY; dw: dword; base: int64; buffer: pbyte; ch: integer; tempParams: TIOParams; imageLength: integer; lper: integer; i: integer; VOI: TObjectList; VOITags: TIEDicomTags; p_rgb: PRGB; p_rgb48: PRGB48; hiByteArray, loByteArray: array of byte; hiBytePtr, loBytePtr: pbyte; procedure DoProgress(row, height: integer); var per: integer; begin if assigned(Progress.fOnProgress) then begin per := trunc(row / Height * 100); if per <> lper then begin lper := per; Progress.fOnProgress(Progress.Sender, per); end; end; end; begin IOParams := Params; IOParams.BitsPerSample := BitsStored; IOParams.SamplesPerPixel := SamplesPerPixel; IOParams.Width := Width; IOParams.Height := Height; IOParams.OriginalWidth := Width; IOParams.OriginalHeight := Height; IOParams.ImageCount := FrameCount; IOParams.DICOM_RescaleIntercept := RescaleIntercept; IOParams.DICOM_RescaleSlope := RescaleSlope; IOParams.DICOM_WindowCenter := WindowCenter; IOParams.DICOM_WindowWidth := WindowWidth; if Preview then exit; if (ImagePos > -1) then begin Stream.Position := ImagePos; end else if (ThumbPos > -1) then begin Stream.Position := ThumbPos; end else exit; if assigned(DstBitmap) and (DstBitmap.Location = ieTBitmap) then Bitmap := TIEBitmap.Create() else Bitmap := DstBitmap; try lper := - 1; imageLength := 0; IOParams.ImageIndex := imin(IOParams.ImageIndex, FrameCount - 1); IOParams.DICOM_WindowCenterOffset := 0; // select frame Stream.Read(w1, 2); Stream.Read(w2, 2); if (w1 <> $FFFE) or (w2 <> $E000) then begin Stream.Seek(-4, soCurrent); // select frame calculating frames length (for uncompressed images only) if (TransferSyntax = IEDICOM_TRANSFERSYNTAX_UNCOMP_LITTLEENDIAN_IMPLICIT) or (TransferSyntax = IEDICOM_TRANSFERSYNTAX_UNCOMP_LITTLEENDIAN_EXPLICIT) or (TransferSyntax = IEDICOM_TRANSFERSYNTAX_UNCOMP_BIGENDIAN_EXPLICIT) then begin Stream.Position := Stream.Position + IOParams.ImageIndex * Height * SamplesPerPixel * IEBitmapRowLen(Width, BitsAllocated, 8); end end else begin Stream.Read(dw, 4); // frames index length if dw > 0 then begin getmem(idx, 4 * FrameCount); try Stream.Read(idx[0], imin(dw, 4 * FrameCount)); Stream.Position := Stream.Position + int64(idx[IOParams.ImageIndex]); finally freemem(idx); end; end else begin // indexes directory not available, loop until reach wanted frame for i := 0 to IOParams.ImageIndex - 2 do begin Stream.Read(w1, 2); Stream.Read(w2, 2); if (w1 <> $FFFE) or (w2 <> $E000) then begin Progress.Aborting^ := true; exit; end; Stream.Read(dw, 4); // image length Stream.Position := Stream.Position + int64(dw); end; end; // this is the begin of the frame Stream.Read(w1, 2); Stream.Read(w2, 2); if (w1 <> $FFFE) or (w2 <> $E000) then begin Progress.Aborting^ := true; exit; end; Stream.Read(dw, 4); // image length imageLength := dw; end; if imageLength + Stream.Position > Stream.Size then begin Progress.Aborting^ := true; exit; end; // Load WindowWidth and WindowCenter from "Softcopy VOI LUT Sequence" VOI := IOParams.DICOM_Tags.GetTagChildren($0028, $3110); if VOI <> nil then begin // partial implementation, gets only the first item // WindowCenter VOITags := IOParams.DICOM_Tags.FindNestedTag($0028, $1050, i, VOI); if i > -1 then WindowCenter := IEStrToFloatDefExt(AnsiString(VOITags.GetTagString(i)), UNSPECIFIED_VALUE_DBL); // WindowWidth VOITags := IOParams.DICOM_Tags.FindNestedTag($0028, $1051, i, VOI); if i > -1 then WindowWidth := IEStrToFloatDefExt(AnsiString(VOITags.GetTagString(i)), UNSPECIFIED_VALUE_DBL); end; // Lossy jpeg? if (TransferSyntax = IEDICOM_TRANSFERSYNTAX_LOSSYJPEG8BIT) or (TransferSyntax = IEDICOM_TRANSFERSYNTAX_LOSSYJPEG12BIT) then begin tempParams := TIOParams.Create( IOParams.ImageEnIO ); try Progress.Aborting^ := false; // to handle multiple calls to ReadImage (where former calls aborted) ReadJpegStream(Stream, nil, Bitmap, tempParams, Progress, false, false, false, false, true, true, - 1, true); finally tempParams.Free; end; AdjustRange8g(); if SamplesPerPixel = 1 then begin AdjustMonochrome8g(); end; exit; end; // jpeg2000? {$ifdef IEINCLUDEJPEG2000} if ( TransferSyntax = IEDICOM_TRANSFERSYNTAX_LOSSLESSJPEG2000 ) or ( TransferSyntax = IEDICOM_TRANSFERSYNTAX_LOSSYJPEG2000 ) then begin tempParams := TIOParams.Create( IOParams.ImageEnIO ); try tempParams.IsNativePixelFormat := true; J2KReadStream(Stream, Bitmap, tempParams, Progress, false); if Progress.Aborting^ = true then exit; BitsStored := tempParams.BitsPerSample; // correct BitsStored using actual value finally tempParams.Free; end; if (SamplesPerPixel = 1) and (BitsAllocated = 16) and (BitsStored < BitsAllocated) then ReRangeJpeg2KPixels16(); if BitsStored <= 8 then AdjustRange8g(); if SamplesPerPixel = 1 then begin if BitsStored <= 8 then begin AdjustMonochrome8g(); end else if BitsStored <= 16 then begin AdjustRange16g(); end; end; exit; end; {$endif} // Lossless jpeg? if (TransferSyntax = IEDICOM_TRANSFERSYNTAX_LOSSLESSJPEG2) or (TransferSyntax = IEDICOM_TRANSFERSYNTAX_LOSSLESSJPEG1) then begin if imageLength = 0 then imageLength := Stream.Size - Stream.Position; case SamplesPerPixel of 1: begin // gray scale if BitsStored <= 8 then begin // up to 8 bit Bitmap.Allocate(Width, Height, ie8g); Bitmap.BitAlignment := 8; if DecodeJpeg(Stream, nil, Bitmap.Scanline[Height - 1], imageLength, Progress.fOnProgress, Progress.Sender) then begin VerticalFlip(); AdjustRange8g(); AdjustMonochrome8g(); end else begin Progress.Aborting^ := true; exit; end; end else if BitsStored <= 16 then begin // up to 16 bit Bitmap.Allocate(Width, Height, ie16g); Bitmap.BitAlignment := 8; if DecodeJpeg(Stream, Bitmap.Scanline[Height - 1], nil, imageLength, Progress.fOnProgress, Progress.Sender) then begin VerticalFlip(); AdjustRange16g(); end else begin Progress.Aborting^ := true; exit; end; end; end; 3: begin // color if BitsStored <= 8 then begin // up to 8 bit Bitmap.Allocate(Width, Height, ie24RGB); Bitmap.BitAlignment := 8; if DecodeJpeg(Stream, nil, Bitmap.Scanline[Height-1], imageLength, Progress.fOnProgress, Progress.Sender) then begin VerticalFlip(); AdjustRange8g(); IEDisposeChannels(Bitmap, 'RGB', nil, nil); end else begin Progress.Aborting^ := true; exit; end; end; end; end; exit; end; // mpeg compression? Unsupported. if (TransferSyntax = IEDICOM_TRANSFERSYNTAX_MPEG) or (TransferSyntax = IEDICOM_TRANSFERSYNTAX_MPEG101) or (TransferSyntax = IEDICOM_TRANSFERSYNTAX_MPEG102) or (TransferSyntax = IEDICOM_TRANSFERSYNTAX_MPEG103) then begin Progress.Aborting^ := true; exit; end; // RLE compression? if TransferSyntax = IEDICOM_TRANSFERSYNTAX_RLE then begin // read header base := Stream.Position; Stream.Read(dw, 4); // used indexes getmem(idx, sizeof(DWORD) * 15); dec(imageLength, sizeof(DWORD) * 15 + 4); try Stream.Read(idx[0], sizeof(DWORD) * 15); if (SamplesPerPixel = 1) and (BitsStored <= 8) and (PhotometricInterpretation = IEDICOM_PHOTOMETINTERPRET_PALETTECOLOR) then begin // 8 bit RGB palette Bitmap.Allocate(Width, Height, ie24RGB); getmem(Buffer, Width * Height * 4); try Stream.Position := base + idx[0]; if imageLength + Stream.Position > Stream.Size then begin Progress.Aborting^ := true; exit; end; DecodeRLE(Stream, Buffer, Width * Height); pb2 := pbyte(Buffer); for row := 0 to Height - 1 do begin p_rgb := Bitmap.Scanline[row]; for col := 0 to Width - 1 do begin p_rgb^.r := RMap[pb2^] div 257; p_rgb^.g := GMap[pb2^] div 257; p_rgb^.b := BMap[pb2^] div 257; inc(p_rgb); inc(pb2); end; DoProgress(row, Height); end; finally freemem(Buffer); end; AdjustRange8g(); end else if (SamplesPerPixel = 1) and (BitsStored <= 16) and (PhotometricInterpretation = IEDICOM_PHOTOMETINTERPRET_PALETTECOLOR) then begin // 16 bit RGB palette (actually converted to ie24RGB) Bitmap.Allocate(Width, Height, ie24RGB); SetLength(hiByteArray, Width * Height * 4); SetLength(loByteArray, Width * Height * 4); // high byte Stream.Position := base + idx[0]; if imageLength div 2 + Stream.Position > Stream.Size then begin Progress.Aborting^ := true; exit; end; DecodeRLE(Stream, @hiByteArray[0], Width * Height); // low byte Stream.Position := base + idx[1]; if imageLength div 2 + Stream.Position > Stream.Size then begin Progress.Aborting^ := true; exit; end; DecodeRLE(Stream, @loByteArray[0], Width * Height); // map palette loBytePtr := @loByteArray[0]; hiBytePtr := @hiByteArray[0]; for row := 0 to Height - 1 do begin p_rgb := Bitmap.Scanline[row]; for col := 0 to Width - 1 do begin bb := loBytePtr^ or (hiBytePtr^ shl 8); p_rgb^.r := RMap[bb] div 257; p_rgb^.g := GMap[bb] div 257; p_rgb^.b := BMap[bb] div 257; inc(p_rgb); inc(loBytePtr); inc(hiBytePtr); end; end; AdjustRange8g(); end else if (SamplesPerPixel = 1) and (BitsStored <= 8) then begin // 8 bit gray scale Bitmap.Allocate(Width, Height, ie8g); getmem(Buffer, Width * Height * 4); try // low byte Stream.Position := base + idx[0]; if imageLength + Stream.Position > Stream.Size then begin Progress.Aborting^ := true; exit; end; DecodeRLE(Stream, Buffer, Width * Height); pb2 := pbyte(Buffer); for row := 0 to Height - 1 do begin pb := Bitmap.Scanline[row]; for col := 0 to Width - 1 do begin pb^ := pb2^; inc(pb); inc(pb2); end; DoProgress(row, Height); end; finally freemem(Buffer); end; AdjustRange8g(); AdjustMonochrome8g(); end else if (SamplesPerPixel = 1) and (BitsStored <= 16) then begin // 16 bit gray scale Bitmap.Allocate(Width, Height, ie16g); getmem(Buffer, Width * Height * 4); try // high byte Stream.Position := base + idx[0]; if imageLength div 2 + Stream.Position > Stream.Size then begin Progress.Aborting^ := true; exit; end; DecodeRLE(Stream, Buffer, Width * Height); pb := pbyte(Buffer); for row := 0 to Height - 1 do begin pw := Bitmap.Scanline[row]; for col := 0 to Width - 1 do begin pw^ := pb^ shl 8; inc(pw); inc(pb); end; DoProgress(row, Height); end; // low byte Stream.Position := base + idx[1]; if imageLength div 2 + Stream.Position > Stream.Size then begin Progress.Aborting^ := true; exit; end; DecodeRLE(Stream, Buffer, Width * Height); pb := pbyte(Buffer); for row := 0 to Height - 1 do begin pw := Bitmap.Scanline[row]; for col := 0 to Width - 1 do begin pw^ := pw^ or pb^; inc(pw); inc(pb); end; end; finally freemem(Buffer); end; AdjustRange16g(); end else if (SamplesPerPixel = 3) and (BitsStored = 8) and (PhotometricInterpretation = IEDICOM_PHOTOMETINTERPRET_YBRFULL) then begin // YCbCr (convert to RGB) Bitmap.Allocate(Width, Height, ie24RGB); getmem(Buffer, Width * Height); try for ch := 0 to 2 do // loop channels begin Stream.Position := base + idx[ch]; if imageLength + Stream.Position > Stream.Size then begin Progress.Aborting^ := true; exit; end; dec(imageLength, DecodeRLE(Stream, Buffer, Width * Height)); pb2 := pbyte(Buffer); for row := 0 to Height - 1 do begin pb := Bitmap.Scanline[row]; // select row inc(pb, 2 - ch); // select channel for col := 0 to Width - 1 do begin pb^ := pb2^; inc(pb, 3); inc(pb2); end; DoProgress(row + ch * Height, Height * 3); end; end; for row := 0 to Height - 1 do begin p_rgb := Bitmap.Scanline[row]; for col := 0 to Width - 1 do begin IEYCbCr2RGB(p_rgb^, p_rgb^.r, p_rgb^.g, p_rgb^.b); inc(p_rgb); end; end; finally freemem(Buffer); end; AdjustRange8g(); AdjustMonochrome8g(); end else if (SamplesPerPixel = 3) and (BitsStored <= 8) then begin // 24 bit color Bitmap.Allocate(Width, Height, ie24RGB); getmem(Buffer, Width * Height); try for ch := 0 to 2 do // loop channels begin Stream.Position := base + idx[ch]; if imageLength + Stream.Position > Stream.Size then begin Progress.Aborting^ := true; exit; end; dec(imageLength, DecodeRLE(Stream, Buffer, Width * Height)); pb2 := pbyte(Buffer); for row := 0 to Height - 1 do begin pb := Bitmap.Scanline[row]; // select row inc(pb, 2 - ch); // select channel for col := 0 to Width - 1 do begin pb^ := pb2^; inc(pb, 3); inc(pb2); end; DoProgress(row + ch * Height, Height * 3); end; end; finally freemem(Buffer); end; AdjustRange8g(); AdjustMonochrome8g(); end finally freemem(idx); end; exit; end; // NO compression if Stream.Position + Height * SamplesPerPixel * IEBitmapRowLen(Width, BitsAllocated, 8) > Stream.Size + 2 then begin Progress.Aborting^ := True; exit; end; if SamplesPerPixel = 1 then begin if BitsStored = 1 then begin // black/white Bitmap.Allocate(Width, Height, ie1g); for row := 0 to Height - 1 do begin pb := Bitmap.Scanline[row]; Stream.Read(pb^, IEBitmapRowLen(Width, 1, 8)); DoProgress(row, Height); end; end else if BitsStored <= 8 then begin // gray scale // up to 8 bit gray scale if (PhotometricInterpretation = IEDICOM_PHOTOMETINTERPRET_PALETTECOLOR) then begin // with palette Bitmap.Allocate(Width, Height, ie24RGB); for row := 0 to Height - 1 do begin p_rgb := Bitmap.Scanline[row]; for col := 0 to Width - 1 do begin Stream.Read(bb, 1); bb := bb shl (8 - BitsStored); p_rgb^.r := RMap[bb] div 257; p_rgb^.g := GMap[bb] div 257; p_rgb^.b := BMap[bb] div 257; inc(p_rgb); end; DoProgress(row, Height); end; AdjustRange8g(); end else begin Bitmap.Allocate(Width, Height, ie8g); for row := 0 to Height - 1 do begin pb := Bitmap.Scanline[row]; for col := 0 to Width - 1 do begin Stream.Read(bb, 1); pb^ := bb shl (8 - BitsStored); inc(pb); if BitsAllocated = 16 then Stream.Seek(1, soFromCurrent); end; DoProgress(row, Height); end; AdjustRange8g(); AdjustMonochrome8g(); end end else if (BitsStored = 12) and (BitsAllocated = 12) and (PhotometricInterpretation <> IEDICOM_PHOTOMETINTERPRET_PALETTECOLOR) then begin // converted to 16 bit gray scale if Stream.Position + Width * Height * 1.5 > Stream.Size + 2 then begin Progress.Aborting^ := True; EXIT; end; // Gray scale Stream.Seek(- 2, soCurrent); Bitmap.Allocate(Width, Height, ie16g); for row := 0 to Height - 1 do begin pw := Bitmap.Scanline[row]; col := 0; while col < Width do begin Stream.Read(b1, 1); Stream.Read(b2, 1); Stream.Read(b3, 1); pw^ := b1 + ((b2 and 15) shl 8); inc(pw); inc(col); pw^ := (b3 shl 4) + ((b2 and 240) shr 4); inc(pw); inc(col); end; DoProgress(row, Height); end; AdjustRange16g(); end else if BitsStored <= 16 then begin // converted to 16 bit gray scale if Stream.Position + Width * Height * 2 > Stream.Size + 2 then begin Progress.Aborting^ := True; EXIT; end; if (PhotometricInterpretation = IEDICOM_PHOTOMETINTERPRET_PALETTECOLOR) then begin // with RGB palette Bitmap.Allocate(Width, Height, ie48RGB); for row := 0 to Height - 1 do begin p_rgb48 := Bitmap.Scanline[row]; for col := 0 to Width - 1 do begin Stream.Read(ww, 2); ww := IECSwapWord(ww, not LittleEndian); p_rgb48^.r := RMap[ww]; p_rgb48^.g := GMap[ww]; p_rgb48^.b := BMap[ww]; inc(p_rgb48); end; DoProgress(row, Height); end; AdjustRange16g(); end else begin // Gray scale Bitmap.Allocate(Width, Height, ie16g); for row := 0 to Height - 1 do begin pw := Bitmap.Scanline[row]; Stream.Read(pw^, 2 * Width); if not LittleEndian then begin for col := 0 to Width - 1 do begin pw^ := hibyte(pw^) or (lobyte(pw^) shl 8); inc(pw); end; end; DoProgress(row, Height); end; AdjustRange16g(); end; end else if BitsStored <= 32 then begin // stored as ie32f pixel format if Stream.Position + Width * Height * 4 > Stream.Size + 2 then begin Progress.Aborting^ := True; EXIT; end; if (PhotometricInterpretation = IEDICOM_PHOTOMETINTERPRET_MONOCHROME_ZEROISBLACK) then begin // Gray scale Bitmap.Allocate(Width, Height, ie32f); SetLength(dwordArray, Width); for row := 0 to Height - 1 do begin Stream.Read(dwordArray[0], Width * sizeof(DWORD)); ps := Bitmap.Scanline[row]; for col := 0 to Width - 1 do begin dw := dwordArray[col]; if not LittleEndian then dw := IESwapDWord(dw); ps^ := dw; inc(ps); end; DoProgress(row, Height); end; end; end; end; if (SamplesPerPixel = 3) and (PlanarConfiguration = 1) then begin // planar channels // 24 bit if BitsStored <= 8 then begin Bitmap.Allocate(Width, Height, ie24RGB); // R for row := 0 to Height - 1 do begin pb := Bitmap.Scanline[row]; inc(pb, 2); for col := 0 to Width - 1 do begin Stream.Read(bb, 1); pb^ := bb shl (8 - BitsStored); inc(pb, 3); end; DoProgress(row div 3, Height); end; // G for row := 0 to Height - 1 do begin pb := Bitmap.Scanline[row]; inc(pb, 1); for col := 0 to Width - 1 do begin Stream.Read(bb, 1); pb^ := bb shl (8 - BitsStored); inc(pb, 3); end; DoProgress(Height div 3 + row div 3, Height); end; // B for row := 0 to Height - 1 do begin pb := Bitmap.Scanline[row]; for col := 0 to Width - 1 do begin Stream.Read(bb, 1); pb^ := bb shl (8 - BitsStored); inc(pb, 3); end; DoProgress(Height div 3 * 2 + row div 3, Height); end; end; AdjustRange8g(); end; if (SamplesPerPixel = 3) and (PlanarConfiguration = 0) then begin // interlaced channels // 24 bit if BitsStored <= 8 then begin Bitmap.Allocate(Width, Height, ie24RGB); for row := 0 to Height - 1 do begin pb := Bitmap.Scanline[row]; for col := 0 to Width - 1 do begin Stream.Read(b1, 1); // R Stream.Read(b2, 1); // G Stream.Read(b3, 1); // B pb^ := 1 * b3 shl (8 - BitsStored); inc(pb); // B pb^ := 1 * b2 shl (8 - BitsStored); inc(pb); // G pb^ := 1 * b1 shl (8 - BitsStored); inc(pb); // R end; DoProgress(row, Height); end; end; AdjustRange8g(); end; finally if DstBitmap <> Bitmap then begin if not Bitmap.IsEmpty() then begin if Bitmap.PixelFormat <> ie1g then Bitmap.PixelFormat := ie24RGB; DstBitmap.Assign( Bitmap ); end; Bitmap.Free(); end; end; end; function TDicomReadContext.GuessVR(): TIEDicomTagType; var lpos: int64; dw1, dw2: DWORD; begin lpos := Stream.Position; Stream.Read(dw1, 4); Stream.Read(dw2, 4); if (dw1 = $FFFFFFFF) and (dw2 = $E000FFFE) then result := dvSQ // sequence item else result := dvUN; Stream.Position := lpos; end; function TDicomReadContext.ReadTag(tags: TIEDicomTags): boolean; var Group, Element: word; exp_vr, vr: TIEDicomTagType; sExp_vr: AnsiString; lensize: integer; datasize : integer; itemsize: integer; itemcount: integer; w1, w2: word; itemLen: dword; data: PAnsiChar; dataint: integer; // data as integer i, c: integer; Children: TObjectList; lpos, lposSubTags: int64; tInfo: PIEDicomTagInfo; isExpVRValid: boolean; subtags: TIEDicomTags; isRoot: boolean; begin isRoot := (tags = IOParams.DICOM_Tags); Group := ReadWord(false); Element := ReadWord(false); if (Group <> $2) and not LittleEndian then begin Group := IESwapWord(Group); Element := IESwapWord(Element); end; // search for implicit vr tInfo := IEDicomGetTagInfo(Group, Element); if assigned(tInfo) then vr := tInfo^.VType else vr := GuessVR(); // not found, try to guess VR. Returns dvUN (not dvUNKNOWN!) if guess fails // load explicit vr (also if it is not available) SetLength(sExp_vr, 2); Stream.Read(sExp_vr[1], 2); exp_vr := DicomStrToTag(sExp_vr); isExpVRValid := Exp_vr <> dvUNKNOWN; // search for vr if (Group = $0002) or isExpVRValid then begin // vr is explicit if (vr = dvUN) or (vr = dvUSorSS) then // is it correct that dvUSorSS has the same meaning of "unknown"? vr := exp_vr; if (Implicit and not isExpVRValid) or (vr = dvUNKNOWN) then begin Stream.Seek(-2, soCurrent); lensize := 4; end else begin lensize := 2; if exp_vr in [dvOB, dvOW, dvOF, dvSQ, dvUN, dvUT] then begin Stream.Seek(2, soCurrent); // bypass two unused lensize := 4; end; end; end else begin Stream.Seek(- 2, soCurrent); lensize := 4; end; // read data size in bytes datasize := 0; if lensize = 1 then datasize := ReadByte() else if lensize = 2 then datasize := ReadWord((Group <> $2) and not LittleEndian) else if lensize = 4 then datasize := ReadDWord((Group <> $2) and not LittleEndian); // calculate item size and items count itemsize := 0; itemcount := 1; if datasize > 0 then begin if vr in [dvSS, dvUS] then itemsize := 2 else if vr in [dvUL, dvSL, dvFL] then itemsize := 4 else if (vr <> dvFD) then itemsize := 1 else itemsize := 8; itemcount := datasize div itemsize; end else if datasize < 0 then begin // undefined size itemsize := 0; itemcount := 0; end; // found image tag, read it if (Group = $7FE0) and (Element = $0010) then begin // check for thumbnail Stream.Read(w1, 2); Stream.Read(w2, 2); Stream.Seek(- 4, soCurrent); if ((w1 = $D8FF) and (w2 = $E0FF)) or ((w1 = $FFD8) and (w2 = $FFE0)) then begin // is this a thumbnail? Store position and bypass ThumbPos := Stream.Position; end else if isRoot then begin ImagePos := Stream.Position; result := true; exit; end; end; // read tag data data := nil; dataint := 0; Children := nil; try if ((datasize > 0) and (datasize < StreamSize)) or ((datasize = - 1) and (vr = dvSQ)) then begin if itemcount = 1 then begin case itemsize of 1: begin dataint := ReadByte(); Stream.Seek(- 1, soCurrent); end; 2: begin dataint := ReadWord((Group <> $2) and not LittleEndian); Stream.Seek(- 2, soCurrent); end; 4: begin dataint := ReadDWord((Group <> $2) and not LittleEndian); Stream.Seek(- 4, soCurrent); end; end; end; if vr = dvSQ then begin // read sequence of tags (Children) lpos := Stream.Position; Children := TObjectList.Create(); //// look for "Item tag" while (Stream.Position <= lpos + datasize) or (datasize <= 0) do begin Stream.Read(w1, 2); Stream.Read(w2, 2); if (w1 = $FFFE) and (w2 = $E000) then begin // look for item length Stream.Read(itemLen, 4); if (itemLen <> 0) and (itemLen <> $FFFFFFFF) then begin // defined item length subtags := TIEDicomTags.Create(); subtags.Sorted := false; try lposSubTags := Stream.Position; while Stream.Position <= lposSubTags + itemLen do ReadTag(subtags); Children.Add(subtags); except subtags.Free(); end; if datasize = -1 then datasize := Stream.Position - lpos; end else if (itemLen = $FFFFFFFF) then begin // undefined item length while true do begin subtags := TIEDicomTags.Create(); subtags.Sorted := false; try while Stream.Position < Stream.Size do begin Stream.Read(w1, 2); Stream.Read(w2, 2); if (w1 = $FFFE) and (w2 = $E00D) then // Item Delimitation Data Element begin // bypass delimitation data element size and exit loop Stream.Seek(4, soCurrent); break; end else Stream.Seek(-4, soCurrent); // go back by a dword ReadTag(subtags); end; Children.Add(subtags); except subtags.Free(); end; Stream.Read(w1, 2); Stream.Read(w2, 2); if (w1 = $FFFE) and (w2 = $E0DD) then // Sequence Delimitation Item begin // bypass Sequence Delimitation Ite size and exit loop Stream.Seek(4, soCurrent); break; end else if (w1 = $FFFE) and (w2 = $E000) then begin // bypass delimitation data element size and exit loop Stream.Seek(4, soCurrent); // continue loop end else begin Stream.Seek(- 4, soCurrent); // go back by a dword break; end; end; datasize := Stream.Position - lpos; end; end else begin break; end; end; Stream.Position := lpos; end; if (Children = nil) or (Children.Count = 0) then // may also mean the sequence cannot be decoded begin FreeAndNil(Children); if datasize < 0 then datasize := 0; getmem(data, datasize + 1); Stream.Read(data^, datasize); data[itemsize * itemcount] := #0; end else begin Stream.Seek(datasize, soCurrent); datasize := 0; end; end; except Children.Free(); end; tags.AddTag(Group, Element, vr, data, datasize, Children); if isRoot then begin case group of $0002: case element of $0010: // Tansfer Syntax begin TransferSyntax := IETrim(AnsiString(data)); if TransferSyntax = IEDICOM_TRANSFERSYNTAX_UNCOMP_BIGENDIAN_EXPLICIT then LittleEndian := false; end; end; $0028: // get parameters only from root tags case element of $0002: // Samples per Pixel SamplesPerPixel := dataint; $0004: // photometric interpretation PhotometricInterpretation := IEUpperCase(IETrim(AnsiString(data))); $0006: // planar configuration PlanarConfiguration := dataint; $0008: // Frame count FrameCount := IEStrToIntDef( IETrim(AnsiString(data)), 1 ); $0010: // Height Height := dataint; $0011: // Width Width := dataint; $0100: // Bits allocated begin BitsAllocated := dataint; i := IEBitmapRowLen(1, BitsAllocated, 8); BytesPerChannel := imax(BytesPerChannel, i); if BitsStored = 0 then BitsStored := BitsAllocated; end; $0101: // Bits stored begin BitsStored := dataint; i := IEBitmapRowLen(1, BitsStored, 8); BytesPerChannel := imax(BytesPerChannel, i); if BitsAllocated = 0 then BitsAllocated := BitsStored; end; $0103: // Pixel representation (signed or unsigned) PixelRepresentation := dataint; $1050: // Window Center WindowCenter := IEStrToFloatDefExt(AnsiString(data), UNSPECIFIED_VALUE_DBL); $1051: // Window Width WindowWidth := IEStrToFloatDefExt(AnsiString(data), UNSPECIFIED_VALUE_DBL); $1052: // Rescale intercept RescaleIntercept := IEStrToFloatDefExt(AnsiString(data), 0); $1053: // Rescale slope RescaleSlope := IEStrToFloatDefExt(AnsiString(data), 1); $0106: // Smallest Image Pixel Value SmallestImagePixelValue := dataint; $0107: // Largest Image Pixel Value LargestImagePixelValue := dataint; $1201: // Red Color Map if data <> nil then begin c := 1 shl BitsAllocated; getmem(RMap, c * sizeof(word)); for i := 0 to c - 1 do RMap[i] := IECSwapWord( pwordarray(data)[i], not LittleEndian ); end; $1202: // Green Color Map if data <> nil then begin c := 1 shl BitsAllocated; getmem(GMap, c * sizeof(word)); for i := 0 to c - 1 do GMap[i] := IECSwapWord( pwordarray(data)[i], not LittleEndian ); end; $1203: // Blue Color Map if data <> nil then begin c := 1 shl BitsAllocated; getmem(BMap, c * sizeof(word)); for i := 0 to c - 1 do BMap[i] := IECSwapWord( pwordarray(data)[i], not LittleEndian ); end; $3006: // Gray Map begin if data <> nil then begin // not implemented end; end; end; // end of "element" cases end; // End of "group" cases end; result := false; end; procedure TDicomReadContext.ReadHeader(); var sMagic: AnsiString; begin // bypass 128 bytes (Preamble) Stream.Seek(128, soCurrent); // look for 'DICM' SetLength(sMagic, 4); Stream.Read(sMagic[1], 4); if sMagic <> 'DICM' then begin // implicit dicom Stream.Seek(- (128 + 4), soCurrent); // return to start Implicit := true; end else begin // explicit dicom Implicit := false; end; end; procedure TDicomReadContext.ReadTags(Params: TIOParams); begin // default values from Params RescaleIntercept := Params.DICOM_RescaleIntercept; RescaleSlope := Params.DICOM_RescaleSlope; WindowCenter := Params.DICOM_WindowCenter; WindowWidth := Params.DICOM_WindowWidth; IOParams := Params; IOParams.DICOM_Tags.Clear(); while Stream.Position < StreamSize do if ReadTag(Params.DICOM_Tags) then break; end; procedure IEDicomRead(Stream: TStream; Params: TIOParams; DstBitmap: TIEBitmap; var Progress: TProgressRec; Preview: boolean); var ctx: TDicomReadContext; begin ctx := TDicomReadContext.Create(Stream, Progress); try ctx.ReadHeader(); ctx.ReadTags(Params); ctx.GetImage(DstBitmap, Params, Preview); finally ctx.Free(); end; end; // This function cannot detect DICOMs without the DICM magic string, even if IEDicomRead can read them. function IEDicomTryStream(Stream: TStream): boolean; var lpos: int64; sMagic: AnsiString; begin lpos := Stream.Position; result := false; try // bypass 128 bytes (Preamble) Stream.Seek(128, soCurrent); // look for 'DICM' SetLength(sMagic, 4); Stream.Read(sMagic[1], 4); if sMagic = 'DICM' then begin result := true; exit; end; finally Stream.Position := lpos; end; end; function IEDicomImageCount(Stream: TStream): integer; var lpos: int64; NullProgress: TProgressRec; Aborting : boolean; tempParams: TIOParams; begin lpos := Stream.Position; result := 0; Aborting := false; NullProgress := NullProgressRec( Aborting ); tempParams := TIOParams.Create( nil ); try IEDicomRead(Stream, tempParams, nil, NullProgress, true); if not Aborting then result := tempParams.ImageCount; finally tempParams.Free; Stream.Position := lpos; end; end; function IEDicomImageCount(FileName: string): integer; var fs: TFileStream; begin fs := TFileStream.Create(FileName, fmOpenRead or fmShareDenyWrite); try result := IEDicomImageCount(fs); finally FreeAndNil(fs); end; end; //////////////////////////////////////////////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////////////////////////////////////////////// // Lossless jpeg function DecodeJPEG(lStream: TStream; lOutSmallRA: PIESmallIntArray; lImgRAz: PByteArray; lCptSize: integer; OnProgress: TIEProgressEvent; Sender: TObject): boolean; type ByteRA = array[1..1] of byte; Bytep = ^ByteRA; WordRA = array[1..1] of Word; Wordp = ^WordRA; HufRA = record HufSz, HufCode, HufVal: Integer; end; const kmaxFrames = 4; var lRawRA: bytep; lImgRA: WordP; lHufVal, lAbba, lOffset, lLineStart, lPredicted, lPredictedG, lPredictedB, lRestartSegmentSz, lSz, k, Code, Si, lIncX, lIncY, lInc, lPredA, lPredB, lPredC, lCurrentBitPos, btS1, btS2, btMarkerType, DHTnLi, DHTtcth, SOFprecision, SOSpttrans, SOFnf, SOFarrayPos, SOSns, SOSarrayPos, SOSss, SOSse, SOSahal: integer; lnHufTables, lImgStart, lRawSz, lRawPos, lItems, SOFydim, SOFxdim: integer; lMaxHufSi, lMaxHufVal: array [1..kmaxFrames] of integer; DHTLiRA, DHTstartRA: array [1..kmaxFrames, 0..31] of integer; lBitMask: array [1..17] of integer; lSSSSszRA: array [1..kMaxFrames, 0..17] of byte; lLookUpRA: array [1..kMaxFrames, 0..255] of byte; lHufRA: array [1..kMaxFrames, 0..31] of HufRA; lFrameCount, lSegmentLength, lSegmentEnd: integer; lImgTypeC3, lHdrOK: boolean; lpos: integer; function ReadBit(): integer; begin result := (lRawRA[lRawPos] shr (7 - lCurrentBitPos)) and 1; inc(lCurrentBitPos); if (lCurrentBitPos = 8) then begin inc(lRawPos); lCurrentBitPos := 0; end; end; function ReadBits(lNum: integer): integer; var p: integer; begin if assigned(OnProgress) then begin p := trunc(lRawPos/lRawSz*100); if p<>lpos then begin OnProgress(Sender, p); lpos := p; end; end; result := lRawRA[lRawPos]; result := result shl 8 + lRawRA[lRawPos + 1]; result := result shl 8 + lRawRA[lRawPos + 2]; result := (result shr (24 - lCurrentBitPos - lNum)) and lBitMask[lNum]; inc(lCurrentBitPos, lNum); if (lCurrentBitPos > 7) then begin inc(lRawPos, (lCurrentBitPos shr 3)); lCurrentBitPos := (lCurrentBitPos and 7 ); end; end; function DecodePixelDifference(lFrame: integer): integer; var lByte, lHufValSSSS, lInput, lInputbits, lDiff, lI: integer; begin lByte := (lRawRA[lRawPos] shl lCurrentBitPos) + (lRawRA[lRawPos + 1] shr (8 - lCurrentBitPos)); lByte := lByte and 255; lHufValSSSS := lLookUpRA[lFrame, lByte]; if (lHufValSSSS < 255) then begin lCurrentBitPos := lSSSSszRA[lFrame, lHufValSSSS] + lCurrentBitPos; lRawPos := lRawPos + (lCurrentBitpos shr 3); lCurrentBitpos := lCurrentBitpos and 7; end else begin lInput := lByte; lInputBits := 8; inc(lRawPos); repeat Inc(lInputBits); lInput := lInput shl 1 + ReadBit; if DHTLiRA[lFrame, lInputBits] <> 0 then begin for lI := DHTstartRA[lFrame, lInputBits] to (DHTstartRA[lFrame, lInputBits] + DHTLiRA[lFrame, lInputBits] - 1) do begin if (lInput = lHufRA[lFrame, lI].HufCode) then lHufValSSSS := lHufRA[lFrame, lI].HufVal; end; end; if (lInputBits >= lMaxHufSi[lFrame]) and (lHufValSSSS > 254) then begin lHufValSSSS := lMaxHufVal[lFrame]; end; until (lHufValSSSS < 255); end; case lHufValSSSS of 0: result := 0; 1: if ReadBit = 0 then result := -1 else result := 1; 2..15: begin lDiff := ReadBits(lHufValSSSS); if (lDiff > (lBitMask[lHufValSSSS - 1])) then result := lDiff else result := lDiff - lBitMask[lHufValSSSS]; end; else result := 32768; end; end; procedure ReadByte(var lByte: integer); begin inc(lRawPos); lByte := lRawRA[lRawPos]; end; function ReadWord: word; var lbtL1, lbtL2: byte; begin inc(lRawPos); lbtL1 := lRawRA[lRawPos]; inc(lRawPos); lbtL2 := lRawRA[lRawPos]; result := (256 * lbtL1 + lbtL2) end; begin result := true; lpos := -1; lAbba := 4; lnHufTables := 0; lRawSz := lCptSize; lRawPos := 0; lRestartSegmentSz := 0; lImgTypeC3 := false; SOFxdim := 1; if lRawSz < 32 then begin result := false; exit; end; for lFrameCount := 1 to kMaxFrames do begin for lInc := 0 to 31 do begin DHTstartRA[lFrameCount, lInc] := 0; DHTLiRA[lFrameCount, lInc] := 0; lHufRA[lFrameCount, lInc].HufSz := 0; lHufRA[lFrameCount, lInc].HufCode := 0; lHufRA[lFrameCount, lInc].HufVal := 0; end; for lInc := 0 to 17 do lSSSSszRA[lFrameCount, lInc] := 0; for lInc := 0 to 255 do lLookUpRA[lFrameCount, lInc] := 0; lMaxHufSi[lFrameCount] := 0; lMaxHufVal[lFrameCount] := 0; end; SOFydim := 1; SOSpttrans := 0; lHdrOK := false; SOFnf := 0; SOSns := 0; GetMem(lRawRA, lRawSz); lFrameCount := 1; try lStream.ReadBuffer(lRawRA^, lRawSz); ReadByte(btS1); ReadByte(btS1); repeat repeat if lRawPos <= lRawSz then ReadByte(btS1); if btS1 <> $FF then begin result := false; exit; end; if lRawPos <= lRawSz then ReadByte(btMarkerType); case btMarkerType of $0, $1, $D0..$D7, $FF: btMarkerType := 0; end; until (lRawPos >= lRawSz) or (btMarkerType <> 0); lSegmentLength := ReadWord; lSegmentEnd := lRawPos + (lSegmentLength - 2); if lSegmentEnd > lRawSz then begin result := false; exit; end; if (btMarkerType = $C3) then lImgTypeC3 := true; case btMarkerType of $0: ; $C0..$C3, $C5..$CB, $CD..$CF: begin ReadByte(SOFprecision); SOFydim := ReadWord; SOFxdim := ReadWord; ReadByte(SOFnf); SOFarrayPos := lRawPos; lRawPos := (lSegmentEnd); end; $C4: begin repeat ReadByte(DHTtcth); DHTnLi := 0; for lInc := 1 to 16 do begin ReadByte(DHTliRA[lFrameCount, lInc]); DHTnLi := DHTnLi + DHTliRA[lFrameCount, lInc]; if DHTliRA[lFrameCount, lInc] <> 0 then lMaxHufSi[lFrameCount] := lInc; end; if DHTnLi > 17 then begin result := false; exit; end; lIncY := 0; for lInc := 0 to 31 do begin lHufRA[lFrameCount, lInc].HufVal := -1; lHufRA[lFrameCount, lInc].HufSz := -1; lHufRA[lFrameCount, lInc].HufCode := -1; end; for lInc := 1 to 16 do begin if DHTliRA[lFrameCount, lInc] > 0 then begin DHTstartRA[lFrameCount, lInc] := lIncY + 1; for lIncX := 1 to DHTliRA[lFrameCount, lInc] do begin inc(lIncY); ReadByte(btS1); lHufRA[lFrameCount, lIncY].HufVal := btS1; lMaxHufVal[lFrameCount] := btS1; if (btS1 >= 0) and (btS1 <= 16) then lHufRA[lFrameCount, lIncY].HufSz := lInc else begin result := false; exit; end; end; end; end; K := 1; Code := 0; Si := lHufRA[lFrameCount, K].HufSz; repeat while (Si = lHufRA[lFrameCount, K].HufSz) do begin lHufRA[lFrameCount, K].HufCode := Code; Code := Code + 1; Inc(K); end; if K <= DHTnLi then begin while lHufRA[lFrameCount, K].HufSz > Si do begin Code := Code shl 1; Si := Si + 1; end; end; until K > DHTnLi; inc(lFrameCount); until (lSegmentEnd - lRawPos) < 18; lnHufTables := lFrameCount - 1; lRawPos := (lSegmentEnd); end; $DD: begin lRestartSegmentSz := ReadWord; lRawPos := (lSegmentEnd); end; $DA: begin if SOSns > 0 then begin result := false; exit; end; ReadByte(SOSns); SOSarrayPos := lRawPos; if SOSns > 0 then begin for lInc := 1 to SOSns do begin ReadByte(btS1); ReadByte(btS2); end; end; ReadByte(SOSss); ReadByte(SOSse); ReadByte(SOSahal); SOSpttrans := SOSahal and 16; lRawPos := (lSegmentEnd); end; else begin lRawPos := (lSegmentEnd); end; end; until (lRawPos >= lRawSz) or (btMarkerType = $DA); lHdrOK := true; lImgStart := lRawPos; if (not lImgTypeC3) then exit; lInc := lRawPos; lIncX := lRawPos; repeat if lIncX >= lRawSz then break; lRawRA[lIncX] := lRawRA[lInc]; if lRawRA[lInc] = 255 then begin if (lRawRA[lInc + 1] = $00) then inc(lInc) else begin if (lRawRA[lInc + 1] = $D9) then lIncX := -666; end; end; inc(lInc); inc(lIncX); until lIncX < 0; lBitMask[1] := 1; lBitMask[2] := 3; lBitMask[3] := 7; lBitMask[4] := 15; lBitMask[5] := 31; lBitMask[6] := 63; lBitMask[7] := 127; lBitMask[8] := 255; lBitMask[9] := 511; lBitMask[10] := 1023; lBitMask[11] := 2047; lBitMask[12] := 4095; lBitMask[13] := 8191; lBitMask[14] := 16383; lBitMask[15] := 32767; lBitMask[16] := 65535; lBitMask[17] := 131071; if (lnHufTables < SOFnf) then begin if lnHufTables < 1 then begin result := false; exit; end; for lFrameCount := 2 to SOFnf do begin for lInc := 1 to 16 do DHTstartRA[lFrameCount, lInc] := DHTstartRA[1, lInc]; for lInc := 0 to 31 do begin lHufRA[lFrameCount, lInc].HufCode := lHufRA[1, lInc].HufCode; lHufRA[lFrameCount, lInc].HufVal := lHufRA[1, lInc].HufVal; lHufRA[lFrameCount, lInc].HufSz := lHufRA[1, lInc].HufSz; DHTliRA[lFrameCount, lInc] := DHTliRA[1, lInc]; end; end; end; for lFrameCount := 1 to kMaxFrames do for lInc := 0 to 17 do lSSSSszRA[lFrameCount, lInc] := 123; for lFrameCount := 1 to kMaxFrames do for lInc := 0 to 255 do lLookUpRA[lFrameCount, lInc] := 255; for lFrameCount := 1 to SOFnf do begin lIncY := 0; for lSz := 1 to 8 do begin if DHTliRA[lFrameCount, lSz] > 0 then begin for lIncX := 1 to DHTliRA[lFrameCount, lSz] do begin inc(lIncY); lHufVal := lHufRA[lFrameCount, lIncY].HufVal; lSSSSszRA[lFrameCount, lHufVal] := lSz; k := (lHufRA[lFrameCount, lIncY].HufCode shl (8 - lSz)) and 255; if lSz < 8 then begin lInc := lBitMask[8 - lSz]; for lCurrentBitPos := 0 to lInc do begin lLookUpRA[lFrameCount, k + lCurrentBitPos] := lHufVal; end; end else lLookUpRA[lFrameCount, k] := lHufVal; end; end; end; end; SOFxdim := SOFnf * SOFxdim; inc(lRawPos); lCurrentBitPos := 0; lItems := SOFxdim * SOFydim; lPredicted := 1 shl (SOFPrecision - 1 - SOSpttrans); lInc := 0; if (SOFPrecision <> 8) then begin lImgRA := @lOutSmallRA[0]; // set to 1 for MRIcro, else 0 FillChar(lImgRA^, lItems * sizeof(word), 0); lPredB := 0; lPredC := 0; case SOSss of 2: lPredA := SOFxDim - 1; 3: lPredA := SOFxDim; 4, 5: begin lPredA := 0; lPredB := SOFxDim - 1; lPredC := SOFxDim; end; 6: begin lPredB := 0; lPredA := SOFxDim - 1; lPredC := SOFxDim; end; else lPredA := 0; end; for lIncX := 1 to SOFxdim do begin inc(lInc); if lInc > 1 then lPredicted := lImgRA[lInc - 1]; lImgRA[lInc] := lPredicted + DecodePixelDifference(1); end; if lRestartSegmentSz = 0 then begin for lIncY := 2 to SOFyDim do begin inc(lInc); lPredicted := lImgRA[lInc - SOFxdim]; lImgRA[lInc] := lPredicted + DecodePixelDifference(1); if SOSss = 4 then begin for lIncX := 2 to SOFxdim do begin lPredicted := lImgRA[lInc - lPredA] + lImgRA[lInc - lPredB] - lImgRA[lInc - lPredC]; inc(lInc); lImgRA[lInc] := lPredicted + DecodePixelDifference(1); end; end else if (SOSss = 5) or (SOSss = 6) then begin for lIncX := 2 to SOFxdim do begin lPredicted := lImgRA[lInc - lPredA] + ((lImgRA[lInc - lPredB] - lImgRA[lInc - lPredC]) shr 1); inc(lInc); lImgRA[lInc] := lPredicted + DecodePixelDifference(1); end; end else if SOSss = 7 then begin for lIncX := 2 to SOFxdim do begin inc(lInc); lPredicted := (lImgRA[lInc - 1] + lImgRA[lInc - SOFxdim]) shr 1; lImgRA[lInc] := lPredicted + DecodePixelDifference(1); end; end else begin for lIncX := 2 to SOFxdim do begin lPredicted := lImgRA[lInc - lPredA]; inc(lInc); lImgRA[lInc] := lPredicted + DecodePixelDifference(1); end; end; end; end else begin lSegmentEnd := lRestartSegmentSz; repeat if lSegmentEnd > lItems then lSegmentEnd := lItems; lLineStart := (((lInc div SOFxDim) + 1) * SOFxDim); if lInc > (SOFxDim + 1) then lPredicted := 1 shl (SOFPrecision - 1 - SOSpttrans) else lPredicted := lImgRA[lInc - SOFxdim]; while lInc < lSegmentEnd do begin lImgRA[lInc] := lPredicted + DecodePixelDifference(1); if lInc + 1 = lLineStart then begin lPredicted := lImgRA[lInc + 1 - SOFxdim]; lLineStart := lLineStart + SOFxDim; end else lPredicted := lImgRA[lInc - lPredA]; inc(lInc); end; if (lSegmentEnd + 1) < lItems then begin dec(lRawPos); repeat while (lRawRA[lRawPos] <> 255) do inc(lRawPos); inc(lRawPos); until (lRawRA[lRawPos] >= $D0) and (lRawRA[lRawPos] <= $D7); lCurrentBitPos := 0; inc(lRawPos); end; lSegmentEnd := lSegmentEnd + lRestartSegmentSz; until (lRestartSegmentSz < 1) or ((lSegmentEnd - 2) > lItems); end; end else if SOFnf = 3 then begin lPredB := 0; lPredC := 0; case SOSss of 2: lPredA := SOFxDim - 3; 3: lPredA := SOFxDim; 5: begin lPredA := 0; lPredB := SOFxDim - 3; lPredC := SOFxDim; end; 6: begin lPredB := 0; lPredA := SOFxDim - 3; lPredC := SOFxDim; end; else lPredA := 0; end; lPredictedG := lPredicted; lPredictedB := lPredicted; lOffset := 0; lInc := lOffset; for lIncX := 1 to (SOFxdim div 3) do begin lImgRAz[lInc] := lPredicted + DecodePixelDifference(1); lPredicted := lImgRAz[lInc]; inc(lInc); lImgRAz[lInc] := lPredictedG + DecodePixelDifference(2); lPredictedG := lImgRAz[lInc]; inc(lInc); lImgRAz[lInc] := lPredictedB + DecodePixelDifference(3); lPredictedB := lImgRAz[lInc]; inc(lInc); end; if lRestartSegmentSz = 0 then lSegmentEnd := lItems else lSegmentEnd := lRestartSegmentSz; repeat if lSegmentEnd > lItems then lSegmentEnd := lItems; lLineStart := (((lInc div SOFxDim) + 1) * SOFxDim) + lOffset; if lInc > (SOFxDim + 1) then begin lPredicted := 1 shl (SOFPrecision - 1 - SOSpttrans); lPredictedG := lPredicted; lPredictedB := lPredicted; end else begin lPredicted := lImgRAz[lInc - SOFxdim + lOffset]; lPredictedG := lImgRAz[1 + lInc - SOFxdim + lOffset]; lPredictedB := lImgRAz[2 + lInc - SOFxdim + lOffset]; end; if SOSss = 4 then begin while lInc < (lSegmentEnd - 1) do begin lImgRAz[lInc] := lPredicted + DecodePixelDifference(1); inc(lInc); lImgRAz[lInc] := lPredictedG + DecodePixelDifference(2); inc(lInc); lImgRAz[lInc] := lPredictedB + DecodePixelDifference(3); inc(lInc); if lInc = lLineStart then begin lPredicted := lImgRAz[lInc - SOFxdim]; lPredictedG := lImgRAz[lInc - SOFxdim + 1]; lPredictedB := lImgRAz[lInc - SOFxdim + 2]; lLineStart := lLineStart + (SOFxDim); end else begin lPredicted := lImgRAz[lInc - 3] + lImgRAz[lInc - 3 - (SOFxDim - 3)] - lImgRAz[lInc - 3 - SOFxDim]; lPredictedG := lImgRAz[lInc - 2] + lImgRAz[lInc - 2 - (SOFxDim - 3)] - lImgRAz[lInc - 2 - SOFxDim]; lPredictedB := lImgRAz[lInc - 1] + lImgRAz[lInc - 1 - (SOFxDim - 3)] - lImgRAz[lInc - 1 - SOFxDim]; end; end; end else if (SOSss = 5) or (SOSss = 6) then begin while lInc < (lSegmentEnd - 1) do begin lImgRAz[lInc] := lPredicted + DecodePixelDifference(1); inc(lInc); lImgRAz[lInc] := lPredictedG + DecodePixelDifference(2); inc(lInc); lImgRAz[lInc] := lPredictedB + DecodePixelDifference(3); inc(lInc); if lInc = lLineStart then begin lPredicted := lImgRAz[lInc - SOFxdim]; lPredictedG := lImgRAz[lInc - SOFxdim + 1]; lPredictedB := lImgRAz[lInc - SOFxdim + 2]; lLineStart := lLineStart + (SOFxDim); end else begin lPredicted := lImgRAz[lInc - 3 - lPredA] + ((lImgRAz[lInc - 3 - lPredB] - lImgRAz[lInc - 3 - lPredC]) shr 1); lPredictedG := lImgRAz[lInc - 2 - lPredA] + ((lImgRAz[lInc - 2 - lPredB] - lImgRAz[lInc - 2 - lPredC]) shr 1); lPredictedB := lImgRAz[lInc - 1 - lPredA] + ((lImgRAz[lInc - 1 - lPredB] - lImgRAz[lInc - 1 - lPredC]) shr 1); end; end; end else if SOSss = 7 then begin while lInc < (lSegmentEnd - 1) do begin lImgRAz[lInc] := lPredicted + DecodePixelDifference(1); inc(lInc); lImgRAz[lInc] := lPredictedG + DecodePixelDifference(2); inc(lInc); lImgRAz[lInc] := lPredictedB + DecodePixelDifference(3); inc(lInc); if lInc = lLineStart then begin lPredicted := lImgRAz[lInc - SOFxdim]; lPredictedG := lImgRAz[lInc - SOFxdim + 1]; lPredictedB := lImgRAz[lInc - SOFxdim + 2]; lLineStart := lLineStart + (SOFxDim); end else begin lPredicted := (lImgRAz[lInc - 3] + lImgRAz[lInc - 3 - (SOFxDim - 3)]) shr 1; lPredictedG := (lImgRAz[lInc - 2] + lImgRAz[lInc - 2 - (SOFxDim - 3)]) shr 1; lPredictedB := (lImgRAz[lInc - 1] + lImgRAz[lInc - 1 - (SOFxDim - 3)]) shr 1; end; end; end else begin while lInc < (lSegmentEnd - 1) do begin lImgRAz[lInc] := lPredicted + DecodePixelDifference(1); inc(lInc); lImgRAz[lInc] := lPredictedG + DecodePixelDifference(2); inc(lInc); lImgRAz[lInc] := lPredictedB + DecodePixelDifference(3); inc(lInc); if lInc = lLineStart then begin lPredicted := lImgRAz[lInc - SOFxdim]; lPredictedG := lImgRAz[lInc - SOFxdim + 1]; lPredictedB := lImgRAz[lInc - SOFxdim + 2]; lLineStart := lLineStart + (SOFxDim); end else begin lPredicted := lImgRAz[lInc - 3 - lPredA]; lPredictedG := lImgRAz[lInc - 2 - lPredA]; lPredictedB := lImgRAz[lInc - 1 - lPredA]; end; end; end; until (lRestartSegmentSz < 1) or ((lSegmentEnd - 2) > lItems); end else begin lInc := 0; lPredB := 0; lPredC := 0; case SOSss of 2: lPredA := SOFxDim - 1; 3: lPredA := SOFxDim; 5: begin lPredA := 0; lPredB := SOFxDim - 1; lPredC := SOFxDim; end; 6: begin lPredB := 0; lPredA := SOFxDim - 1; lPredC := SOFxDim; end; else lPredA := 0; end; for lIncX := 1 to SOFxdim do begin lImgRAz[lInc] := lPredicted + DecodePixelDifference(1); inc(lInc); lPredicted := lImgRAz[lInc - 1]; end; if lRestartSegmentSz = 0 then lSegmentEnd := lItems else lSegmentEnd := lRestartSegmentSz; repeat if lSegmentEnd > lItems then lSegmentEnd := lItems; lLineStart := (((lInc div SOFxDim) + 1) * SOFxDim); if lInc > (SOFxDim + 1) then lPredicted := 1 shl (SOFPrecision - 1 - SOSpttrans) else lPredicted := lImgRAz[lInc - SOFxdim]; if SOSss = 4 then begin while lInc < lSegmentEnd do begin lImgRAz[lInc] := lPredicted + DecodePixelDifference(1); if lInc + 1 = lLineStart then begin lPredicted := lImgRAz[lInc + 1 - SOFxdim]; lLineStart := lLineStart + SOFxDim; end else lPredicted := lImgRAz[lInc] + lImgRAz[lInc - (SOFxDim - 1)] - lImgRAz[lInc - SOFxDim]; inc(lInc); end; end else if (SOSss = 5) or (SOSss = 6) then begin while lInc < lSegmentEnd do begin lImgRAz[lInc] := lPredicted + DecodePixelDifference(1); if lInc + 1 = lLineStart then begin lPredicted := lImgRAz[lInc + 1 - SOFxdim]; lLineStart := lLineStart + SOFxDim; end else lPredicted := lImgRAz[lInc - lPredA] + ((lImgRAz[lInc - lPredB] - lImgRAz[lInc - lPredC]) shr 1); inc(lInc); end; end else if SOSss = 7 then begin while lInc < lSegmentEnd do begin lImgRAz[lInc] := lPredicted + DecodePixelDifference(1); if lInc + 1 = lLineStart then begin lPredicted := lImgRAz[lInc + 1 - SOFxdim]; lLineStart := lLineStart + SOFxDim; end else begin lPredA := lImgRAz[lInc]; lPredB := lImgRAz[lInc - SOFxDim + 1]; lPredicted := (lPredA + lPredB) shr 1; end; inc(lInc); end end else begin while lInc < lSegmentEnd do begin lImgRAz[lInc] := lPredicted + DecodePixelDifference(1); if lInc + 1 = lLineStart then begin lPredicted := lImgRAz[lInc + 1 - SOFxdim]; lLineStart := lLineStart + SOFxDim; end else lPredicted := lImgRAz[lInc - lPredA]; inc(lInc); end; end; if (lSegmentEnd + 1) < lItems then begin dec(lRawPos); repeat while (lRawRA[lRawPos] <> 255) do inc(lRawPos); inc(lRawPos); until (lRawRA[lRawPos] >= $D0) and (lRawRA[lRawPos] <= $D7); lCurrentBitPos := 0; inc(lRawPos); end; lSegmentEnd := lSegmentEnd + lRestartSegmentSz; until (lRestartSegmentSz < 1) or ((lSegmentEnd - 2) > lItems); end; finally freemem(lRawRA); end; end; // Lossless jpeg //////////////////////////////////////////////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////////////////////////////////////////////// // RLE // returns bytes read function DecodeRLE(Stream: TStream; Buffer: pbyte; BufferLen: integer): integer; var wpos: integer; s: shortint; i: integer; b: byte; slen: integer; begin result := 0; slen := Stream.Size; wpos := 0; while (wpos < BufferLen) and (Stream.Position < slen) do begin inc(result, Stream.Read(s, 1)); i := s; if (i >= 0) and (i <= 127) then begin inc(i); inc(result, Stream.Read(Buffer^, i)); inc(wpos, i); inc(Buffer, i); end else if (i <= - 1) and (i >= - 127) then begin inc(result, Stream.Read(b, 1)); i := - i + 1; FillChar(Buffer^, i, b); inc(wpos, i); inc(Buffer, i); end; end; end; // RLE //////////////////////////////////////////////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////////////////////////////////////////////// // Dicom write type TIEDicomWriteContext = record Stream: TIEBufferedWriteStream; Progress: TProgressRec; LProgress: integer; Params: TIOParams; ImagesCount: integer; AddedImages: integer; // just to avoid adding more images than specified in ImagesCount LittleEndian: boolean; TransferSyntax: AnsiString; IsCompressed: boolean; // true when: IEDICOM_TRANSFERSYNTAX_UNCOMP_LITTLEENDIAN_IMPLICIT, IEDICOM_TRANSFERSYNTAX_UNCOMP_LITTLEENDIAN_EXPLICIT, IEDICOM_TRANSFERSYNTAX_UNCOMP_BIGENDIAN_EXPLICIT ImageTagLengthPos: int64; // position in Stream where to put ImageTag length (32 bit) FrameIndexPos: int64; // position in Stream where is the start of frame index FirstImagePos: int64; // position in Stream where is the first image GroupLengthPos: int64; // position of Group Length value end; PIEDicomWriteContext = ^TIEDicomWriteContext; procedure WriteByte(var ctx: TIEDicomWriteContext; value: byte); begin ctx.Stream.Write(value, 1); end; procedure WriteWord(var ctx: TIEDicomWriteContext; value: word; rev: boolean); begin if rev then value := IESwapWord(value); ctx.Stream.Write(value, 2); end; procedure WriteDWord(var ctx: TIEDicomWriteContext; value: dword; rev: boolean); begin if rev then value := IESwapDWord(value); ctx.Stream.Write(value, 4); end; // write a tag (can be recursive to write child tags) procedure WriteTag(var ctx: TIEDicomWriteContext; tag: PIEDicomTag); var reverse: boolean; tagLenPos, itemLenPos, writePos: int64; i, j: integer; subtags: TIEDicomTags; sDataType : AnsiString; begin reverse := (tag^.Group <> $2) and not ctx.LittleEndian; // isn't one of the Group tags? Store Group Length size and reset GroupLengthPos to signaling saved state if (tag^.Group <> $0002) and (ctx.GroupLengthPos > 0) then begin writePos := ctx.Stream.Position; ctx.Stream.Position := ctx.GroupLengthPos; WriteDWord(ctx, writePos - ctx.GroupLengthPos - 4, false); // -4 = the length itself ctx.Stream.Position := writePos; ctx.GroupLengthPos := 0; // do not write again end; // write group and element WriteWord(ctx, tag^.Group, reverse); WriteWord(ctx, tag^.Element, reverse); // write VR (Value Representation) sDataType := DicomTagToStr(tag^.DataType); if sDataType = '??' then sDataType := 'UN'; ctx.Stream.Write(sDataType[1], 2); // write data length if tag^.DataType in [dvOB, dvOW, dvOF, dvSQ, dvUN, dvUT] then begin WriteWord(ctx, 0, false); // two 0 bytes (reserved for future use - section 7.1.2 of 07_05pu.pdf) tagLenPos := ctx.Stream.Position; WriteDWord(ctx, tag^.DataLen, reverse); // 32 bit length end else begin tagLenPos := ctx.Stream.Position; WriteWord(ctx, tag^.DataLen, reverse); // 16 bit length end; // is Group Length tag? Save its position if (tag^.Group = $0002) and (tag^.Element = $0000) then ctx.GroupLengthPos := ctx.Stream.Position; // write data or children if assigned(tag^.Children) then begin //// write children writePos := ctx.Stream.Position; // updated when looping for j := 0 to tag^.Children.Count - 1 do begin // write "Item tag" WriteWord(ctx, $FFFE, false); WriteWord(ctx, $E000, false); // reserve space for item length field itemLenPos := ctx.Stream.Position; WriteDWord(ctx, 0, false); // dummy value // write sub tags subtags := tag^.Children[j] as TIEDicomTags; for i := 0 to subtags.Count - 1 do WriteTag(ctx, subtags.GetTag(i)); // update item length field writePos := ctx.Stream.Position; ctx.Stream.Position := itemLenPos; WriteDWord(ctx, writePos - itemLenPos - 4, false); // continue writing ctx.Stream.Position := writePos; end; // update tag length field ctx.Stream.Position := tagLenPos; WriteDWord(ctx, writePos - tagLenPos - 4, false); ctx.Stream.Position := writePos; end else begin // write data ctx.Stream.Write(pbyte(tag^.Data)^, tag^.DataLen); end; end; // make TIOParams.DICOM_Tags consistent with TIOParams.Width/Height/etc (highest priority) procedure AdjustTags(var ctx: TIEDicomWriteContext); const METAINFOVER: array [0..1] of byte = ($00, $01); begin // Mandatory Group 2 File Meta Information ctx.Params.DICOM_Tags.SetTagNumeric($0002, $0000, 0); // dummy Group Length value (WriteTag will write it) ctx.Params.DICOM_Tags.SetTagByteBuffer($0002, $0001, @METAINFOVER[0], 2); // Transfer syntax if (ctx.TransferSyntax <> IEDICOM_TRANSFERSYNTAX_UNCOMP_LITTLEENDIAN_EXPLICIT) and (ctx.TransferSyntax <> IEDICOM_TRANSFERSYNTAX_UNCOMP_BIGENDIAN_EXPLICIT) and (ctx.TransferSyntax <> IEDICOM_TRANSFERSYNTAX_LOSSYJPEG8BIT) {$ifdef IEINCLUDEJPEG2000} and (ctx.TransferSyntax <> IEDICOM_TRANSFERSYNTAX_LOSSLESSJPEG2000) and (ctx.TransferSyntax <> IEDICOM_TRANSFERSYNTAX_LOSSYJPEG2000) {$endif} and (ctx.TransferSyntax <> IEDICOM_TRANSFERSYNTAX_RLE) then begin // unsupported transfer syntax, default to IEDICOM_TRANSFERSYNTAX_UNCOMP_LITTLEENDIAN_EXPLICIT ctx.Params.DICOM_Tags.SetTagString($0002, $0010, IEDICOM_TRANSFERSYNTAX_UNCOMP_LITTLEENDIAN_EXPLICIT); ctx.TransferSyntax := IEDICOM_TRANSFERSYNTAX_UNCOMP_LITTLEENDIAN_EXPLICIT; end; // Lossy image compression tag if (ctx.TransferSyntax = IEDICOM_TRANSFERSYNTAX_LOSSYJPEG8BIT) or (ctx.TransferSyntax = IEDICOM_TRANSFERSYNTAX_LOSSYJPEG12BIT) or (ctx.TransferSyntax = IEDICOM_TRANSFERSYNTAX_LOSSYJPEG2000) then begin // 01 = Image has been subjected to lossy compression. ctx.Params.DICOM_Tags.SetTagString($0028, $2110, '01'); end else begin // 00 = Image has NOT been subjected to lossy compression. ctx.Params.DICOM_Tags.SetTagString($0028, $2110, '00'); end; // Samples per Pixel ctx.Params.DICOM_Tags.SetTagNumeric($0028, $0002, ctx.Params.SamplesPerPixel); // Photometric interpretation, Bits allocated, Bits stored, Window center, Planar configuration if (ctx.Params.SamplesPerPixel = 3) and (ctx.Params.BitsPerSample = 8) then begin // RGB ctx.Params.DICOM_Tags.SetTagString($0028, $0004, IEDICOM_PHOTOMETINTERPRET_RGB); // Photometric interpretation ctx.Params.DICOM_Tags.SetTagNumeric($0028, $0100, 8); // Bits allocated ctx.Params.DICOM_Tags.SetTagNumeric($0028, $0101, 8); // Bits stored if (ctx.TransferSyntax = IEDICOM_TRANSFERSYNTAX_RLE) then ctx.Params.DICOM_Tags.SetTagNumeric($0028, $0006, 1) // Planar configuration, 1 = planar else ctx.Params.DICOM_Tags.SetTagNumeric($0028, $0006, 0); // Planar configuration, 0 = interlaced end else if (ctx.Params.SamplesPerPixel = 1) and (ctx.Params.BitsPerSample = 1) then begin // Gray scale 1 bit (black/white) ctx.Params.DICOM_Tags.SetTagString($0028, $0004, IEDICOM_PHOTOMETINTERPRET_MONOCHROME_ZEROISBLACK); // Photometric interpretation ctx.Params.DICOM_Tags.SetTagNumeric($0028, $0100, 1); // Bits allocated ctx.Params.DICOM_Tags.SetTagNumeric($0028, $0101, 1); // Bits stored ctx.Params.DICOM_Tags.SetTagNumeric($0028, $0006, 0); // Planar configuration, 0 = interlaced end else if (ctx.Params.SamplesPerPixel = 1) and (ctx.Params.BitsPerSample = 8) then begin // Gray scale 8 bit ctx.Params.DICOM_Tags.SetTagString($0028, $0004, IEDICOM_PHOTOMETINTERPRET_MONOCHROME_ZEROISBLACK); // Photometric interpretation ctx.Params.DICOM_Tags.SetTagNumeric($0028, $0100, 8); // Bits allocated ctx.Params.DICOM_Tags.SetTagNumeric($0028, $0101, 8); // Bits stored ctx.Params.DICOM_Tags.SetTagNumeric($0028, $0006, 0); // Planar configuration, 0 = interlaced end else if (ctx.Params.SamplesPerPixel = 1) and (ctx.Params.BitsPerSample = 16) then begin // Gray scale 16 bit ctx.Params.DICOM_Tags.SetTagString($0028, $0004, IEDICOM_PHOTOMETINTERPRET_MONOCHROME_ZEROISBLACK); // Photometric interpretation ctx.Params.DICOM_Tags.SetTagNumeric($0028, $0100, 16); // Bits allocated ctx.Params.DICOM_Tags.SetTagNumeric($0028, $0101, 16); // Bits stored ctx.Params.DICOM_Tags.SetTagNumeric($0028, $0006, 0); // Planar configuration, 0 = interlaced end else raise EIEException.Create('DICOM saving: unsupported SamplesPerPixel and/or BitsPerSample'); // Frame count ctx.Params.DICOM_Tags.SetTagString($0028, $0008, IEIntToStr(ctx.ImagesCount)); // Width and height ctx.Params.DICOM_Tags.SetTagNumeric($0028, $0011, ctx.Params.Width); ctx.Params.DICOM_Tags.SetTagNumeric($0028, $0010, ctx.Params.Height); // Pixel representation ctx.Params.DICOM_Tags.SetTagNumeric($0028, $0103, 0); // 0 = unsigned // Window center, Window Width, Rescale intercept, Rescale slope if ctx.Params.DICOM_Range = iedrAdjust then begin // ranges applied, these tags are not used ctx.Params.DICOM_Tags.DeleteTag($0028, $1050, true); // remove Window center ctx.Params.DICOM_Tags.DeleteTag($0028, $1051, true); // remove Window width ctx.Params.DICOM_Tags.DeleteTag($0028, $1052, true); // remove Rescale intercept ctx.Params.DICOM_Tags.DeleteTag($0028, $1053, true); // remove Rescale slope end else begin // ranges partially applied, not supported! raise EIEException.Create('DICOM_Range = iedrSetBlackWhite not supported for saving'); end; // Red Color Map, Green Color Map, Blue Color Map ctx.Params.DICOM_Tags.DeleteTag($0028, $1201, true); // remove Red Color Map ctx.Params.DICOM_Tags.DeleteTag($0028, $1202, true); // remove Green Color Map ctx.Params.DICOM_Tags.DeleteTag($0028, $1203, true); // remove Blue Color Map // Remove images and thumbnails tags ctx.Params.DICOM_Tags.DeleteTag($7FE0, $0010, true); // Remove special data elements ctx.Params.DICOM_Tags.DeleteTag($FFFE, $E000, true); // Item ctx.Params.DICOM_Tags.DeleteTag($FFFE, $E00D, true); // Delimitation Item ctx.Params.DICOM_Tags.DeleteTag($FFFE, $E0DD, true); // Sequence Delimitation Item // is little endian? ctx.LittleEndian := not (ctx.TransferSyntax = IEDICOM_TRANSFERSYNTAX_UNCOMP_BIGENDIAN_EXPLICIT); // is compressed format? ctx.isCompressed := (ctx.TransferSyntax <> IEDICOM_TRANSFERSYNTAX_UNCOMP_LITTLEENDIAN_IMPLICIT) and (ctx.TransferSyntax <> IEDICOM_TRANSFERSYNTAX_UNCOMP_LITTLEENDIAN_EXPLICIT) and (ctx.TransferSyntax <> IEDICOM_TRANSFERSYNTAX_UNCOMP_BIGENDIAN_EXPLICIT); // SOP Class UID if ctx.Params.DICOM_Tags.IndexOf($0008, $0016) < 0 then ctx.Params.DICOM_Tags.SetTagString($0008, $0016, '1.2.840.10008.5.1.4.1.1.7'); // default to '1.2.840.10008.5.1.4.1.1.7' = "Secondary Capture Image Storage" end; function IEDicomWrite_init(Stream: TStream; Params: TIOParams; ImagesCount: integer; var Progress: TProgressRec): pointer; const MAGIC: AnsiString = 'DICM'; var i: integer; bData: byte; ctx: PIEDicomWriteContext; begin new(ctx); ctx^.Stream := TIEBufferedWriteStream.Create(Stream, 8192); ctx^.Progress := Progress; ctx^.LProgress := -1; ctx^.Params := Params; ctx^.ImagesCount := ImagesCount; ctx^.AddedImages := 0; ctx^.TransferSyntax := IETrim(Params.DICOM_Tags.GetTagString($0002, $0010)); ctx^.ImageTagLengthPos := 0; ctx^.FrameIndexPos := 0; ctx^.FirstImagePos := 0; ctx^.GroupLengthPos := 0; // preamble (128 x $00) bData := 0; for i := 1 to 128 do ctx^.Stream.Write(bData, 1); // magic string 'DICM' ctx^.Stream.Write(MAGIC[1], 4); AdjustTags(ctx^); // write tags for i := 0 to Params.DICOM_Tags.Count - 1 do WriteTag(ctx^, Params.DICOM_Tags.GetTag(i)); result := ctx; end; procedure DoWriteProgress(var ctx: TIEDicomWriteContext; row, height: integer; offset: integer = 0; divisor: integer = 1); var per: integer; begin if assigned(ctx.Progress.fOnProgress) then begin per := offset + trunc(row / Height * 100) div divisor; if per <> ctx.LProgress then begin ctx.LProgress := per; ctx.Progress.fOnProgress(ctx.Progress.Sender, per); end; end; end; procedure WriteImageUncompressed(var ctx: TIEDicomWriteContext; Image: TIEBitmap); var col, row: integer; p_b: pbyte; p_w: pword; p_bgr: PRGB; outbuf: pbyte; begin case Image.PixelFormat of ie1g: begin for row := 0 to Image.Height - 1 do begin p_b := Image.ScanLine[row]; ctx.Stream.Write(p_b^, IEBitmapRowLen(Image.Width, 1, 8)); DoWriteProgress(ctx, row, Image.Height); end; end; ie8g: begin for row := 0 to Image.Height - 1 do begin p_b := Image.ScanLine[row]; ctx.Stream.Write(p_b^, Image.Width); DoWriteProgress(ctx, row, Image.Height); end; end; ie16g: begin for row := 0 to Image.Height - 1 do begin p_w := Image.ScanLine[row]; ctx.Stream.Write(p_w^, Image.Width * 2); DoWriteProgress(ctx, row, Image.Height); end; end; ie24RGB: begin getmem(outbuf, Image.Width * 3); try for row := 0 to Image.Height - 1 do begin p_bgr := Image.ScanLine[row]; p_b := outbuf; for col := 0 to Image.Width - 1 do begin p_b^ := p_bgr^.r; inc(p_b); // red p_b^ := p_bgr^.g; inc(p_b); // green p_b^ := p_bgr^.b; inc(p_b); // blue inc(p_bgr); end; ctx.Stream.Write(outbuf^, Image.Width * 3); DoWriteProgress(ctx, row, Image.Height); end; finally freemem(outbuf); end; end; else raise EIEException.Create('DICOM saving: unsupported pixel format'); end; end; procedure WriteImageJpeg8(var ctx: TIEDicomWriteContext; Image: TIEBitmap); var tempParams: TIOParams; begin tempParams := TIOParams.Create( nil ); tempParams.JPEG_Quality := ctx.Params.DICOM_JPEGQuality; try case Image.PixelFormat of ie8g: begin tempParams.BitsPerSample := 8; tempParams.SamplesPerPixel := 1; tempParams.JPEG_ColorSpace := ioJPEG_GRAYLEV; WriteJpegStream(ctx.Stream, Image, tempParams, ctx.Progress); end; ie24RGB: begin WriteJpegStream(ctx.Stream, Image, tempParams, ctx.Progress); end; else raise EIEException.Create('DICOM saving: unsupported pixel format'); end; finally tempParams.Free(); end; end; {$ifdef IEINCLUDEJPEG2000} procedure WriteImageJpeg2000(var ctx: TIEDicomWriteContext; Image: TIEBitmap); var tempParams: TIOParams; begin tempParams := TIOParams.Create( nil ); if ctx.TransferSyntax = IEDICOM_TRANSFERSYNTAX_LOSSLESSJPEG2000 then tempParams.J2000_Rate := 1 else tempParams.J2000_Rate := ctx.Params.DICOM_J2000Rate; try case Image.PixelFormat of ie8g: begin tempParams.BitsPerSample := 8; tempParams.SamplesPerPixel := 1; tempParams.J2000_ColorSpace := ioJ2000_GRAYLEV; J2KWriteStream(ctx.Stream, Image, tempParams, ctx.Progress, 1); end; ie16g: begin tempParams.BitsPerSample := 16; tempParams.SamplesPerPixel := 1; tempParams.J2000_ColorSpace := ioJ2000_GRAYLEV; J2KWriteStream(ctx.Stream, Image, tempParams, ctx.Progress, 1); end; ie24RGB: begin J2KWriteStream(ctx.Stream, Image, tempParams, ctx.Progress, 1); end; else raise EIEException.Create('DICOM saving: unsupported pixel format'); end; finally tempParams.Free(); end; end; {$endif} // encodes a single row using RLE compression procedure EncodeRLE(Stream: TStream; SrcBuf: pbytearray; SrcBufLength: integer); var state: integer; // 0 = first byte, 1 = Replicate Run, 2 = Literal Run startPos: integer; curPos: integer; procedure WriteShortInt(Value: ShortInt); begin Stream.Write(Value, 1); end; procedure WriteByte(Value: byte); begin Stream.Write(Value, 1); end; procedure Flush(); var len: integer; begin len := curPos - startPos; if (state = 0) or (state = 2) or (len <= 2) then begin WriteShortInt(len - 1); // Literal Run while startPos < curPos do begin WriteByte(SrcBuf[startPos]); inc(startPos); end; end else begin WriteShortInt(- len + 1); // Replicate Run WriteByte(SrcBuf[startPos]); inc(startPos, len); end; state := 0; end; begin state := 0; startPos := 0; curPos := 1; while curPos < SrcBufLength do begin if (state = 0) and (SrcBuf[curPos] = SrcBuf[startPos]) then state := 1 // begin Replicate Run else if (state = 0) and (SrcBuf[curPos] <> SrcBuf[startPos]) then state := 2 // begin Literal Run else if (state = 1) and (SrcBuf[curPos] <> SrcBuf[startPos]) and (curPos - startPos < 3) then state := 2 // switch from Replicate Run to Literal Run else if (state = 1) and ((SrcBuf[curPos] <> SrcBuf[startPos]) or (curPos - startPos = 128)) then Flush() // flush Replicate Run else if (state = 2) and (curPos > 2) and (SrcBuf[curPos] = SrcBuf[curPos - 1]) and (SrcBuf[curPos] = SrcBuf[curPos - 2]) then begin // backtrack and flush Literal Run dec(curPos, 2); Flush(); end else if (state = 2) and (curPos - startPos = 128) then Flush(); // flush Literal Run inc(curPos); end; Flush(); end; procedure WriteImageRLE(var ctx: TIEDicomWriteContext; Image: TIEBitmap); var rl: integer; row, col: integer; i: integer; segPos: int64; rowBuf: array of byte; psrc, pdst: pbyte; pw: pword; procedure WriteSegPos(segment: integer; pos: int64); var curPos: int64; begin curPos := ctx.Stream.Position; ctx.Stream.Position := segPos + (segment + 1) * 4; WriteDWord(ctx, pos - segPos, false); ctx.Stream.Position := curPos; end; begin //// RLE Header segPos := ctx.Stream.Position; // number of RLE segments WriteDWord(ctx, Image.BitCount div 8, false); // note: 16 bit gray scale requires two segments // empty segments positions for i := 1 to 15 do WriteDWord(ctx, 0, false); rl := IEBitmapRowLen(Image.Width, Image.BitCount, 8); case Image.PixelFormat of ie1g, ie8g: begin WriteSegPos(0, ctx.Stream.Position); for row := 0 to Image.Height - 1 do begin EncodeRLE(ctx.Stream, Image.Scanline[row], rl); DoWriteProgress(ctx, row, Image.Height); end; end; ie16g: begin SetLength(rowBuf, Image.Width); // only one byte per pixel required (half word) // write high byte WriteSegPos(0, ctx.Stream.Position); for row := 0 to Image.Height - 1 do begin pdst := @rowBuf[0]; pw := Image.Scanline[row]; for col := 0 to Image.Width - 1 do begin pdst^ := (pw^ shr 8) and $FF; inc(pdst); inc(pw); end; EncodeRLE(ctx.Stream, @rowBuf[0], rl div 2); DoWriteProgress(ctx, row, Image.Height, 0, 2); end; // write low byte WriteSegPos(1, ctx.Stream.Position); for row := 0 to Image.Height - 1 do begin pdst := @rowBuf[0]; pw := Image.Scanline[row]; for col := 0 to Image.Width - 1 do begin pdst^ := pw^ and $FF; inc(pdst); inc(pw); end; EncodeRLE(ctx.Stream, @rowBuf[0], rl div 2); DoWriteProgress(ctx, row, Image.Height, 50, 2); end; end; ie24RGB: begin SetLength(rowBuf, Image.Width); for i := 0 to 2 do // loop among channels (0 = R, 1 = G, 2 = B) begin WriteSegPos(i, ctx.Stream.Position); for row := 0 to Image.Height - 1 do begin pdst := @rowBuf[0]; psrc := Image.Scanline[row]; inc(psrc, 2 - i); for col := 0 to Image.Width - 1 do begin pdst^ := psrc^; inc(psrc, 3); inc(pdst); end; EncodeRLE(ctx.Stream, @rowBuf[0], rl div 3); DoWriteProgress(ctx, row, Image.Height, i * 33, 3); end; end; end; else raise EIEException.Create('DICOM saving: unsupported pixel format'); end; end; procedure WriteImage(var ctx: TIEDicomWriteContext; Image: TIEBitmap); begin if ctx.TransferSyntax = IEDICOM_TRANSFERSYNTAX_LOSSYJPEG8BIT then WriteImageJpeg8(ctx, Image) else {$IFDEF IEINCLUDEJPEG2000} if ( ctx.TransferSyntax = IEDICOM_TRANSFERSYNTAX_LOSSYJPEG2000 ) or ( ctx.TransferSyntax = IEDICOM_TRANSFERSYNTAX_LOSSLESSJPEG2000 ) then WriteImageJpeg2000(ctx, Image) else {$ENDIF} if ctx.TransferSyntax = IEDICOM_TRANSFERSYNTAX_RLE then WriteImageRLE(ctx, Image) else WriteImageUncompressed(ctx, Image) end; // All images must have the same size and bit depth, specified in Params parameter of IEDicomWrite_init // It is not possible to add more than the amount of images specified in IEDicomWrite_init (parameter ImagesCount) procedure IEDicomWrite_addImage(Context: pointer; Image: TIEBitmap); var reverse: boolean; ctx: PIEDicomWriteContext; i: integer; curPos: int64; imageLengthPos: int64; imLen: dword; begin ctx := PIEDicomWriteContext(Context); // cannot add more images than specified in IEDicomWrite_init if ctx^.AddedImages = ctx^.ImagesCount then exit; inc(ctx^.AddedImages); reverse := not ctx^.LittleEndian; if ctx^.AddedImages = 1 then begin //// this is the first image, write the tag header and indexes directory // write group and element WriteWord(ctx^, $7FE0, reverse); WriteWord(ctx^, $0010, reverse); // write VR (Value Representation) ctx^.Stream.Write(AnsiString('OB')[1], 2); // write tag length WriteWord(ctx^, 0, false); // two 0 bytes (reserved for future use - section 7.1.2 of 07_05pu.pdf) ctx^.ImageTagLengthPos := ctx^.Stream.Position; WriteDWord(ctx^, 0, reverse); // dummy 32 bit length if ctx^.IsCompressed then begin // write Data Element Tag WriteWord(ctx^, $FFFE, false); WriteWord(ctx^, $E000, false); // write frame index length WriteDWord(ctx^, ctx^.ImagesCount * 4, false); // write dummy frame index ctx^.FrameIndexPos := ctx^.Stream.Position; for i := 1 to ctx^.ImagesCount do WriteDWord(ctx^, 0, false); end; ctx^.FirstImagePos := ctx^.Stream.Position; end; if ctx^.IsCompressed then begin // save current position into the index curPos := ctx^.Stream.Position; ctx^.Stream.Position := ctx^.FrameIndexPos + 4 * (ctx^.AddedImages - 1); WriteDWord(ctx^, curPos - ctx^.FirstImagePos, false); ctx^.Stream.Position := curPos; // begin of the frame WriteWord(ctx^, $FFFE, false); WriteWord(ctx^, $E000, false); // dummy image length (32 bit) imageLengthPos := ctx^.Stream.Position; WriteDWord(ctx^, 0, false); end else imageLengthPos := 0; // write actual bitmap WriteImage(ctx^, Image); if ctx^.IsCompressed then begin // write image length (32 bit) curPos := ctx^.Stream.Position; imLen := curPos - imageLengthPos - 4; if (imLen and 1) <> 0 then begin // make length even WriteByte(ctx^, 0); inc(imLen); inc(curPos); end; ctx^.Stream.Position := imageLengthPos; WriteDWord(ctx^, imLen, false); ctx^.Stream.Position := curPos; end; end; // accepts Context = nil procedure IEDicomWrite_finalize(Context: pointer); var ctx: PIEDicomWriteContext; reverse: boolean; curPos: int64; tagLen: dword; begin if Context <> nil then begin ctx := PIEDicomWriteContext(Context); try reverse := not ctx^.LittleEndian; // write image tag length if ctx^.IsCompressed then begin // store Sequence Delimeter and set undefined tag size WriteWord(ctx^, $FFFE, false); WriteWord(ctx^, $E0DD, false); WriteDWord(ctx^, 0, false); tagLen := $FFFFFFFF; end else if ctx^.ImageTagLengthPos > 0 then begin // defined tag size, set actual length tagLen := ctx^.Stream.Position - ctx^.ImageTagLengthPos - 4; end else tagLen := 0; curPos := ctx^.Stream.Position; ctx^.Stream.Position := ctx^.ImageTagLengthPos; WriteDWord(ctx^, tagLen, reverse); ctx^.Stream.Position := curPos; ctx^.Stream.Free(); // this is a TIEBufferedWriteStream! finally dispose(ctx); end; end; end; // Dicom write //////////////////////////////////////////////////////////////////////////////////////////////////////////////////// //////////////////////////////////////////////////////////////////////////////////////////////////////////////////// {$endif} {!! Dicom Tags Supported by ImageEn ImageEn supports around 5,000 DICOM data tags. These are defined by NEMA, but also may be propietary to specific hardware vendors. For further information, consult the DICOM documentation: medical.nema.org/standard.html Notes: - Types are defined by - Tags that are Bold are part of the NEMA standard. Italicized tags have been deprecated in the standard. Other tags are proprietary. Tag Description Type (0000,0000) Command Group Length dvUL (0000,0001) Command Length to End dvUL (0000,0002) Affected SOP Class UID dvUI (0000,0003) Requested SOP Class UID dvUI (0000,0010) Command Recognition Code dvSH (0000,0100) Command Field dvUS (0000,0110) Message ID dvUS (0000,0120) Message ID Being Responded To dvUS (0000,0200) Initiator dvAE (0000,0300) Receiver dvAE (0000,0400) Find Location dvAE (0000,0600) Move Destination dvAE (0000,0700) Priority dvUS (0000,0800) Command Data Set Type dvUS (0000,0850) Number of Matches dvUS (0000,0860) Response Sequence Number dvUS (0000,0900) Status dvUS (0000,0901) Offending Element dvAT (0000,0902) Error Comment dvLO (0000,0903) Error ID dvUS (0000,1000) Affected SOP Instance UID dvUI (0000,1001) Requested SOP Instance UID dvUI (0000,1002) Event Type ID dvUS (0000,1005) Attribute Identifier List dvAT (0000,1008) Action Type ID dvUS (0000,1020) Number of Remaining Sub-operations dvUS (0000,1021) Number of Completed Sub-operations dvUS (0000,1022) Number of Failed Sub-operations dvUS (0000,1023) Number of Warning Sub-operations dvUS (0000,1030) Move Originator Application Entity Title dvAE (0000,1031) Move Originator Message ID dvUS (0000,4000) Dialog Receiver dvLT (0000,4010) Terminal Type dvLT (0000,5010) Message Set ID dvSH (0000,5020) End Message ID dvSH (0000,5110) Display Format dvLT (0000,5120) Page Position ID dvLT (0000,5130) Text Format ID dvCS (0000,5140) Normal/Reverse dvCS (0000,5150) Add Gray Scale dvCS (0000,5160) Borders dvCS (0000,5170) Copies dvIS (0000,5180) Command Magnification Type dvCS (0000,5190) Erase dvCS (0000,51A0) Print dvCS (0000,51B0) Overlays dvUS (0002,0000) File Meta Information Group Length dvUL (0002,0001) File Meta Information Version dvOB (0002,0002) Media Storage SOP Class UID dvUI (0002,0003) Media Storage SOP Instance UID dvUI (0002,0010) Transfer Syntax UID dvUI (0002,0012) Implementation Class UID dvUI (0002,0013) Implementation Version Name dvSH (0002,0016) Source Application Entity Title dvAE (0002,0017) Sending Application Entity Title dvAE (0002,0018) Receiving Application Entity Title dvAE (0002,0100) Private Information Creator UID dvUI (0002,0102) Private Information dvOB (0003,0000) Undocumented dvUS (0003,0008) Undocumented dvUS (0003,0011) Undocumented dvUS (0003,0012) Undocumented dvUL (0003,0013) Undocumented dvDA (0003,0014) Undocumented dvTM (0003,0020) Undocumented dvUS (0003,0030) Undocumented dvDA (0003,0031) Undocumented dvTM (0004,0000) File-set Group Length dvUL (0004,1130) File-set ID dvCS (0004,1141) File-set Descriptor File ID dvCS (0004,1142) Specific Character Set of File-set Descriptor File dvCS (0004,1200) Offset of the First Directory Record of the Root Directory Entity dvUL (0004,1202) Offset of the Last Directory Record of the Root Directory Entity dvUL (0004,1212) File-set Consistency Flag dvUS (0004,1220) Directory Record Sequence dvSQ (0004,1400) Offset of the Next Directory Record dvUL (0004,1410) Record In-use Flag dvUS (0004,1420) Offset of Referenced Lower-Level Directory Entity dvUL (0004,1430) Directory Record Type dvCS (0004,1432) Private Record UID dvUI (0004,1500) Referenced File ID dvCS (0004,1504) MRDR Directory Record Offset dvUL (0004,1510) Referenced SOP Class UID in File dvUI (0004,1511) Referenced SOP Instance UID in File dvUI (0004,1512) Referenced Transfer Syntax UID in File dvUI (0004,151A) Referenced Related General SOP Class UID in File dvUI (0004,1600) Number of References dvUL (0005,0000) Undocumented dvUS (0006,0000) Undocumented dvUS (0008,0000) Identifying Group Length dvUL (0008,0001) Length to End dvUL (0008,0005) Specific Character Set dvCS (0008,0006) Language Code Sequence dvSQ (0008,0008) Image Type dvCS (0008,0010) Recognition Code dvSH (0008,0012) Instance Creation Date dvDA (0008,0013) Instance Creation Time dvTM (0008,0014) Instance Creator UID dvUI (0008,0015) Instance Coercion Date/Time dvDT (0008,0016) SOP Class UID dvUI (0008,0018) SOP Instance UID dvUI (0008,001A) Related General SOP Class UID dvUI (0008,001B) Original Specialized SOP Class UID dvUI (0008,0020) Study Date dvDA (0008,0021) Series Date dvDA (0008,0022) Acquisition Date dvDA (0008,0023) Content Date dvDA (0008,0024) Overlay Date dvDA (0008,0025) Curve Date dvDA (0008,002A) Acquisition Date/Time dvDT (0008,0030) Study Time dvTM (0008,0031) Series Time dvTM (0008,0032) Acquisition Time dvTM (0008,0033) Content Time dvTM (0008,0034) Overlay Time dvTM (0008,0035) Curve Time dvTM (0008,0040) Data Set Type dvUS (0008,0041) Data Set Subtype dvLO (0008,0042) Nuclear Medicine Series Type dvCS (0008,0050) Accession Number dvSH (0008,0051) Issuer of Accession Number Sequence dvSQ (0008,0052) Query/Retrieve Level dvCS (0008,0053) Query/Retrieve View dvCS (0008,0054) Retrieve AE Title dvAE (0008,0056) Instance Availability dvCS (0008,0058) Failed SOP Instance UID List dvUI (0008,0060) Modality dvCS (0008,0061) Modalities in Study dvCS (0008,0062) SOP Classes in Study dvUI (0008,0064) Conversion Type dvCS (0008,0068) Presentation Intent Type dvCS (0008,0070) Manufacturer dvLO (0008,0080) Institution Name dvLO (0008,0081) Institution Address dvST (0008,0082) Institution Code Sequence dvSQ (0008,0090) Referring Physician's Name dvPN (0008,0092) Referring Physician's Address dvST (0008,0094) Referring Physician's Telephone Numbers dvSH (0008,0096) Referring Physician Identification Sequence dvSQ (0008,0100) Code Value dvSH (0008,0101) Extended Code Value dvLO (0008,0102) Coding Scheme Designator dvSH (0008,0103) Coding Scheme Version dvSH (0008,0104) Code Meaning dvLO (0008,0105) Mapping Resource dvCS (0008,0106) Context Group Version dvDT (0008,0107) Context Group Local Version dvDT (0008,0108) Extended Code Meaning dvLT (0008,010B) Context Group Extension Flag dvCS (0008,010C) Coding Scheme UID dvUI (0008,010D) Context Group Extension Creator UID dvUI (0008,010F) Context Identifier dvCS (0008,0110) Coding Scheme Identification Sequence dvSQ (0008,0112) Coding Scheme Registry dvLO (0008,0114) Coding Scheme External ID dvST (0008,0115) Coding Scheme Name dvST (0008,0116) Coding Scheme Responsible Organization dvST (0008,0117) Context UID dvUI (0008,0201) Timezone Offset From UTC dvSH (0008,1000) Network ID dvAE (0008,1010) Station Name dvSH (0008,1030) Study Description dvLO (0008,1032) Procedure Code Sequence dvSQ (0008,103E) Series Description dvLO (0008,103F) Series Description Code Sequence dvSQ (0008,1040) Institutional Department Name dvLO (0008,1048) Physician(s) of Record dvPN (0008,1049) Physician(s) of Record Identification Sequence dvSQ (0008,1050) Performing Physician's Name dvPN (0008,1052) Performing Physician Identification Sequence dvSQ (0008,1060) Name of Physician(s) Reading Study dvPN (0008,1062) Physician(s) Reading Study Identification Sequence dvSQ (0008,1070) Operators' Name dvPN (0008,1072) Operator Identification Sequence dvSQ (0008,1080) Admitting Diagnoses Description dvLO (0008,1084) Admitting Diagnoses Code Sequence dvSQ (0008,1090) Manufacturer's Model Name dvLO (0008,1100) Referenced Results Sequence dvSQ (0008,1110) Referenced Study Sequence dvSQ (0008,1111) Referenced Performed Procedure Step Sequence dvSQ (0008,1115) Referenced Series Sequence dvSQ (0008,1120) Referenced Patient Sequence dvSQ (0008,1125) Referenced Visit Sequence dvSQ (0008,1130) Referenced Overlay Sequence dvSQ (0008,1134) Referenced Stereometric Instance Sequence dvSQ (0008,113A) Referenced Waveform Sequence dvSQ (0008,1140) Referenced Image Sequence dvSQ (0008,1145) Referenced Curve Sequence dvSQ (0008,1148) Undocumented dvSQ (0008,114A) Referenced Instance Sequence dvSQ (0008,114B) Referenced Real World Value Mapping Instance Sequence dvSQ (0008,114C) Undocumented dvSQ (0008,1150) Referenced SOP Class UID dvUI (0008,1155) Referenced SOP Instance UID dvUI (0008,115A) SOP Classes Supported dvUI (0008,1160) Referenced Frame Number dvIS (0008,1161) Simple Frame List dvUL (0008,1162) Calculated Frame List dvUL (0008,1163) Time Range dvFD (0008,1164) Frame Extraction Sequence dvSQ (0008,1167) Multi-frame Source SOP Instance UID dvUI (0008,1190) Retrieve URL dvUR (0008,1195) Transaction UID dvUI (0008,1196) Warning Reason dvUS (0008,1197) Failure Reason dvUS (0008,1198) Failed SOP Sequence dvSQ (0008,1199) Referenced SOP Sequence dvSQ (0008,1200) Studies Containing Other Referenced Instances Sequence dvSQ (0008,1250) Related Series Sequence dvSQ (0008,2110) Lossy Image Compression (Retired) dvCS (0008,2111) Derivation Description dvST (0008,2112) Source Image Sequence dvSQ (0008,2120) Stage Name dvSH (0008,2122) Stage Number dvIS (0008,2124) Number of Stages dvIS (0008,2127) View Name dvSH (0008,2128) View Number dvIS (0008,2129) Number of Event Timers dvIS (0008,212A) Number of Views in Stage dvIS (0008,2130) Event Elapsed Time(s) dvDS (0008,2132) Event Timer Name(s) dvLO (0008,2133) Event Timer Sequence dvSQ (0008,2134) Event Time Offset dvFD (0008,2135) Event Code Sequence dvSQ (0008,2142) Start Trim dvIS (0008,2143) Stop Trim dvIS (0008,2144) Recommended Display Frame Rate dvIS (0008,2200) Transducer Position dvCS (0008,2204) Transducer Orientation dvCS (0008,2208) Anatomic Structure dvCS (0008,2218) Anatomic Region Sequence dvSQ (0008,2220) Anatomic Region Modifier Sequence dvSQ (0008,2228) Primary Anatomic Structure Sequence dvSQ (0008,2229) Anatomic Structure, Space or Region Sequence dvSQ (0008,2230) Primary Anatomic Structure Modifier Sequence dvSQ (0008,2240) Transducer Position Sequence dvSQ (0008,2242) Transducer Position Modifier Sequence dvSQ (0008,2244) Transducer Orientation Sequence dvSQ (0008,2246) Transducer Orientation Modifier Sequence dvSQ (0008,2251) Anatomic Structure Space or Region Code Sequence (Trial) dvSQ (0008,2253) Anatomic Portal of Entrance Code Sequence (Trial) dvSQ (0008,2255) Anatomic Approach Direction Code Sequence (Trial) dvSQ (0008,2256) Anatomic Perspective Description (Trial) dvST (0008,2257) Anatomic Perspective Code Sequence (Trial) dvSQ (0008,2258) Anatomic Location of Examining Instrument Description (Trial) dvST (0008,2259) Anatomic Location of Examining Instrument Code Sequence (Trial) dvSQ (0008,225A) Anatomic Structure Space or Region Modifier Code Sequence (Trial) dvSQ (0008,225C) On Axis Background Anatomic Structure Code Sequence (Trial) dvSQ (0008,3001) Alternate Representation Sequence dvSQ (0008,3010) Irradiation Event UID dvUI (0008,3011) Source Irradiation Event Sequence dvSQ (0008,3012) Radiopharmaceutical Administration Event UID dvUI (0008,4000) Identifying Comments dvLT (0008,9007) Frame Type dvCS (0008,9092) Referenced Image Evidence Sequence dvSQ (0008,9121) Referenced Raw Data Sequence dvSQ (0008,9123) Creator-Version UID dvUI (0008,9124) Derivation Image Sequence dvSQ (0008,9154) Source Image Evidence Sequence dvSQ (0008,9205) Pixel Presentation dvCS (0008,9206) Volumetric Properties dvCS (0008,9207) Volume Based Calculation Technique dvCS (0008,9208) Complex Image Component dvCS (0008,9209) Acquisition Contrast dvCS (0008,9215) Derivation Code Sequence dvSQ (0008,9237) Referenced Presentation State Sequence dvSQ (0008,9410) Referenced Other Plane Sequence dvSQ (0008,9458) Frame Display Sequence dvSQ (0008,9459) Recommended Display Frame Rate in Float dvFL (0008,9460) Skip Frame Range Flag dvCS (0009,0000) Undocumented dvUSorSS (0009,0001) Undocumented dvUSorSS (0009,0002) Undocumented dvUSorSS (0009,0003) Undocumented dvUSorSS (0009,0004) Undocumented dvUSorSS (0009,0005) Undocumented dvUN (0009,0006) Undocumented dvUN (0009,0007) Undocumented dvUN (0009,0008) Undocumented dvUSorSS (0009,0009) Undocumented dvLT (0009,000A) Undocumented dvIS (0009,000B) Undocumented dvIS (0009,000C) Undocumented dvIS (0009,000D) Undocumented dvIS (0009,000E) Undocumented dvIS (0009,000F) Undocumented dvUN (0009,0010) Undocumented dvUSorSS (0009,0011) Undocumented dvUSorSS (0009,0012) Undocumented dvUSorSS (0009,0013) Undocumented dvUSorSS (0009,0014) Undocumented dvUSorSS (0009,0015) Undocumented dvUSorSS (0009,0016) Undocumented dvUSorSS (0009,0017) Undocumented dvLT (0009,0018) Undocumented dvLT (0009,001A) Undocumented dvUS (0009,001E) Undocumented dvUI (0009,0020) Undocumented dvUSorSS (0009,0021) Undocumented dvUSorSS (0009,0022) Undocumented dvSH (0009,0023) Undocumented dvSL (0009,0024) Undocumented dvUSorSS (0009,0025) Undocumented dvUSorSS (0009,0026) Undocumented dvUSorSS (0009,0027) Undocumented dvUSorSS (0009,0029) Undocumented dvUSorSS (0009,002A) Undocumented dvSL (0009,002C) Undocumented dvLO (0009,002D) Undocumented dvSL (0009,002E) Undocumented dvFD (0009,002F) Undocumented dvLT (0009,0030) Undocumented dvUSorSS (0009,0031) Undocumented dvUSorSS (0009,0032) Undocumented dvLT (0009,0034) Undocumented dvUSorSS (0009,0035) Undocumented dvSL (0009,0037) Undocumented dvSL (0009,0038) Undocumented dvUSorSS (0009,0039) Undocumented dvSL (0009,003A) Undocumented dvSL (0009,003E) Undocumented dvUS (0009,003F) Undocumented dvUS (0009,0040) Undocumented dvUSorSS (0009,0041) Undocumented dvUSorSS (0009,0042) Undocumented dvUSorSS (0009,0043) Undocumented dvUSorSS (0009,0050) Undocumented dvLT (0009,0051) Undocumented dvUSorSS (0009,0060) Undocumented dvLT (0009,0061) Undocumented dvLT (0009,0070) Undocumented dvLT (0009,0080) Undocumented dvLT (0009,0091) Undocumented dvLT (0009,00E2) Undocumented dvLT (0009,00E3) Undocumented dvUI (0009,00E6) Undocumented dvSH (0009,00E7) Undocumented dvUL (0009,00E8) Undocumented dvUL (0009,00E9) Undocumented dvSL (0009,00F2) Undocumented dvUN (0009,00F3) Undocumented dvUN (0009,00F4) Undocumented dvLT (0009,00F5) Undocumented dvUSorSS (0009,00F6) Undocumented dvLT (0009,00F8) Undocumented dvUS (0009,00FB) Undocumented dvIS (0009,1002) Suite ID dvOB (0009,1003) Undocumented dvOB (0009,1010) Undocumented dvUN (0010,0000) Patient Group Length dvUL (0010,0010) Patient's Name dvPN (0010,0020) Patient ID dvLO (0010,0021) Issuer of Patient ID dvLO (0010,0022) Type of Patient ID dvCS (0010,0024) Issuer of Patient ID Qualifiers Sequence dvSQ (0010,0030) Patient's Birth Date dvDA (0010,0032) Patient's Birth Time dvTM (0010,0040) Patient's Sex dvCS (0010,0050) Patient's Insurance Plan Code Sequence dvSQ (0010,0101) Patient's Primary Language Code Sequence dvSQ (0010,0102) Patient's Primary Language Modifier Code Sequence dvSQ (0010,0200) Quality Control Subject dvCS (0010,0201) Quality Control Subject Type Code Sequence dvSQ (0010,1000) Other Patient IDs dvLO (0010,1001) Other Patient Names dvPN (0010,1002) Other Patient IDs Sequence dvSQ (0010,1005) Patient's Birth Name dvPN (0010,1010) Patient's Age dvAS (0010,1020) Patient's Size dvDS (0010,1021) Patient's Size Code Sequence dvSQ (0010,1030) Patient's Weight dvDS (0010,1040) Patient's Address dvLO (0010,1050) Insurance Plan Identification dvLO (0010,1060) Patient's Mother's Birth Name dvPN (0010,1080) Military Rank dvLO (0010,1081) Branch of Service dvLO (0010,1090) Medical Record Locator dvLO (0010,1100) Referenced Patient Photo Sequence dvSQ (0010,2000) Medical Alerts dvLO (0010,2110) Allergies dvLO (0010,2150) Country of Residence dvLO (0010,2152) Region of Residence dvLO (0010,2154) Patient's Telephone Numbers dvSH (0010,2160) Ethnic Group dvSH (0010,2180) Occupation dvSH (0010,21A0) Smoking Status dvCS (0010,21B0) Additional Patient History dvLT (0010,21C0) Pregnancy Status dvUS (0010,21D0) Last Menstrual Date dvDA (0010,21F0) Patient's Religious Preference dvLO (0010,2201) Patient Species Description dvLO (0010,2202) Patient Species Code Sequence dvSQ (0010,2203) Patient's Sex Neutered dvCS (0010,2210) Anatomical Orientation Type dvCS (0010,2292) Patient Breed Description dvLO (0010,2293) Patient Breed Code Sequence dvSQ (0010,2294) Breed Registration Sequence dvSQ (0010,2295) Breed Registration Number dvLO (0010,2296) Breed Registry Code Sequence dvSQ (0010,2297) Responsible Person dvPN (0010,2298) Responsible Person Role dvCS (0010,2299) Responsible Organization dvLO (0010,4000) Patient Comments dvLT (0010,9431) Examined Body Thickness dvFL (0011,0001) Undocumented dvUSorSS (0011,0002) Undocumented dvUS (0011,0003) Undocumented dvLT (0011,0004) Undocumented dvLT (0011,000A) Undocumented dvUSorSS (0011,000B) Undocumented dvSL (0011,000C) Undocumented dvSL (0011,000D) Undocumented dvLO (0011,0010) Undocumented dvUSorSS (0011,0011) Undocumented dvUSorSS (0011,0012) Undocumented dvLO (0011,0013) Undocumented dvLO (0011,0015) Undocumented dvUSorSS (0011,0016) Undocumented dvSL (0011,0017) Undocumented dvSL (0011,0018) Undocumented dvSL (0011,0019) Undocumented dvFD (0011,001A) Undocumented dvSL (0011,001B) Undocumented dvSL (0011,001C) Undocumented dvSL (0011,001D) Undocumented dvSL (0011,001F) Undocumented dvSL (0011,0020) Undocumented dvUSorSS (0011,0021) Undocumented dvUSorSS (0011,0022) Undocumented dvUSorSS (0011,0023) Undocumented dvUSorSS (0011,0024) Undocumented dvSL (0011,0025) Undocumented dvUSorSS (0011,0026) Undocumented dvSL (0011,0027) Undocumented dvSL (0011,0028) Undocumented dvSL (0011,0030) Undocumented dvUSorSS (0011,0031) Undocumented dvUSorSS (0011,0032) Undocumented dvUN (0011,0033) Undocumented dvLO (0011,0034) Undocumented dvLO (0011,0035) Undocumented dvUSorSS (0011,0036) Undocumented dvLO (0011,0037) Undocumented dvLO (0011,0038) Undocumented dvSL (0011,003A) Undocumented dvSL (0011,003B) Undocumented dvFD (0011,003C) Undocumented dvFD (0011,003E) Undocumented dvSL (0011,003F) Undocumented dvSL (0011,0040) Undocumented dvUSorSS (0011,0041) Undocumented dvLT (0011,0042) Undocumented dvLT (0011,0044) Undocumented dvFD (0011,0045) Undocumented dvFD (0011,0046) Undocumented dvSL (0011,0055) Undocumented dvFD (0011,0056) Undocumented dvFD (0011,00A1) Undocumented dvDA (0011,00A2) Undocumented dvTM (0011,00B0) Undocumented dvLT (0011,00B2) Undocumented dvLT (0011,00B4) Undocumented dvLT (0011,00BC) Undocumented dvTM (0011,00C0) Undocumented dvLT (0011,00D0) Undocumented dvLT (0011,00D2) Undocumented dvLT (0012,0010) Clinical Trial Sponsor Name dvLO (0012,0020) Clinical Trial Protocol ID dvLO (0012,0021) Clinical Trial Protocol Name dvLO (0012,0030) Clinical Trial Site ID dvLO (0012,0031) Clinical Trial Site Name dvLO (0012,0040) Clinical Trial Subject ID dvLO (0012,0042) Clinical Trial Subject Reading ID dvLO (0012,0050) Clinical Trial Time Point ID dvLO (0012,0051) Clinical Trial Time Point Description dvST (0012,0060) Clinical Trial Coordinating Center Name dvLO (0012,0062) Patient Identity Removed dvCS (0012,0063) De-identification Method dvLO (0012,0064) De-identification Method Code Sequence dvSQ (0012,0071) Clinical Trial Series ID dvLO (0012,0072) Clinical Trial Series Description dvLO (0012,0081) Clinical Trial Protocol Ethics Committee Name dvLO (0012,0082) Clinical Trial Protocol Ethics Committee Approval Number dvLO (0012,0083) Consent for Clinical Trial Use Sequence dvSQ (0012,0084) Distribution Type dvCS (0012,0085) Consent for Distribution Flag dvCS (0013,0000) Undocumented dvLT (0013,0010) Undocumented dvUSorSS (0013,0011) Undocumented dvSL (0013,0012) Undocumented dvUSorSS (0013,0016) Undocumented dvSL (0013,0017) Undocumented dvSL (0013,0018) Undocumented dvFD (0013,0019) Undocumented dvFD (0013,001A) Undocumented dvFD (0013,001C) Undocumented dvFD (0013,001D) Undocumented dvFD (0013,001E) Undocumented dvFD (0013,0020) Undocumented dvLT (0013,0022) Undocumented dvLT (0013,0026) Undocumented dvLT (0013,0030) Undocumented dvDA (0013,0031) Undocumented dvDS (0013,0032) Undocumented dvLT (0013,0033) Undocumented dvLT (0013,0034) Undocumented dvLT (0013,0035) Undocumented dvLT (0013,0040) Undocumented dvLT (0013,0042) Undocumented dvLT (0013,0044) Undocumented dvLT (0013,0046) Undocumented dvLT (0014,0023) CAD File Format dvST (0014,0024) Component Reference System dvST (0014,0025) Component Manufacturing Procedure dvST (0014,0028) Component Manufacturer dvST (0014,0030) Material Thickness dvDS (0014,0032) Material Pipe Diameter dvDS (0014,0034) Material Isolation Diameter dvDS (0014,0042) Material Grade dvST (0014,0044) Material Properties Description dvST (0014,0045) Material Properties File Format (Retired) dvST (0014,0046) Material Notes dvLT (0014,0050) Component Shape dvCS (0014,0052) Curvature Type dvCS (0014,0054) Outer Diameter dvDS (0014,0056) Inner Diameter dvDS (0014,1010) Actual Environmental Conditions dvST (0014,1020) Expiry Date dvDA (0014,1040) Environmental Conditions dvST (0014,2002) Evaluator Sequence dvSQ (0014,2004) Evaluator Number dvIS (0014,2006) Evaluator Name dvPN (0014,2008) Evaluation Attempt dvIS (0014,2012) Indication Sequence dvSQ (0014,2014) Indication Number dvIS (0014,2016) Indication Label dvSH (0014,2018) Indication Description dvST (0014,201A) Indication Type dvCS (0014,201C) Indication Disposition dvCS (0014,201E) Indication ROI Sequence dvSQ (0014,2030) Indication Physical Property Sequence dvSQ (0014,2032) Property Label dvSH (0014,2202) Coordinate System Number of Axes dvIS (0014,2204) Coordinate System Axes Sequence dvSQ (0014,2206) Coordinate System Axis Description dvST (0014,2208) Coordinate System Data Set Mapping dvCS (0014,220A) Coordinate System Axis Number dvIS (0014,220C) Coordinate System Axis Type dvCS (0014,220E) Coordinate System Axis Units dvCS (0014,2210) Coordinate System Axis Values dvOB (0014,2220) Coordinate System Transform Sequence dvSQ (0014,2222) Transform Description dvST (0014,2224) Transform Number of Axes dvIS (0014,2226) Transform Order of Axes dvIS (0014,2228) Transformed Axis Units dvCS (0014,222A) Coordinate System Transform Rotation and Scale Matrix dvDS (0014,222C) Coordinate System Transform Translation Matrix dvDS (0014,3011) Internal Detector Frame Time dvDS (0014,3012) Number of Frames Integrated dvDS (0014,3020) Detector Temperature Sequence dvSQ (0014,3022) Sensor Name dvST (0014,3024) Horizontal Offset of Sensor dvDS (0014,3026) Vertical Offset of Sensor dvDS (0014,3028) Sensor Temperature dvDS (0014,3040) Dark Current Sequence dvSQ (0014,3050) Dark Current Counts dvOW (0014,3060) Gain Correction Reference Sequence dvSQ (0014,3070) Air Counts dvOW (0014,3071) KV Used in Gain Calibration dvDS (0014,3072) MA Used in Gain Calibration dvDS (0014,3073) Number of Frames Used for Integration dvDS (0014,3074) Filter Material Used in Gain Calibration dvLO (0014,3075) Filter Thickness Used in Gain Calibration dvDS (0014,3076) Date of Gain Calibration dvDA (0014,3077) Time of Gain Calibration dvTM (0014,3080) Bad Pixel Image dvOB (0014,3099) Calibration Notes dvLT (0014,4002) Pulser Equipment Sequence dvSQ (0014,4004) Pulser Type dvCS (0014,4006) Pulser Notes dvLT (0014,4008) Receiver Equipment Sequence dvSQ (0014,400A) Amplifier Type dvCS (0014,400C) Receiver Notes dvLT (0014,400E) Pre-Amplifier Equipment Sequence dvSQ (0014,400F) Pre-Amplifier Notes dvLT (0014,4010) Transmit Transducer Sequence dvSQ (0014,4011) Receive Transducer Sequence dvSQ (0014,4012) Number of Elements dvUS (0014,4013) Element Shape dvCS (0014,4014) Element Dimension A dvDS (0014,4015) Element Dimension B dvDS (0014,4016) Element Pitch A dvDS (0014,4017) Measured Beam Dimension A dvDS (0014,4018) Measured Beam Dimension B dvDS (0014,4019) Location of Measured Beam Diameter dvDS (0014,401A) Nominal Frequency dvDS (0014,401B) Measured Center Frequency dvDS (0014,401C) Measured Bandwidth dvDS (0014,401D) Element Pitch B dvDS (0014,4020) Pulser Settings Sequence dvSQ (0014,4022) Pulse Width dvDS (0014,4024) Excitation Frequency dvDS (0014,4026) Modulation Type dvCS (0014,4028) Damping dvDS (0014,4030) Receiver Settings Sequence dvSQ (0014,4031) Acquired Soundpath Length dvDS (0014,4032) Acquisition Compression Type dvCS (0014,4033) Acquisition Sample Size dvIS (0014,4034) Rectifier Smoothing dvDS (0014,4035) DAC Sequence dvSQ (0014,4036) DAC Type dvCS (0014,4038) DAC Gain Points dvDS (0014,403A) DAC Time Points dvDS (0014,403C) DAC Amplitude dvDS (0014,4040) Pre-Amplifier Settings Sequence dvSQ (0014,4050) Transmit Transducer Settings Sequence dvSQ (0014,4051) Receive Transducer Settings Sequence dvSQ (0014,4052) Incident Angle dvDS (0014,4054) Coupling Technique dvST (0014,4056) Coupling Medium dvST (0014,4057) Coupling Velocity dvDS (0014,4058) Probe Center Location X dvDS (0014,4059) Probe Center Location Z dvDS (0014,405A) Sound Path Length dvDS (0014,405C) Delay Law Identifier dvST (0014,4060) Gate Settings Sequence dvSQ (0014,4062) Gate Threshold dvDS (0014,4064) Velocity of Sound dvDS (0014,4070) Calibration Settings Sequence dvSQ (0014,4072) Calibration Procedure dvST (0014,4074) Procedure Version dvSH (0014,4076) Procedure Creation Date dvDA (0014,4078) Procedure Expiration Date dvDA (0014,407A) Procedure Last Modified Date dvDA (0014,407C) Calibration Time dvTM (0014,407E) Calibration Date dvDA (0014,4080) Probe Drive Equipment Sequence dvSQ (0014,4081) Drive Type dvCS (0014,4082) Probe Drive Notes dvLT (0014,4083) Drive Probe Sequence dvSQ (0014,4084) Probe Inductance dvDS (0014,4085) Probe Resistance dvDS (0014,4086) Receive Probe Sequence dvSQ (0014,4087) Probe Drive Settings Sequence dvSQ (0014,4088) Bridge Resistors dvDS (0014,4089) Probe Orientation Angle dvDS (0014,408B) User Selected Gain Y dvDS (0014,408C) User Selected Phase dvDS (0014,408D) User Selected Offset X dvDS (0014,408E) User Selected Offset Y dvDS (0014,4091) Channel Settings Sequence dvSQ (0014,4092) Channel Threshold dvDS (0014,409A) Scanner Settings Sequence dvSQ (0014,409B) Scan Procedure dvST (0014,409C) Translation Rate X dvDS (0014,409D) Translation Rate Y dvDS (0014,409F) Channel Overlap dvDS (0014,40A0) Image Quality Indicator Type dvLO (0014,40A1) Image Quality Indicator Material dvLO (0014,40A2) Image Quality Indicator Size dvLO (0014,5002) LINAC Energy dvIS (0014,5004) LINAC Output dvIS (0015,0001) Undocumented dvDS (0015,0002) Undocumented dvDS (0015,0003) Undocumented dvDS (0018,0000) Acquisition Group Length dvUL (0018,0010) Contrast/Bolus Agent dvLO (0018,0012) Contrast/Bolus Agent Sequence dvSQ (0018,0013) Contrast/Bolus T1 Relaxivity dvFL (0018,0014) Contrast/Bolus Administration Route Sequence dvSQ (0018,0015) Body Part Examined dvCS (0018,0020) Scanning Sequence dvCS (0018,0021) Sequence Variant dvCS (0018,0022) Scan Options dvCS (0018,0023) MR Acquisition Type dvCS (0018,0024) Sequence Name dvSH (0018,0025) Angio Flag dvCS (0018,0026) Intervention Drug Information Sequence dvSQ (0018,0027) Intervention Drug Stop Time dvTM (0018,0028) Intervention Drug Dose dvDS (0018,0029) Intervention Drug Code Sequence dvSQ (0018,002A) Additional Drug Sequence dvSQ (0018,0030) Radionuclide dvLO (0018,0031) Radiopharmaceutical dvLO (0018,0032) Energy Window Centerline dvDS (0018,0033) Energy Window Total Width dvDS (0018,0034) Intervention Drug Name dvLO (0018,0035) Intervention Drug Start Time dvTM (0018,0036) Intervention Sequence dvSQ (0018,0037) Therapy Type dvCS (0018,0038) Intervention Status dvCS (0018,0039) Therapy Description dvCS (0018,003A) Intervention Description dvST (0018,0040) Cine Rate dvIS (0018,0042) Initial Cine Run State dvCS (0018,0050) Slice Thickness dvDS (0018,0060) KVP dvDS (0018,0070) Counts Accumulated dvIS (0018,0071) Acquisition Termination Condition dvCS (0018,0072) Effective Duration dvDS (0018,0073) Acquisition Start Condition dvCS (0018,0074) Acquisition Start Condition Data dvIS (0018,0075) Acquisition Termination Condition Data dvIS (0018,0080) Repetition Time dvDS (0018,0081) Echo Time dvDS (0018,0082) Inversion Time dvDS (0018,0083) Number of Averages dvDS (0018,0084) Imaging Frequency dvDS (0018,0085) Imaged Nucleus dvSH (0018,0086) Echo Number(s) dvIS (0018,0087) Magnetic Field Strength dvDS (0018,0088) Spacing Between Slices dvDS (0018,0089) Number of Phase Encoding Steps dvIS (0018,0090) Data Collection Diameter dvDS (0018,0091) Echo Train Length dvIS (0018,0093) Percent Sampling dvDS (0018,0094) Percent Phase Field of View dvDS (0018,0095) Pixel Bandwidth dvDS (0018,1000) Device Serial Number dvLO (0018,1002) Device UID dvUI (0018,1003) Device ID dvLO (0018,1004) Plate ID dvLO (0018,1005) Generator ID dvLO (0018,1006) Grid ID dvLO (0018,1007) Cassette ID dvLO (0018,1008) Gantry ID dvLO (0018,1010) Secondary Capture Device ID dvLO (0018,1011) Hardcopy Creation Device ID dvLO (0018,1012) Date of Secondary Capture dvDA (0018,1014) Time of Secondary Capture dvTM (0018,1016) Secondary Capture Device Manufacturer dvLO (0018,1017) Hardcopy Device Manufacturer dvLO (0018,1018) Secondary Capture Device Manufacturer's Model Name dvLO (0018,1019) Secondary Capture Device Software Versions dvLO (0018,101A) Hardcopy Device Software Version dvLO (0018,101B) Hardcopy Device Manufacturer's Model Name dvLO (0018,1020) Software Version(s) dvLO (0018,1022) Video Image Format Acquired dvSH (0018,1023) Digital Image Format Acquired dvLO (0018,1030) Protocol Name dvLO (0018,1040) Contrast/Bolus Route dvLO (0018,1041) Contrast/Bolus Volume dvDS (0018,1042) Contrast/Bolus Start Time dvTM (0018,1043) Contrast/Bolus Stop Time dvTM (0018,1044) Contrast/Bolus Total Dose dvDS (0018,1045) Syringe Counts dvIS (0018,1046) Contrast Flow Rate dvDS (0018,1047) Contrast Flow Duration dvDS (0018,1048) Contrast/Bolus Ingredient dvCS (0018,1049) Contrast/Bolus Ingredient Concentration dvDS (0018,1050) Spatial Resolution dvDS (0018,1060) Trigger Time dvDS (0018,1061) Trigger Source or Type dvLO (0018,1062) Nominal Interval dvIS (0018,1063) Frame Time dvDS (0018,1064) Cardiac Framing Type dvLO (0018,1065) Frame Time Vector dvDS (0018,1066) Frame Delay dvDS (0018,1067) Image Trigger Delay dvDS (0018,1068) Multiplex Group Time Offset dvDS (0018,1069) Trigger Time Offset dvDS (0018,106A) Synchronization Trigger dvCS (0018,106B) Undocumented dvUI (0018,106C) Synchronization Channel dvUS (0018,106E) Trigger Sample Position dvUL (0018,1070) Radiopharmaceutical Route dvLO (0018,1071) Radiopharmaceutical Volume dvDS (0018,1072) Radiopharmaceutical Start Time dvTM (0018,1073) Radiopharmaceutical Stop Time dvTM (0018,1074) Radionuclide Total Dose dvDS (0018,1075) Radionuclide Half Life dvDS (0018,1076) Radionuclide Positron Fraction dvDS (0018,1077) Radiopharmaceutical Specific Activity dvDS (0018,1078) Radiopharmaceutical Start Date/Time dvDT (0018,1079) Radiopharmaceutical Stop Date/Time dvDT (0018,1080) Beat Rejection Flag dvCS (0018,1081) Low R-R Value dvIS (0018,1082) High R-R Value dvIS (0018,1083) Intervals Acquired dvIS (0018,1084) Intervals Rejected dvIS (0018,1085) PVC Rejection dvLO (0018,1086) Skip Beats dvIS (0018,1088) Heart Rate dvIS (0018,1090) Cardiac Number of Images dvIS (0018,1094) Trigger Window dvIS (0018,1100) Reconstruction Diameter dvDS (0018,1110) Distance Source to Detector dvDS (0018,1111) Distance Source to Patient dvDS (0018,1114) Estimated Radiographic Magnification Factor dvDS (0018,1120) Gantry/Detector Tilt dvDS (0018,1121) Gantry/Detector Slew dvDS (0018,1130) Table Height dvDS (0018,1131) Table Traverse dvDS (0018,1134) Table Motion dvCS (0018,1135) Table Vertical Increment dvDS (0018,1136) Table Lateral Increment dvDS (0018,1137) Table Longitudinal Increment dvDS (0018,1138) Table Angle dvDS (0018,113A) Table Type dvCS (0018,1140) Rotation Direction dvCS (0018,1141) Angular Position dvDS (0018,1142) Radial Position dvDS (0018,1143) Scan Arc dvDS (0018,1144) Angular Step dvDS (0018,1145) Center of Rotation Offset dvDS (0018,1146) Rotation Offset dvDS (0018,1147) Field of View Shape dvCS (0018,1149) Field of View Dimension(s) dvIS (0018,1150) Exposure Time dvIS (0018,1151) X-Ray Tube Current dvIS (0018,1152) Exposure dvIS (0018,1153) Exposure in µAs dvIS (0018,1154) Average Pulse Width dvDS (0018,1155) Radiation Setting dvCS (0018,1156) Rectification Type dvCS (0018,115A) Radiation Mode dvCS (0018,115E) Image and Fluoroscopy Area Dose Product dvDS (0018,1160) Filter Type dvSH (0018,1161) Type of Filters dvLO (0018,1162) Intensifier Size dvDS (0018,1164) Imager Pixel Spacing dvDS (0018,1166) Grid dvCS (0018,1170) Generator Power dvIS (0018,1180) Collimator/grid Name dvSH (0018,1181) Collimator Type dvCS (0018,1182) Focal Distance dvIS (0018,1183) X Focus Center dvDS (0018,1184) Y Focus Center dvDS (0018,1190) Focal Spot(s) dvDS (0018,1191) Anode Target Material dvCS (0018,11A0) Body Part Thickness dvDS (0018,11A2) Compression Force dvDS (0018,11A4) Paddle Description dvLO (0018,1200) Date of Last Calibration dvDA (0018,1201) Time of Last Calibration dvTM (0018,1202) Date/Time of Last Calibration dvDT (0018,1210) Convolution Kernel dvSH (0018,1240) Upper/Lower Pixel Values dvIS (0018,1242) Actual Frame Duration dvIS (0018,1243) Count Rate dvIS (0018,1244) Preferred Playback Sequencing dvUS (0018,1250) Receive Coil Name dvSH (0018,1251) Transmit Coil Name dvSH (0018,1260) Plate Type dvSH (0018,1261) Phosphor Type dvLO (0018,1300) Scan Velocity dvDS (0018,1301) Whole Body Technique dvCS (0018,1302) Scan Length dvIS (0018,1310) Acquisition Matrix dvUS (0018,1312) In-plane Phase Encoding Direction dvCS (0018,1314) Flip Angle dvDS (0018,1315) Variable Flip Angle Flag dvCS (0018,1316) SAR dvDS (0018,1318) dB/dt dvDS (0018,1400) Acquisition Device Processing Description dvLO (0018,1401) Acquisition Device Processing Code dvLO (0018,1402) Cassette Orientation dvCS (0018,1403) Cassette Size dvCS (0018,1404) Exposures on Plate dvUS (0018,1405) Relative X-Ray Exposure dvIS (0018,1411) Exposure Index dvDS (0018,1412) Target Exposure Index dvDS (0018,1413) Deviation Index dvDS (0018,1450) Column Angulation dvDS (0018,1460) Tomo Layer Height dvDS (0018,1470) Tomo Angle dvDS (0018,1480) Tomo Time dvDS (0018,1490) Tomo Type dvCS (0018,1491) Tomo Class dvCS (0018,1495) Number of Tomosynthesis Source Images dvIS (0018,1500) Positioner Motion dvCS (0018,1508) Positioner Type dvCS (0018,1510) Positioner Primary Angle dvDS (0018,1511) Positioner Secondary Angle dvDS (0018,1520) Positioner Primary Angle Increment dvDS (0018,1521) Positioner Secondary Angle Increment dvDS (0018,1530) Detector Primary Angle dvDS (0018,1531) Detector Secondary Angle dvDS (0018,1600) Shutter Shape dvCS (0018,1602) Shutter Left Vertical Edge dvIS (0018,1604) Shutter Right Vertical Edge dvIS (0018,1606) Shutter Upper Horizontal Edge dvIS (0018,1608) Shutter Lower Horizontal Edge dvIS (0018,1610) Center of Circular Shutter dvIS (0018,1612) Radius of Circular Shutter dvIS (0018,1620) Vertices of the Polygonal Shutter dvIS (0018,1622) Shutter Presentation Value dvUS (0018,1623) Shutter Overlay Group dvUS (0018,1624) Shutter Presentation Color CIELab Value dvUS (0018,1700) Collimator Shape dvCS (0018,1702) Collimator Left Vertical Edge dvIS (0018,1704) Collimator Right Vertical Edge dvIS (0018,1706) Collimator Upper Horizontal Edge dvIS (0018,1708) Collimator Lower Horizontal Edge dvIS (0018,1710) Center of Circular Collimator dvIS (0018,1712) Radius of Circular Collimator dvIS (0018,1720) Vertices of the Polygonal Collimator dvIS (0018,1800) Acquisition Time Synchronized dvCS (0018,1801) Time Source dvSH (0018,1802) Time Distribution Protocol dvCS (0018,1803) NTP Source Address dvLO (0018,2001) Page Number Vector dvIS (0018,2002) Frame Label Vector dvSH (0018,2003) Frame Primary Angle Vector dvDS (0018,2004) Frame Secondary Angle Vector dvDS (0018,2005) Slice Location Vector dvDS (0018,2006) Display Window Label Vector dvSH (0018,2010) Nominal Scanned Pixel Spacing dvDS (0018,2020) Digitizing Device Transport Direction dvCS (0018,2030) Rotation of Scanned Film dvDS (0018,2041) Biopsy Target Sequence dvSQ (0018,2042) Target UID dvUI (0018,2043) Localizing Cursor Position dvFL (0018,2044) Calculated Target Position dvFL (0018,2045) Target Label dvSH (0018,2046) Displayed Z Value dvFL (0018,3100) IVUS Acquisition dvCS (0018,3101) IVUS Pullback Rate dvDS (0018,3102) IVUS Gated Rate dvDS (0018,3103) IVUS Pullback Start Frame Number dvIS (0018,3104) IVUS Pullback Stop Frame Number dvIS (0018,3105) Lesion Number dvIS (0018,4000) Acquisition Comments dvLT (0018,5000) Output Power dvSH (0018,5010) Transducer Data dvLO (0018,5012) Focus Depth dvDS (0018,5020) Processing Function dvLO (0018,5021) Postprocessing Function dvLO (0018,5022) Mechanical Index dvDS (0018,5024) Bone Thermal Index dvDS (0018,5026) Cranial Thermal Index dvDS (0018,5027) Soft Tissue Thermal Index dvDS (0018,5028) Soft Tissue-focus Thermal Index dvDS (0018,5029) Soft Tissue-surface Thermal Index dvDS (0018,5030) Dynamic Range dvDS (0018,5040) Total Gain dvDS (0018,5050) Depth of Scan Field dvIS (0018,5100) Patient Position dvCS (0018,5101) View Position dvCS (0018,5104) Projection Eponymous Name Code Sequence dvSQ (0018,5210) Image Transformation Matrix dvDS (0018,5212) Image Translation Vector dvDS (0018,6000) Sensitivity dvDS (0018,6011) Sequence of Ultrasound Regions dvSQ (0018,6012) Region Spatial Format dvUS (0018,6014) Region Data Type dvUS (0018,6016) Region Flags dvUL (0018,6018) Region Location Min X0 dvUL (0018,601A) Region Location Min Y0 dvUL (0018,601C) Region Location Max X1 dvUL (0018,601E) Region Location Max Y1 dvUL (0018,6020) Reference Pixel X0 dvSL (0018,6022) Reference Pixel Y0 dvSL (0018,6024) Physical Units X Direction dvUS (0018,6026) Physical Units Y Direction dvUS (0018,6028) Reference Pixel Physical Value X dvFD (0018,602A) Reference Pixel Physical Value Y dvFD (0018,602C) Physical Delta X dvFD (0018,602E) Physical Delta Y dvFD (0018,6030) Transducer Frequency dvUL (0018,6031) Transducer Type dvCS (0018,6032) Pulse Repetition Frequency dvUL (0018,6034) Doppler Correction Angle dvFD (0018,6036) Steering Angle dvFD (0018,6038) Doppler Sample Volume X Position (Retired) dvUL (0018,6039) Doppler Sample Volume X Position dvSL (0018,603A) Doppler Sample Volume Y Position (Retired) dvUL (0018,603B) Doppler Sample Volume Y Position dvSL (0018,603C) TM-Line Position X0 (Retired) dvUL (0018,603D) TM-Line Position X0 dvSL (0018,603E) TM-Line Position Y0 (Retired) dvUL (0018,603F) TM-Line Position Y0 dvSL (0018,6040) TM-Line Position X1 (Retired) dvUL (0018,6041) TM-Line Position X1 dvSL (0018,6042) TM-Line Position Y1 (Retired) dvUL (0018,6043) TM-Line Position Y1 dvSL (0018,6044) Pixel Component Organization dvUS (0018,6046) Pixel Component Mask dvUL (0018,6048) Pixel Component Range Start dvUL (0018,604A) Pixel Component Range Stop dvUL (0018,604C) Pixel Component Physical Units dvUS (0018,604E) Pixel Component Data Type dvUS (0018,6050) Number of Table Break Points dvUL (0018,6052) Table of X Break Points dvUL (0018,6054) Table of Y Break Points dvFD (0018,6056) Number of Table Entries dvUL (0018,6058) Table of Pixel Values dvUL (0018,605A) Table of Parameter Values dvFL (0018,6060) R Wave Time Vector dvFL (0018,7000) Detector Conditions Nominal Flag dvCS (0018,7001) Detector Temperature dvDS (0018,7004) Detector Type dvCS (0018,7005) Detector Configuration dvCS (0018,7006) Detector Description dvLT (0018,7008) Detector Mode dvLT (0018,700A) Detector ID dvSH (0018,700C) Date of Last Detector Calibration dvDA (0018,700E) Time of Last Detector Calibration dvTM (0018,7010) Exposures on Detector Since Last Calibration dvIS (0018,7011) Exposures on Detector Since Manufactured dvIS (0018,7012) Detector Time Since Last Exposure dvDS (0018,7014) Detector Active Time dvDS (0018,7016) Detector Activation Offset From Exposure dvDS (0018,701A) Detector Binning dvDS (0018,7020) Detector Element Physical Size dvDS (0018,7022) Detector Element Spacing dvDS (0018,7024) Detector Active Shape dvCS (0018,7026) Detector Active Dimension(s) dvDS (0018,7028) Detector Active Origin dvDS (0018,702A) Detector Manufacturer Name dvLO (0018,702B) Detector Manufacturer's Model Name dvLO (0018,7030) Field of View Origin dvDS (0018,7032) Field of View Rotation dvDS (0018,7034) Field of View Horizontal Flip dvCS (0018,7036) Pixel Data Area Origin Relative to FOV dvFL (0018,7038) Pixel Data Area Rotation Angle Relative to FOV dvFL (0018,7040) Grid Absorbing Material dvLT (0018,7041) Grid Spacing Material dvLT (0018,7042) Grid Thickness dvDS (0018,7044) Grid Pitch dvDS (0018,7046) Grid Aspect Ratio dvIS (0018,7048) Grid Period dvDS (0018,704C) Grid Focal Distance dvDS (0018,7050) Filter Material dvCS (0018,7052) Filter Thickness Minimum dvDS (0018,7054) Filter Thickness Maximum dvDS (0018,7056) Filter Beam Path Length Minimum dvFL (0018,7058) Filter Beam Path Length Maximum dvFL (0018,7060) Exposure Control Mode dvCS (0018,7062) Exposure Control Mode Description dvLT (0018,7064) Exposure Status dvCS (0018,7065) Phototimer Setting dvDS (0018,8150) Exposure Time in µS dvDS (0018,8151) X-Ray Tube Current in µA dvDS (0018,9004) Content Qualification dvCS (0018,9005) Pulse Sequence Name dvSH (0018,9006) MR Imaging Modifier Sequence dvSQ (0018,9008) Echo Pulse Sequence dvCS (0018,9009) Inversion Recovery dvCS (0018,9010) Flow Compensation dvCS (0018,9011) Multiple Spin Echo dvCS (0018,9012) Multi-planar Excitation dvCS (0018,9014) Phase Contrast dvCS (0018,9015) Time of Flight Contrast dvCS (0018,9016) Spoiling dvCS (0018,9017) Steady State Pulse Sequence dvCS (0018,9018) Echo Planar Pulse Sequence dvCS (0018,9019) Tag Angle First Axis dvFD (0018,9020) Magnetization Transfer dvCS (0018,9021) T2 Preparation dvCS (0018,9022) Blood Signal Nulling dvCS (0018,9024) Saturation Recovery dvCS (0018,9025) Spectrally Selected Suppression dvCS (0018,9026) Spectrally Selected Excitation dvCS (0018,9027) Spatial Pre-saturation dvCS (0018,9028) Tagging dvCS (0018,9029) Oversampling Phase dvCS (0018,9030) Tag Spacing First Dimension dvFD (0018,9032) Geometry of k-Space Traversal dvCS (0018,9033) Segmented k-Space Traversal dvCS (0018,9034) Rectilinear Phase Encode Reordering dvCS (0018,9035) Tag Thickness dvFD (0018,9036) Partial Fourier Direction dvCS (0018,9037) Cardiac Synchronization Technique dvCS (0018,9041) Receive Coil Manufacturer Name dvLO (0018,9042) MR Receive Coil Sequence dvSQ (0018,9043) Receive Coil Type dvCS (0018,9044) Quadrature Receive Coil dvCS (0018,9045) Multi-Coil Definition Sequence dvSQ (0018,9046) Multi-Coil Configuration dvLO (0018,9047) Multi-Coil Element Name dvSH (0018,9048) Multi-Coil Element Used dvCS (0018,9049) MR Transmit Coil Sequence dvSQ (0018,9050) Transmit Coil Manufacturer Name dvLO (0018,9051) Transmit Coil Type dvCS (0018,9052) Spectral Width dvFD (0018,9053) Chemical Shift Reference dvFD (0018,9054) Volume Localization Technique dvCS (0018,9058) MR Acquisition Frequency Encoding Steps dvUS (0018,9059) De-coupling dvCS (0018,9060) De-coupled Nucleus dvCS (0018,9061) De-coupling Frequency dvFD (0018,9062) De-coupling Method dvCS (0018,9063) De-coupling Chemical Shift Reference dvFD (0018,9064) k-space Filtering dvCS (0018,9065) Time Domain Filtering dvCS (0018,9066) Number of Zero Fills dvUS (0018,9067) Baseline Correction dvCS (0018,9069) Parallel Reduction Factor In-plane dvFD (0018,9070) Cardiac R-R Interval Specified dvFD (0018,9073) Acquisition Duration dvFD (0018,9074) Frame Acquisition Date/Time dvDT (0018,9075) Diffusion Directionality dvCS (0018,9076) Diffusion Gradient Direction Sequence dvSQ (0018,9077) Parallel Acquisition dvCS (0018,9078) Parallel Acquisition Technique dvCS (0018,9079) Inversion Times dvFD (0018,9080) Metabolite Map Description dvST (0018,9081) Partial Fourier dvCS (0018,9082) Effective Echo Time dvFD (0018,9083) Metabolite Map Code Sequence dvSQ (0018,9084) Chemical Shift Sequence dvSQ (0018,9085) Cardiac Signal Source dvCS (0018,9087) Diffusion b-value dvFD (0018,9089) Diffusion Gradient Orientation dvFD (0018,9090) Velocity Encoding Direction dvFD (0018,9091) Velocity Encoding Minimum Value dvFD (0018,9092) Velocity Encoding Acquisition Sequence dvSQ (0018,9093) Number of k-Space Trajectories dvUS (0018,9094) Coverage of k-Space dvCS (0018,9095) Spectroscopy Acquisition Phase Rows dvUL (0018,9096) Parallel Reduction Factor In-plane (Retired) dvFD (0018,9098) Transmitter Frequency dvFD (0018,9100) Resonant Nucleus dvCS (0018,9101) Frequency Correction dvCS (0018,9103) MR Spectroscopy FOV/Geometry Sequence dvSQ (0018,9104) Slab Thickness dvFD (0018,9105) Slab Orientation dvFD (0018,9106) Mid Slab Position dvFD (0018,9107) MR Spatial Saturation Sequence dvSQ (0018,9112) MR Timing and Related Parameters Sequence dvSQ (0018,9114) MR Echo Sequence dvSQ (0018,9115) MR Modifier Sequence dvSQ (0018,9117) MR Diffusion Sequence dvSQ (0018,9118) Cardiac Synchronization Sequence dvSQ (0018,9119) MR Averages Sequence dvSQ (0018,9125) MR FOV/Geometry Sequence dvSQ (0018,9126) Volume Localization Sequence dvSQ (0018,9127) Spectroscopy Acquisition Data Columns dvUL (0018,9147) Diffusion Anisotropy Type dvCS (0018,9151) Frame Reference Date/Time dvDT (0018,9152) MR Metabolite Map Sequence dvSQ (0018,9155) Parallel Reduction Factor out-of-plane dvFD (0018,9159) Spectroscopy Acquisition Out-of-plane Phase Steps dvUL (0018,9166) Bulk Motion Status dvCS (0018,9168) Parallel Reduction Factor Second In-plane dvFD (0018,9169) Cardiac Beat Rejection Technique dvCS (0018,9170) Respiratory Motion Compensation Technique dvCS (0018,9171) Respiratory Signal Source dvCS (0018,9172) Bulk Motion Compensation Technique dvCS (0018,9173) Bulk Motion Signal Source dvCS (0018,9174) Applicable Safety Standard Agency dvCS (0018,9175) Applicable Safety Standard Description dvLO (0018,9176) Operating Mode Sequence dvSQ (0018,9177) Operating Mode Type dvCS (0018,9178) Operating Mode dvCS (0018,9179) Specific Absorption Rate Definition dvCS (0018,9180) Gradient Output Type dvCS (0018,9181) Specific Absorption Rate Value dvFD (0018,9182) Gradient Output dvFD (0018,9183) Flow Compensation Direction dvCS (0018,9184) Tagging Delay dvFD (0018,9185) Respiratory Motion Compensation Technique Description dvST (0018,9186) Respiratory Signal Source ID dvSH (0018,9195) Chemical Shift Minimum Integration Limit in Hz dvFD (0018,9196) Chemical Shift Maximum Integration Limit in Hz dvFD (0018,9197) MR Velocity Encoding Sequence dvSQ (0018,9198) First Order Phase Correction dvCS (0018,9199) Water Referenced Phase Correction dvCS (0018,9200) MR Spectroscopy Acquisition Type dvCS (0018,9214) Respiratory Cycle Position dvCS (0018,9217) Velocity Encoding Maximum Value dvFD (0018,9218) Tag Spacing Second Dimension dvFD (0018,9219) Tag Angle Second Axis dvSS (0018,9220) Frame Acquisition Duration dvFD (0018,9226) MR Image Frame Type Sequence dvSQ (0018,9227) MR Spectroscopy Frame Type Sequence dvSQ (0018,9231) MR Acquisition Phase Encoding Steps in-plane dvUS (0018,9232) MR Acquisition Phase Encoding Steps out-of-plane dvUS (0018,9234) Spectroscopy Acquisition Phase Columns dvUL (0018,9236) Cardiac Cycle Position dvCS (0018,9239) Specific Absorption Rate Sequence dvSQ (0018,9240) RF Echo Train Length dvUS (0018,9241) Gradient Echo Train Length dvUS (0018,9250) Arterial Spin Labeling Contrast dvCS (0018,9251) MR Arterial Spin Labeling Sequence dvSQ (0018,9252) ASL Technique Description dvLO (0018,9253) ASL Slab Number dvUS (0018,9254) ASL Slab Thickness dvFD (0018,9255) ASL Slab Orientation dvFD (0018,9256) ASL Mid Slab Position dvFD (0018,9257) ASL Context dvCS (0018,9258) ASL Pulse Train Duration dvUL (0018,9259) ASL Crusher Flag dvCS (0018,925A) ASL Crusher Flow Limit dvFD (0018,925B) ASL Crusher Description dvLO (0018,925C) ASL Bolus Cut-off Flag dvCS (0018,925D) ASL Bolus Cut-off Timing Sequence dvSQ (0018,925E) ASL Bolus Cut-off Technique dvLO (0018,925F) ASL Bolus Cut-off Delay Time dvUL (0018,9260) ASL Slab Sequence dvSQ (0018,9295) Chemical Shift Minimum Integration Limit in ppm dvFD (0018,9296) Chemical Shift Maximum Integration Limit in ppm dvFD (0018,9297) Water Reference Acquisition dvCS (0018,9298) Echo Peak Position dvIS (0018,9301) CT Acquisition Type Sequence dvSQ (0018,9302) Acquisition Type dvCS (0018,9303) Tube Angle dvFD (0018,9304) CT Acquisition Details Sequence dvSQ (0018,9305) Revolution Time dvFD (0018,9306) Single Collimation Width dvFD (0018,9307) Total Collimation Width dvFD (0018,9308) CT Table Dynamics Sequence dvSQ (0018,9309) Table Speed dvFD (0018,9310) Table Feed per Rotation dvFD (0018,9311) Spiral Pitch Factor dvFD (0018,9312) CT Geometry Sequence dvSQ (0018,9313) Data Collection Center (Patient) dvFD (0018,9314) CT Reconstruction Sequence dvSQ (0018,9315) Reconstruction Algorithm dvCS (0018,9316) Convolution Kernel Group dvCS (0018,9317) Reconstruction Field of View dvFD (0018,9318) Reconstruction Target Center (Patient) dvFD (0018,9319) Reconstruction Angle dvFD (0018,9320) Image Filter dvSH (0018,9321) CT Exposure Sequence dvSQ (0018,9322) Reconstruction Pixel Spacing dvFD (0018,9323) Exposure Modulation Type dvCS (0018,9324) Estimated Dose Saving dvFD (0018,9325) CT X-Ray Details Sequence dvSQ (0018,9326) CT Position Sequence dvSQ (0018,9327) Table Position dvFD (0018,9328) Exposure Time in ms dvFD (0018,9329) CT Image Frame Type Sequence dvSQ (0018,9330) X-Ray Tube Current in mA dvFD (0018,9332) Exposure in mAs dvFD (0018,9333) Constant Volume Flag dvCS (0018,9334) Fluoroscopy Flag dvCS (0018,9335) Distance Source to Data Collection Center dvFD (0018,9337) Contrast/Bolus Agent Number dvUS (0018,9338) Contrast/Bolus Ingredient Code Sequence dvSQ (0018,9340) Contrast Administration Profile Sequence dvSQ (0018,9341) Contrast/Bolus Usage Sequence dvSQ (0018,9342) Contrast/Bolus Agent Administered dvCS (0018,9343) Contrast/Bolus Agent Detected dvCS (0018,9344) Contrast/Bolus Agent Phase dvCS (0018,9345) CTDIvol dvFD (0018,9346) CTDI Phantom Type Code Sequence dvSQ (0018,9351) Calcium Scoring Mass Factor Patient dvFL (0018,9352) Calcium Scoring Mass Factor Device dvFL (0018,9353) Energy Weighting Factor dvFL (0018,9360) CT Additional X-Ray Source Sequence dvSQ (0018,9401) Projection Pixel Calibration Sequence dvSQ (0018,9402) Distance Source to Isocenter dvFL (0018,9403) Distance Object to Table Top dvFL (0018,9404) Object Pixel Spacing in Center of Beam dvFL (0018,9405) Positioner Position Sequence dvSQ (0018,9406) Table Position Sequence dvSQ (0018,9407) Collimator Shape Sequence dvSQ (0018,9410) Planes in Acquisition dvCS (0018,9412) XA/XRF Frame Characteristics Sequence dvSQ (0018,9417) Frame Acquisition Sequence dvSQ (0018,9420) X-Ray Receptor Type dvCS (0018,9423) Acquisition Protocol Name dvLO (0018,9424) Acquisition Protocol Description dvLT (0018,9425) Contrast/Bolus Ingredient Opaque dvCS (0018,9426) Distance Receptor Plane to Detector Housing dvFL (0018,9427) Intensifier Active Shape dvCS (0018,9428) Intensifier Active Dimension(s) dvFL (0018,9429) Physical Detector Size dvFL (0018,9430) Position of Isocenter Projection dvFL (0018,9432) Field of View Sequence dvSQ (0018,9433) Field of View Description dvLO (0018,9434) Exposure Control Sensing Regions Sequence dvSQ (0018,9435) Exposure Control Sensing Region Shape dvCS (0018,9436) Exposure Control Sensing Region Left Vertical Edge dvSS (0018,9437) Exposure Control Sensing Region Right Vertical Edge dvSS (0018,9438) Exposure Control Sensing Region Upper Horizontal Edge dvSS (0018,9439) Exposure Control Sensing Region Lower Horizontal Edge dvSS (0018,9440) Center of Circular Exposure Control Sensing Region dvSS (0018,9441) Radius of Circular Exposure Control Sensing Region dvUS (0018,9442) Vertices of the Polygonal Exposure Control Sensing Region dvSS (0018,9445) Undocumented dvUnknown (0018,9447) Column Angulation (Patient) dvFL (0018,9449) Beam Angle dvFL (0018,9451) Frame Detector Parameters Sequence dvSQ (0018,9452) Calculated Anatomy Thickness dvFL (0018,9455) Calibration Sequence dvSQ (0018,9456) Object Thickness Sequence dvSQ (0018,9457) Plane Identification dvCS (0018,9461) Field of View Dimension(s) in Float dvFL (0018,9462) Isocenter Reference System Sequence dvSQ (0018,9463) Positioner Isocenter Primary Angle dvFL (0018,9464) Positioner Isocenter Secondary Angle dvFL (0018,9465) Positioner Isocenter Detector Rotation Angle dvFL (0018,9466) Table X Position to Isocenter dvFL (0018,9467) Table Y Position to Isocenter dvFL (0018,9468) Table Z Position to Isocenter dvFL (0018,9469) Table Horizontal Rotation Angle dvFL (0018,9470) Table Head Tilt Angle dvFL (0018,9471) Table Cradle Tilt Angle dvFL (0018,9472) Frame Display Shutter Sequence dvSQ (0018,9473) Acquired Image Area Dose Product dvFL (0018,9474) C-arm Positioner Tabletop Relationship dvCS (0018,9476) X-Ray Geometry Sequence dvSQ (0018,9477) Irradiation Event Identification Sequence dvSQ (0018,9504) X-Ray 3D Frame Type Sequence dvSQ (0018,9506) Contributing Sources Sequence dvSQ (0018,9507) X-Ray 3D Acquisition Sequence dvSQ (0018,9508) Primary Positioner Scan Arc dvFL (0018,9509) Secondary Positioner Scan Arc dvFL (0018,9510) Primary Positioner Scan Start Angle dvFL (0018,9511) Secondary Positioner Scan Start Angle dvFL (0018,9514) Primary Positioner Increment dvFL (0018,9515) Secondary Positioner Increment dvFL (0018,9516) Start Acquisition Date/Time dvDT (0018,9517) End Acquisition Date/Time dvDT (0018,9518) Primary Positioner Increment Sign dvSS (0018,9519) Secondary Positioner Increment Sign dvSS (0018,9524) Application Name dvLO (0018,9525) Application Version dvLO (0018,9526) Application Manufacturer dvLO (0018,9527) Algorithm Type dvCS (0018,9528) Algorithm Description dvLO (0018,9530) X-Ray 3D Reconstruction Sequence dvSQ (0018,9531) Reconstruction Description dvLO (0018,9538) Per Projection Acquisition Sequence dvSQ (0018,9541) Detector Position Sequence dvSQ (0018,9542) X-Ray Acquisition Dose Sequence dvSQ (0018,9543) X-Ray Source Isocenter Primary Angle dvFD (0018,9544) X-Ray Source Isocenter Secondary Angle dvFD (0018,9545) Breast Support Isocenter Primary Angle dvFD (0018,9546) Breast Support Isocenter Secondary Angle dvFD (0018,9547) Breast Support X Position to Isocenter dvFD (0018,9548) Breast Support Y Position to Isocenter dvFD (0018,9549) Breast Support Z Position to Isocenter dvFD (0018,9550) Detector Isocenter Primary Angle dvFD (0018,9551) Detector Isocenter Secondary Angle dvFD (0018,9552) Detector X Position to Isocenter dvFD (0018,9553) Detector Y Position to Isocenter dvFD (0018,9554) Detector Z Position to Isocenter dvFD (0018,9555) X-Ray Grid Sequence dvSQ (0018,9556) X-Ray Filter Sequence dvSQ (0018,9557) Detector Active Area TLHC Position dvFD (0018,9558) Detector Active Area Orientation dvFD (0018,9559) Positioner Primary Angle Direction dvCS (0018,9601) Diffusion b-matrix Sequence dvSQ (0018,9602) Diffusion b-value XX dvFD (0018,9603) Diffusion b-value XY dvFD (0018,9604) Diffusion b-value XZ dvFD (0018,9605) Diffusion b-value YY dvFD (0018,9606) Diffusion b-value YZ dvFD (0018,9607) Diffusion b-value ZZ dvFD (0018,9701) Decay Correction Date/Time dvDT (0018,9715) Start Density Threshold dvFD (0018,9716) Start Relative Density Difference Threshold dvFD (0018,9717) Start Cardiac Trigger Count Threshold dvFD (0018,9718) Start Respiratory Trigger Count Threshold dvFD (0018,9719) Termination Counts Threshold dvFD (0018,9720) Termination Density Threshold dvFD (0018,9721) Termination Relative Density Threshold dvFD (0018,9722) Termination Time Threshold dvFD (0018,9723) Termination Cardiac Trigger Count Threshold dvFD (0018,9724) Termination Respiratory Trigger Count Threshold dvFD (0018,9725) Detector Geometry dvCS (0018,9726) Transverse Detector Separation dvFD (0018,9727) Axial Detector Dimension dvFD (0018,9729) Radiopharmaceutical Agent Number dvUS (0018,9732) PET Frame Acquisition Sequence dvSQ (0018,9733) PET Detector Motion Details Sequence dvSQ (0018,9734) PET Table Dynamics Sequence dvSQ (0018,9735) PET Position Sequence dvSQ (0018,9736) PET Frame Correction Factors Sequence dvSQ (0018,9737) Radiopharmaceutical Usage Sequence dvSQ (0018,9738) Attenuation Correction Source dvCS (0018,9739) Number of Iterations dvUS (0018,9740) Number of Subsets dvUS (0018,9749) PET Reconstruction Sequence dvSQ (0018,9751) PET Frame Type Sequence dvSQ (0018,9755) Time of Flight Information Used dvCS (0018,9756) Reconstruction Type dvCS (0018,9758) Decay Corrected dvCS (0018,9759) Attenuation Corrected dvCS (0018,9760) Scatter Corrected dvCS (0018,9761) Dead Time Corrected dvCS (0018,9762) Gantry Motion Corrected dvCS (0018,9763) Patient Motion Corrected dvCS (0018,9764) Count Loss Normalization Corrected dvCS (0018,9765) Randoms Corrected dvCS (0018,9766) Non-uniform Radial Sampling Corrected dvCS (0018,9767) Sensitivity Calibrated dvCS (0018,9768) Detector Normalization Correction dvCS (0018,9769) Iterative Reconstruction Method dvCS (0018,9770) Attenuation Correction Temporal Relationship dvCS (0018,9771) Patient Physiological State Sequence dvSQ (0018,9772) Patient Physiological State Code Sequence dvSQ (0018,9801) Depth(s) of Focus dvFD (0018,9803) Excluded Intervals Sequence dvSQ (0018,9804) Exclusion Start Date/Time dvDT (0018,9805) Exclusion Duration dvFD (0018,9806) US Image Description Sequence dvSQ (0018,9807) Image Data Type Sequence dvSQ (0018,9808) Data Type dvCS (0018,9809) Transducer Scan Pattern Code Sequence dvSQ (0018,980B) Aliased Data Type dvCS (0018,980C) Position Measuring Device Used dvCS (0018,980D) Transducer Geometry Code Sequence dvSQ (0018,980E) Transducer Beam Steering Code Sequence dvSQ (0018,980F) Transducer Application Code Sequence dvSQ (0018,9810) Zero Velocity Pixel Value dvUSorSS (0018,A001) Contributing Equipment Sequence dvSQ (0018,A002) Contribution Date/Time dvDT (0018,A003) Contribution Description dvST (0019,0000) Undocumented dvUSorSS (0019,0001) Undocumented dvUSorSS (0019,0002) Undocumented dvUSorSS (0019,0003) Undocumented dvUSorSS (0019,0004) Undocumented dvUSorSS (0019,0005) Undocumented dvUSorSS (0019,0006) Undocumented dvUSorSS (0019,0007) Undocumented dvUSorSS (0019,0008) Undocumented dvUSorSS (0019,0009) Undocumented dvUSorSS (0019,000A) Undocumented dvUSorSS (0019,000B) Undocumented dvDS (0019,000C) Undocumented dvUS (0019,000D) Undocumented dvTM (0019,000E) Undocumented dvUSorSS (0019,000F) Undocumented dvDS (0019,0010) Undocumented dvUSorSS (0019,0011) Undocumented dvUSorSS (0019,0012) Undocumented dvUSorSS (0019,0013) Undocumented dvUSorSS (0019,0014) Undocumented dvUSorSS (0019,0015) Undocumented dvUSorSS (0019,0016) Undocumented dvUSorSS (0019,0017) Undocumented dvUSorSS (0019,0018) Undocumented dvUSorSS (0019,0019) Undocumented dvUSorSS (0019,001A) Undocumented dvUSorSS (0019,001B) Undocumented dvUSorSS (0019,001C) Undocumented dvCS (0019,001D) Undocumented dvIS (0019,001E) Undocumented dvUSorSS (0019,001F) Undocumented dvDS (0019,0020) Undocumented dvUSorSS (0019,0021) Undocumented dvUSorSS (0019,0022) Undocumented dvUSorSS (0019,0023) Undocumented dvUSorSS (0019,0024) Undocumented dvUSorSS (0019,0025) Undocumented dvUSorSS (0019,0026) Undocumented dvUSorSS (0019,0027) Undocumented dvUSorSS (0019,0028) Undocumented dvUSorSS (0019,0029) Undocumented dvIS (0019,002A) Undocumented dvUSorSS (0019,002B) Undocumented dvDS (0019,002C) Undocumented dvUSorSS (0019,002D) Undocumented dvUS (0019,002E) Undocumented dvUSorSS (0019,002F) Undocumented dvDS (0019,0030) Undocumented dvUSorSS (0019,0031) Undocumented dvUSorSS (0019,0032) Undocumented dvUSorSS (0019,0033) Undocumented dvUN (0019,0034) Undocumented dvUS (0019,0036) Undocumented dvUS (0019,0038) Undocumented dvUS (0019,0039) Undocumented dvUSorSS (0019,003A) Undocumented dvUSorSS (0019,003B) Undocumented dvLT (0019,003C) Undocumented dvUSorSS (0019,003E) Undocumented dvUSorSS (0019,003F) Undocumented dvUN (0019,0040) Undocumented dvUSorSS (0019,0041) Undocumented dvUSorSS (0019,0042) Undocumented dvUSorSS (0019,0043) Undocumented dvUSorSS (0019,0044) Undocumented dvUSorSS (0019,0045) Undocumented dvUSorSS (0019,0046) Undocumented dvUSorSS (0019,0047) Undocumented dvUSorSS (0019,0048) Undocumented dvUSorSS (0019,0049) Undocumented dvUS (0019,004A) Undocumented dvUSorSS (0019,004B) Undocumented dvSL (0019,004C) Undocumented dvUS (0019,004E) Undocumented dvUS (0019,0050) Undocumented dvUSorSS (0019,0051) Undocumented dvUSorSS (0019,0052) Undocumented dvUSorSS (0019,0053) Undocumented dvLT (0019,0054) Undocumented dvUSorSS (0019,0055) Undocumented dvDS (0019,0056) Undocumented dvUSorSS (0019,0057) Undocumented dvSS (0019,0058) Undocumented dvUSorSS (0019,005A) Undocumented dvUSorSS (0019,005C) Undocumented dvUSorSS (0019,005D) Undocumented dvUS (0019,005E) Undocumented dvUSorSS (0019,005F) Undocumented dvSL (0019,0060) Undocumented dvUSorSS (0019,0061) Undocumented dvUSorSS (0019,0062) Undocumented dvUSorSS (0019,0063) Undocumented dvUSorSS (0019,0064) Undocumented dvUSorSS (0019,0065) Undocumented dvUSorSS (0019,0066) Undocumented dvUSorSS (0019,0067) Undocumented dvUSorSS (0019,0068) Undocumented dvUSorSS (0019,0069) Undocumented dvUL (0019,006A) Undocumented dvUSorSS (0019,006B) Undocumented dvSS (0019,006C) Undocumented dvUS (0019,006E) Undocumented dvUS (0019,0070) Undocumented dvUSorSS (0019,0071) Undocumented dvUSorSS (0019,0072) Undocumented dvUSorSS (0019,0073) Undocumented dvUSorSS (0019,0074) Undocumented dvUSorSS (0019,0075) Undocumented dvUSorSS (0019,0076) Undocumented dvUSorSS (0019,0077) Undocumented dvUS (0019,0078) Undocumented dvUS (0019,007A) Undocumented dvUS (0019,007C) Undocumented dvUS (0019,007D) Undocumented dvDS (0019,007E) Undocumented dvUSorSS (0019,007F) Undocumented dvDS (0019,0080) Undocumented dvUSorSS (0019,0081) Undocumented dvUSorSS (0019,0082) Undocumented dvUSorSS (0019,0083) Undocumented dvUSorSS (0019,0084) Undocumented dvUSorSS (0019,0085) Undocumented dvUSorSS (0019,0086) Undocumented dvUSorSS (0019,0087) Undocumented dvUSorSS (0019,0088) Undocumented dvUSorSS (0019,008A) Undocumented dvUSorSS (0019,008B) Undocumented dvSS (0019,008C) Undocumented dvUS (0019,008D) Undocumented dvDS (0019,008E) Undocumented dvUS (0019,008F) Undocumented dvSS (0019,0090) Undocumented dvUSorSS (0019,0091) Undocumented dvUSorSS (0019,0092) Undocumented dvUSorSS (0019,0093) Undocumented dvUSorSS (0019,0094) Undocumented dvUSorSS (0019,0095) Undocumented dvSS (0019,0096) Undocumented dvUSorSS (0019,0097) Undocumented dvUSorSS (0019,0098) Undocumented dvUSorSS (0019,0099) Undocumented dvUS (0019,009A) Undocumented dvUS (0019,009B) Undocumented dvSS (0019,009C) Undocumented dvUSorSS (0019,009D) Undocumented dvDT (0019,009E) Undocumented dvUSorSS (0019,009F) Undocumented dvUSorSS (0019,00A0) Undocumented dvUSorSS (0019,00A1) Undocumented dvUSorSS (0019,00A2) Undocumented dvUSorSS (0019,00A3) Undocumented dvUSorSS (0019,00A4) Undocumented dvUSorSS (0019,00A5) Undocumented dvUSorSS (0019,00A6) Undocumented dvUSorSS (0019,00A7) Undocumented dvUSorSS (0019,00A8) Undocumented dvUSorSS (0019,00A9) Undocumented dvUSorSS (0019,00AA) Undocumented dvUSorSS (0019,00AB) Undocumented dvUSorSS (0019,00AC) Undocumented dvUSorSS (0019,00AD) Undocumented dvUSorSS (0019,00AE) Undocumented dvUSorSS (0019,00AF) Undocumented dvUSorSS (0019,00B0) Undocumented dvUSorSS (0019,00B1) Undocumented dvUSorSS (0019,00B2) Undocumented dvUSorSS (0019,00B3) Undocumented dvUSorSS (0019,00B4) Undocumented dvUSorSS (0019,00B5) Undocumented dvUSorSS (0019,00B6) Undocumented dvDS (0019,00B7) Undocumented dvDS (0019,00B8) Undocumented dvDS (0019,00B9) Undocumented dvDS (0019,00BA) Undocumented dvDS (0019,00BB) Undocumented dvDS (0019,00BC) Undocumented dvDS (0019,00BD) Undocumented dvDS (0019,00BE) Undocumented dvDS (0019,00C0) Undocumented dvUSorSS (0019,00C1) Undocumented dvUSorSS (0019,00C2) Undocumented dvUSorSS (0019,00C3) Undocumented dvUSorSS (0019,00C4) Undocumented dvUSorSS (0019,00C5) Undocumented dvUSorSS (0019,00C6) Undocumented dvSS (0019,00C7) Undocumented dvSS (0019,00C8) Undocumented dvSS (0019,00C9) Undocumented dvSS (0019,00CA) Undocumented dvSS (0019,00CB) Undocumented dvUSorSS (0019,00CC) Undocumented dvUSorSS (0019,00CD) Undocumented dvSS (0019,00CE) Undocumented dvSS (0019,00CF) Undocumented dvSS (0019,00D0) Undocumented dvSH (0019,00D1) Undocumented dvDS (0019,00D2) Undocumented dvUSorSS (0019,00D3) Undocumented dvUSorSS (0019,00D4) Undocumented dvUSorSS (0019,00D5) Undocumented dvUSorSS (0019,00D6) Undocumented dvUSorSS (0019,00D7) Undocumented dvUSorSS (0019,00D8) Undocumented dvUSorSS (0019,00D9) Undocumented dvUSorSS (0019,00DA) Undocumented dvUSorSS (0019,00DB) Undocumented dvDS (0019,00DC) Undocumented dvSS (0019,00DD) Undocumented dvSS (0019,00DE) Undocumented dvDS (0019,00DF) Undocumented dvDS (0019,00E0) Undocumented dvDS (0019,00E1) Undocumented dvUSorSS (0019,00E2) Undocumented dvUSorSS (0019,00E3) Undocumented dvUSorSS (0019,00E4) Undocumented dvLT (0019,00E5) Undocumented dvIS (0019,00E6) Undocumented dvUS (0019,00E8) Undocumented dvDS (0019,00E9) Undocumented dvDS (0019,00EB) Undocumented dvDS (0019,00EC) Undocumented dvUS (0019,00F0) Undocumented dvUSorSS (0019,00F1) Undocumented dvUSorSS (0019,00F2) Undocumented dvUSorSS (0019,00F3) Undocumented dvUSorSS (0019,00F4) Undocumented dvLT (0019,00F9) Undocumented dvDS (0019,1015) Start Number for Enhanced Scans dvUN (0020,0000) Image Group Length dvUL (0020,000D) Study Instance UID dvUI (0020,000E) Series Instance UID dvUI (0020,0010) Study ID dvSH (0020,0011) Series Number dvIS (0020,0012) Acquisition Number dvIS (0020,0013) Instance Number dvIS (0020,0014) Isotope Number dvIS (0020,0015) Phase Number dvIS (0020,0016) Interval Number dvIS (0020,0017) Time Slot Number dvIS (0020,0018) Angle Number dvIS (0020,0019) Item Number dvIS (0020,0020) Patient Orientation dvCS (0020,0022) Overlay Number dvIS (0020,0024) Curve Number dvIS (0020,0026) LUT Number dvIS (0020,0030) Image Position dvDS (0020,0032) Image Position (Patient) dvDS (0020,0035) Image Orientation dvDS (0020,0037) Image Orientation (Patient) dvDS (0020,0050) Location dvDS (0020,0052) Frame of Reference UID dvUI (0020,0060) Laterality dvCS (0020,0062) Image Laterality dvCS (0020,0070) Image Geometry Type dvLO (0020,0080) Masking Image dvCS (0020,00AA) Report Number dvIS (0020,0100) Temporal Position Identifier dvIS (0020,0105) Number of Temporal Positions dvIS (0020,0110) Temporal Resolution dvDS (0020,0200) Synchronization Frame of Reference UID dvUI (0020,0242) SOP Instance UID of Concatenation Source dvUI (0020,1000) Series in Study dvIS (0020,1001) Acquisitions in Series dvIS (0020,1002) Images in Acquisition dvIS (0020,1003) Images in Series dvIS (0020,1004) Acquisitions in Study dvIS (0020,1005) Images in Study dvIS (0020,1020) Reference dvLO (0020,1040) Position Reference Indicator dvLO (0020,1041) Slice Location dvDS (0020,1070) Other Study Numbers dvIS (0020,1200) Number of Patient Related Studies dvIS (0020,1202) Number of Patient Related Series dvIS (0020,1204) Number of Patient Related Instances dvIS (0020,1206) Number of Study Related Series dvIS (0020,1208) Number of Study Related Instances dvIS (0020,1209) Number of Series Related Instances dvIS (0020,3100) Source Image IDs dvCS (0020,3401) Modifying Device ID dvCS (0020,3402) Modified Image ID dvCS (0020,3403) Modified Image Date dvDA (0020,3404) Modifying Device Manufacturer dvLO (0020,3405) Modified Image Time dvTM (0020,3406) Modified Image Description dvLO (0020,4000) Image Comments dvLT (0020,5000) Original Image Identification dvAT (0020,5002) Original Image Identification Nomenclature dvLO (0020,9056) Stack ID dvSH (0020,9057) In-Stack Position Number dvUL (0020,9071) Frame Anatomy Sequence dvSQ (0020,9072) Frame Laterality dvCS (0020,9110) Undocumented dvSQ (0020,9111) Frame Content Sequence dvSQ (0020,9113) Plane Position Sequence dvSQ (0020,9116) Plane Orientation Sequence dvSQ (0020,9128) Temporal Position Index dvUL (0020,9153) Nominal Cardiac Trigger Delay Time dvFD (0020,9154) Nominal Cardiac Trigger Time Prior to R-Peak dvFL (0020,9155) Actual Cardiac Trigger Time Prior to R-Peak dvFL (0020,9156) Frame Acquisition Number dvUS (0020,9157) Dimension Index Values dvUL (0020,9158) Frame Comments dvLT (0020,9161) Concatenation UID dvUI (0020,9162) In-concatenation Number dvUS (0020,9163) In-concatenation Total Number dvUS (0020,9164) Dimension Organization UID dvUI (0020,9165) Dimension Index Pointer dvAT (0020,9167) Functional Group Pointer dvAT (0020,9170) Unassigned Shared Converted Attributes Sequence dvSQ (0020,9171) Unassigned Per-Frame Converted Attributes Sequence dvSQ (0020,9172) Conversion Source Attributes Sequence dvSQ (0020,9213) Dimension Index Private Creator dvLO (0020,9221) Dimension Organization Sequence dvSQ (0020,9222) Dimension Index Sequence dvSQ (0020,9228) Concatenation Frame Offset Number dvUL (0020,9238) Functional Group Private Creator dvLO (0020,9241) Nominal Percentage of Cardiac Phase dvFL (0020,9245) Nominal Percentage of Respiratory Phase dvFL (0020,9246) Starting Respiratory Amplitude dvFL (0020,9247) Starting Respiratory Phase dvCS (0020,9248) Ending Respiratory Amplitude dvFL (0020,9249) Ending Respiratory Phase dvCS (0020,9250) Respiratory Trigger Type dvCS (0020,9251) R-R Interval Time Nominal dvFD (0020,9252) Actual Cardiac Trigger Delay Time dvFD (0020,9253) Respiratory Synchronization Sequence dvSQ (0020,9254) Respiratory Interval Time dvFD (0020,9255) Nominal Respiratory Trigger Delay Time dvFD (0020,9256) Respiratory Trigger Delay Threshold dvFD (0020,9257) Actual Respiratory Trigger Delay Time dvFD (0020,9301) Image Position (Volume) dvFD (0020,9302) Image Orientation (Volume) dvFD (0020,9307) Ultrasound Acquisition Geometry dvCS (0020,9308) Apex Position dvFD (0020,9309) Volume to Transducer Mapping Matrix dvFD (0020,930A) Volume to Table Mapping Matrix dvFD (0020,930B) Volume to Transducer Relationship dvCS (0020,930C) Patient Frame of Reference Source dvCS (0020,930D) Temporal Position Time Offset dvFD (0020,930E) Plane Position (Volume) Sequence dvSQ (0020,930F) Plane Orientation (Volume) Sequence dvSQ (0020,9310) Temporal Position Sequence dvSQ (0020,9311) Dimension Organization Type dvCS (0020,9312) Volume Frame of Reference UID dvUI (0020,9313) Table Frame of Reference UID dvUI (0020,9421) Dimension Description Label dvLO (0020,9450) Patient Orientation in Frame Sequence dvSQ (0020,9453) Frame Label dvLO (0020,9518) Acquisition Index dvUS (0020,9529) Contributing SOP Instances Reference Sequence dvSQ (0020,9536) Reconstruction Index dvUS (0021,0000) Undocumented dvUSorSS (0021,0001) Undocumented dvUSorSS (0021,0002) Undocumented dvUSorSS (0021,0003) Undocumented dvUSorSS (0021,0004) Undocumented dvDS (0021,0005) Undocumented dvUSorSS (0021,0006) Undocumented dvIS (0021,0007) Undocumented dvUSorSS (0021,0008) Undocumented dvDS (0021,0009) Undocumented dvDS (0021,0010) Undocumented dvUSorSS (0021,0011) Undocumented dvUSorSS (0021,0012) Undocumented dvUSorSS (0021,0013) Undocumented dvUSorSS (0021,0014) Undocumented dvUSorSS (0021,0015) Undocumented dvUSorSS (0021,0016) Undocumented dvUSorSS (0021,0017) Undocumented dvDS (0021,0018) Undocumented dvUSorSS (0021,0019) Undocumented dvUSorSS (0021,0020) Undocumented dvUSorSS (0021,0021) Undocumented dvUSorSS (0021,0022) Undocumented dvUSorSS (0021,0024) Undocumented dvUSorSS (0021,0025) Undocumented dvUS (0021,0026) Undocumented dvIS (0021,0030) Undocumented dvUSorSS (0021,0031) Undocumented dvUSorSS (0021,0032) Undocumented dvUSorSS (0021,0034) Undocumented dvUSorSS (0021,0035) Undocumented dvSS (0021,0036) Undocumented dvUSorSS (0021,0037) Undocumented dvSS (0021,0039) Undocumented dvDS (0021,0040) Undocumented dvUSorSS (0021,0041) Undocumented dvUSorSS (0021,0042) Undocumented dvUSorSS (0021,0043) Undocumented dvUSorSS (0021,0044) Undocumented dvUSorSS (0021,0045) Undocumented dvUSorSS (0021,0046) Undocumented dvUSorSS (0021,0047) Undocumented dvUSorSS (0021,0048) Undocumented dvUSorSS (0021,0049) Undocumented dvUSorSS (0021,004A) Undocumented dvUSorSS (0021,004E) Undocumented dvUS (0021,004F) Undocumented dvUSorSS (0021,0050) Undocumented dvUSorSS (0021,0051) Undocumented dvUSorSS (0021,0052) Undocumented dvUSorSS (0021,0053) Undocumented dvUSorSS (0021,0054) Undocumented dvUSorSS (0021,0055) Undocumented dvUSorSS (0021,0056) Undocumented dvUSorSS (0021,0057) Undocumented dvUSorSS (0021,0058) Undocumented dvUSorSS (0021,0059) Undocumented dvUSorSS (0021,005A) Undocumented dvSL (0021,005B) Undocumented dvDS (0021,005C) Undocumented dvDS (0021,005D) Undocumented dvDS (0021,005E) Undocumented dvDS (0021,005F) Undocumented dvDS (0021,0060) Undocumented dvUSorSS (0021,0061) Undocumented dvDS (0021,0062) Undocumented dvIS (0021,0063) Undocumented dvDS (0021,0065) Undocumented dvUS (0021,006A) Undocumented dvDS (0021,006B) Undocumented dvDS (0021,0070) Undocumented dvUSorSS (0021,0071) Undocumented dvUSorSS (0021,0072) Undocumented dvUSorSS (0021,0073) Undocumented dvDS (0021,0075) Undocumented dvDS (0021,0076) Undocumented dvDS (0021,007A) Undocumented dvIS (0021,007B) Undocumented dvIS (0021,007C) Undocumented dvIS (0021,0080) Undocumented dvUSorSS (0021,0081) Undocumented dvDS (0021,0082) Undocumented dvUSorSS (0021,0083) Undocumented dvDS (0021,0084) Undocumented dvDS (0021,0090) Undocumented dvUSorSS (0021,0091) Undocumented dvUSorSS (0021,0092) Undocumented dvUSorSS (0021,0093) Undocumented dvUSorSS (0021,0094) Undocumented dvDS (0021,0095) Undocumented dvDS (0021,0096) Undocumented dvDS (0021,00A0) Undocumented dvUSorSS (0021,00A1) Undocumented dvDS (0021,00A2) Undocumented dvUSorSS (0021,00A3) Undocumented dvLT (0021,00A4) Undocumented dvLT (0021,00A7) Undocumented dvLT (0021,00B0) Undocumented dvIS (0021,00C0) Undocumented dvIS (0022,0001) Light Path Filter Pass-Through Wavelength dvUS (0022,0002) Light Path Filter Pass Band dvUS (0022,0003) Image Path Filter Pass-Through Wavelength dvUS (0022,0004) Image Path Filter Pass Band dvUS (0022,0005) Patient Eye Movement Commanded dvCS (0022,0006) Patient Eye Movement Command Code Sequence dvSQ (0022,0007) Spherical Lens Power dvFL (0022,0008) Cylinder Lens Power dvFL (0022,0009) Cylinder Axis dvFL (0022,000A) Emmetropic Magnification dvFL (0022,000B) Intra Ocular Pressure dvFL (0022,000C) Horizontal Field of View dvFL (0022,000D) Pupil Dilated dvCS (0022,000E) Degree of Dilation dvFL (0022,0010) Stereo Baseline Angle dvFL (0022,0011) Stereo Baseline Displacement dvFL (0022,0012) Stereo Horizontal Pixel Offset dvFL (0022,0013) Stereo Vertical Pixel Offset dvFL (0022,0014) Stereo Rotation dvFL (0022,0015) Acquisition Device Type Code Sequence dvSQ (0022,0016) Illumination Type Code Sequence dvSQ (0022,0017) Light Path Filter Type Stack Code Sequence dvSQ (0022,0018) Image Path Filter Type Stack Code Sequence dvSQ (0022,0019) Lenses Code Sequence dvSQ (0022,001A) Channel Description Code Sequence dvSQ (0022,001B) Refractive State Sequence dvSQ (0022,001C) Mydriatic Agent Code Sequence dvSQ (0022,001D) Relative Image Position Code Sequence dvSQ (0022,001E) Camera Angle of View dvFL (0022,0020) Stereo Pairs Sequence dvSQ (0022,0021) Left Image Sequence dvSQ (0022,0022) Right Image Sequence dvSQ (0022,0030) Axial Length of the Eye dvFL (0022,0031) Ophthalmic Frame Location Sequence dvSQ (0022,0032) Reference Coordinates dvFL (0022,0035) Depth Spatial Resolution dvFL (0022,0036) Maximum Depth Distortion dvFL (0022,0037) Along-scan Spatial Resolution dvFL (0022,0038) Maximum Along-scan Distortion dvFL (0022,0039) Ophthalmic Image Orientation dvCS (0022,0041) Depth of Transverse Image dvFL (0022,0042) Mydriatic Agent Concentration Units Sequence dvSQ (0022,0048) Across-scan Spatial Resolution dvFL (0022,0049) Maximum Across-scan Distortion dvFL (0022,004E) Mydriatic Agent Concentration dvDS (0022,0055) Illumination Wave Length dvFL (0022,0056) Illumination Power dvFL (0022,0057) Illumination Bandwidth dvFL (0022,0058) Mydriatic Agent Sequence dvSQ (0022,1007) Ophthalmic Axial Measurements Right Eye Sequence dvSQ (0022,1008) Ophthalmic Axial Measurements Left Eye Sequence dvSQ (0022,1009) Ophthalmic Axial Measurements Device Type dvCS (0022,1010) Ophthalmic Axial Length Measurements Type dvCS (0022,1012) Ophthalmic Axial Length Sequence dvSQ (0022,1019) Ophthalmic Axial Length dvFL (0022,1024) Lens Status Code Sequence dvSQ (0022,1025) Vitreous Status Code Sequence dvSQ (0022,1028) IOL Formula Code Sequence dvSQ (0022,1029) IOL Formula Detail dvLO (0022,1033) Keratometer Index dvFL (0022,1035) Source of Ophthalmic Axial Length Code Sequence dvSQ (0022,1037) Target Refraction dvFL (0022,1039) Refractive Procedure Occurred dvCS (0022,1040) Refractive Surgery Type Code Sequence dvSQ (0022,1044) Ophthalmic Ultrasound Method Code Sequence dvSQ (0022,1050) Ophthalmic Axial Length Measurements Sequence dvSQ (0022,1053) IOL Power dvFL (0022,1054) Predicted Refractive Error dvFL (0022,1059) Ophthalmic Axial Length Velocity dvFL (0022,1065) Lens Status Description dvLO (0022,1066) Vitreous Status Description dvLO (0022,1090) IOL Power Sequence dvSQ (0022,1092) Lens Constant Sequence dvSQ (0022,1093) IOL Manufacturer dvLO (0022,1094) Lens Constant Description dvLO (0022,1095) Implant Name dvLO (0022,1096) Keratometry Measurement Type Code Sequence dvSQ (0022,1097) Implant Part Number dvLO (0022,1100) Referenced Ophthalmic Axial Measurements Sequence dvSQ (0022,1101) Ophthalmic Axial Length Measurements Segment Name Code Sequence dvSQ (0022,1103) Refractive Error Before Refractive Surgery Code Sequence dvSQ (0022,1121) IOL Power for Exact Emmetropia dvFL (0022,1122) IOL Power for Exact Target Refraction dvFL (0022,1125) Anterior Chamber Depth Definition Code Sequence dvSQ (0022,1127) Lens Thickness Sequence dvSQ (0022,1128) Anterior Chamber Depth Sequence dvSQ (0022,1130) Lens Thickness dvFL (0022,1131) Anterior Chamber Depth dvFL (0022,1132) Source of Lens Thickness Data Code Sequence dvSQ (0022,1133) Source of Anterior Chamber Depth Data Code Sequence dvSQ (0022,1134) Source of Refractive Measurements Sequence dvSQ (0022,1135) Source of Refractive Measurements Code Sequence dvSQ (0022,1140) Ophthalmic Axial Length Measurement Modified dvCS (0022,1150) Ophthalmic Axial Length Data Source Code Sequence dvSQ (0022,1153) Ophthalmic Axial Length Acquisition Method Code Sequence dvSQ (0022,1155) Signal to Noise Ratio dvFL (0022,1159) Ophthalmic Axial Length Data Source Description dvLO (0022,1210) Ophthalmic Axial Length Measurements Total Length Sequence dvSQ (0022,1211) Ophthalmic Axial Length Measurements Segmental Length Sequence dvSQ (0022,1212) Ophthalmic Axial Length Measurements Length Summation Sequence dvSQ (0022,1220) Ultrasound Ophthalmic Axial Length Measurements Sequence dvSQ (0022,1225) Optical Ophthalmic Axial Length Measurements Sequence dvSQ (0022,1230) Ultrasound Selected Ophthalmic Axial Length Sequence dvSQ (0022,1250) Ophthalmic Axial Length Selection Method Code Sequence dvSQ (0022,1255) Optical Selected Ophthalmic Axial Length Sequence dvSQ (0022,1257) Selected Segmental Ophthalmic Axial Length Sequence dvSQ (0022,1260) Selected Total Ophthalmic Axial Length Sequence dvSQ (0022,1262) Ophthalmic Axial Length Quality Metric Sequence dvSQ (0022,1265) Ophthalmic Axial Length Quality Metric Type Code Sequence dvSQ (0022,1273) Ophthalmic Axial Length Quality Metric Type Description dvLO (0022,1300) Intraocular Lens Calculations Right Eye Sequence dvSQ (0022,1310) Intraocular Lens Calculations Left Eye Sequence dvSQ (0022,1330) Referenced Ophthalmic Axial Length Measurement QC Image Sequence dvSQ (0022,1415) Ophthalmic Mapping Device Type dvCS (0022,1420) Acquisition Method Code Sequence dvSQ (0022,1423) Acquisition Method Algorithm Sequence dvSQ (0022,1436) Ophthalmic Thickness Map Type Code Sequence dvSQ (0022,1443) Ophthalmic Thickness Mapping Normals Sequence dvSQ (0022,1445) Retinal Thickness Definition Code Sequence dvSQ (0022,1450) Pixel Value Mapping to Coded Concept Sequence dvSQ (0022,1452) Mapped Pixel Value dvUSorSS (0022,1454) Pixel Value Mapping Explanation dvLO (0022,1458) Ophthalmic Thickness Map Quality Threshold Sequence dvSQ (0022,1460) Ophthalmic Thickness Map Threshold Quality Rating dvFL (0022,1463) Anatomic Structure Reference Point dvFL (0022,1465) Registration to Localizer Sequence dvSQ (0022,1466) Registered Localizer Units dvCS (0022,1467) Registered Localizer Top Left Hand Corner dvFL (0022,1468) Registered Localizer Bottom Right Hand Corner dvFL (0022,1470) Ophthalmic Thickness Map Quality Rating Sequence dvSQ (0022,1472) Relevant OPT Attributes Sequence dvSQ (0023,0000) Undocumented dvUSorSS (0023,0001) Undocumented dvSL (0023,0002) Undocumented dvSL (0023,0010) Undocumented dvUSorSS (0023,0020) Undocumented dvUSorSS (0023,0030) Undocumented dvUSorSS (0023,0040) Undocumented dvUSorSS (0023,0050) Undocumented dvUSorSS (0023,0060) Undocumented dvUSorSS (0023,0070) Undocumented dvUSorSS (0023,0074) Undocumented dvSL (0023,007D) Undocumented dvSS (0023,0080) Undocumented dvUSorSS (0023,0090) Undocumented dvUSorSS (0023,00FF) Undocumented dvUS (0024,0010) Visual Field Horizontal Extent dvFL (0024,0011) Visual Field Vertical Extent dvFL (0024,0012) Visual Field Shape dvCS (0024,0016) Screening Test Mode Code Sequence dvSQ (0024,0018) Maximum Stimulus Luminance dvFL (0024,0020) Background Luminance dvFL (0024,0021) Stimulus Color Code Sequence dvSQ (0024,0024) Background Illumination Color Code Sequence dvSQ (0024,0025) Stimulus Area dvFL (0024,0028) Stimulus Presentation Time dvFL (0024,0032) Fixation Sequence dvSQ (0024,0033) Fixation Monitoring Code Sequence dvSQ (0024,0034) Visual Field Catch Trial Sequence dvSQ (0024,0035) Fixation Checked Quantity dvUS (0024,0036) Patient Not Properly Fixated Quantity dvUS (0024,0037) Presented Visual Stimuli Data Flag dvCS (0024,0038) Number of Visual Stimuli dvUS (0024,0039) Excessive Fixation Losses Data Flag dvCS (0024,0040) Excessive Fixation Losses dvCS (0024,0042) Stimuli Retesting Quantity dvUS (0024,0044) Comments on Patient's Performance of Visual Field dvLT (0024,0045) False Negatives Estimate Flag dvCS (0024,0046) False Negatives Estimate dvFL (0024,0048) Negative Catch Trials Quantity dvUS (0024,0050) False Negatives Quantity dvUS (0024,0051) Excessive False Negatives Data Flag dvCS (0024,0052) Excessive False Negatives dvCS (0024,0053) False Positives Estimate Flag dvCS (0024,0054) False Positives Estimate dvFL (0024,0055) Catch Trials Data Flag dvCS (0024,0056) Positive Catch Trials Quantity dvUS (0024,0057) Test Point Normals Data Flag dvCS (0024,0058) Test Point Normals Sequence dvSQ (0024,0059) Global Deviation Probability Normals Flag dvCS (0024,0060) False Positives Quantity dvUS (0024,0061) Excessive False Positives Data Flag dvCS (0024,0062) Excessive False Positives dvCS (0024,0063) Visual Field Test Normals Flag dvCS (0024,0064) Results Normals Sequence dvSQ (0024,0065) Age Corrected Sensitivity Deviation Algorithm Sequence dvSQ (0024,0066) Global Deviation From Normal dvFL (0024,0067) Generalized Defect Sensitivity Deviation Algorithm Sequence dvSQ (0024,0068) Localized Deviation From Normal dvFL (0024,0069) Patient Reliability Indicator dvLO (0024,0070) Visual Field Mean Sensitivity dvFL (0024,0071) Global Deviation Probability dvFL (0024,0072) Local Deviation Probability Normals Flag dvCS (0024,0073) Localized Deviation Probability dvFL (0024,0074) Short Term Fluctuation Calculated dvCS (0024,0075) Short Term Fluctuation dvFL (0024,0076) Short Term Fluctuation Probability Calculated dvCS (0024,0077) Short Term Fluctuation Probability dvFL (0024,0078) Corrected Localized Deviation From Normal Calculated dvCS (0024,0079) Corrected Localized Deviation From Normal dvFL (0024,0080) Corrected Localized Deviation From Normal Probability Calculated dvCS (0024,0081) Corrected Localized Deviation From Normal Probability dvFL (0024,0083) Global Deviation Probability Sequence dvSQ (0024,0085) Localized Deviation Probability Sequence dvSQ (0024,0086) Foveal Sensitivity Measured dvCS (0024,0087) Foveal Sensitivity dvFL (0024,0088) Visual Field Test Duration dvFL (0024,0089) Visual Field Test Point Sequence dvSQ (0024,0090) Visual Field Test Point X-Coordinate dvFL (0024,0091) Visual Field Test Point Y-Coordinate dvFL (0024,0092) Age Corrected Sensitivity Deviation Value dvFL (0024,0093) Stimulus Results dvCS (0024,0094) Sensitivity Value dvFL (0024,0095) Retest Stimulus Seen dvCS (0024,0096) Retest Sensitivity Value dvFL (0024,0097) Visual Field Test Point Normals Sequence dvSQ (0024,0098) Quantified Defect dvFL (0024,0100) Age Corrected Sensitivity Deviation Probability Value dvFL (0024,0102) Generalized Defect Corrected Sensitivity Deviation Flag dvCS (0024,0103) Generalized Defect Corrected Sensitivity Deviation Value dvFL (0024,0104) Generalized Defect Corrected Sensitivity Deviation Probability Value dvFL (0024,0105) Minimum Sensitivity Value dvFL (0024,0106) Blind Spot Localized dvCS (0024,0107) Blind Spot X-Coordinate dvFL (0024,0108) Blind Spot Y-Coordinate dvFL (0024,0110) Visual Acuity Measurement Sequence dvSQ (0024,0112) Refractive Parameters Used on Patient Sequence dvSQ (0024,0113) Measurement Laterality dvCS (0024,0114) Ophthalmic Patient Clinical Information Left Eye Sequence dvSQ (0024,0115) Ophthalmic Patient Clinical Information Right Eye Sequence dvSQ (0024,0117) Foveal Point Normative Data Flag dvCS (0024,0118) Foveal Point Probability Value dvFL (0024,0120) Screening Baseline Measured dvCS (0024,0122) Screening Baseline Measured Sequence dvSQ (0024,0124) Screening Baseline Type dvCS (0024,0126) Screening Baseline Value dvFL (0024,0202) Algorithm Source dvLO (0024,0306) Data Set Name dvLO (0024,0307) Data Set Version dvLO (0024,0308) Data Set Source dvLO (0024,0309) Data Set Description dvLO (0024,0317) Visual Field Test Reliability Global Index Sequence dvSQ (0024,0320) Visual Field Global Results Index Sequence dvSQ (0024,0325) Data Observation Sequence dvSQ (0024,0338) Index Normals Flag dvCS (0024,0341) Index Probability dvFL (0024,0344) Index Probability Sequence dvSQ (0025,0000) Undocumented dvUL (0025,0006) Undocumented dvSS (0025,0007) Undocumented dvSL (0025,0010) Undocumented dvSS (0025,0011) Undocumented dvSS (0025,0014) Undocumented dvSL (0025,0017) Undocumented dvSL (0025,0018) Undocumented dvSL (0025,0019) Undocumented dvSL (0025,001A) Undocumented dvSH (0027,0000) Undocumented dvUS (0027,0006) Undocumented dvSL (0027,0010) Undocumented dvSS (0027,0011) Undocumented dvUN (0027,0012) Undocumented dvIS (0027,0013) Undocumented dvIS (0027,0014) Undocumented dvIS (0027,0015) Undocumented dvIS (0027,0016) Undocumented dvLT (0027,001C) Undocumented dvSL (0027,001D) Undocumented dvSS (0027,001E) Undocumented dvSL (0027,001F) Undocumented dvSL (0027,0020) Undocumented dvSS (0027,0030) Undocumented dvSH (0027,0031) Undocumented dvSS (0027,0032) Undocumented dvSS (0027,0033) Undocumented dvSL (0027,0035) Undocumented dvSS (0027,0036) Undocumented dvSL (0027,0040) Undocumented dvSH (0027,0041) Undocumented dvFL (0027,0042) Undocumented dvFL (0027,0043) Undocumented dvFL (0027,0044) Undocumented dvFL (0027,0045) Undocumented dvFL (0027,0046) Undocumented dvFL (0027,0047) Undocumented dvFL (0027,0048) Undocumented dvFL (0027,0049) Undocumented dvFL (0027,004A) Undocumented dvFL (0027,004B) Undocumented dvFL (0027,004C) Undocumented dvFL (0027,004D) Undocumented dvFL (0027,0050) Undocumented dvFL (0027,0051) Undocumented dvFL (0027,0052) Undocumented dvSH (0027,0053) Undocumented dvSH (0027,0054) Undocumented dvSH (0027,0055) Undocumented dvSH (0027,0060) Undocumented dvFL (0027,0061) Undocumented dvFL (0027,0062) Undocumented dvFL (0028,0000) Image Presentation Group Length dvUL (0028,0002) Samples per Pixel dvUS (0028,0003) Samples per Pixel Used dvUS (0028,0004) Photometric Interpretation dvCS (0028,0005) Image Dimensions dvUS (0028,0006) Planar Configuration dvUS (0028,0008) Number of Frames dvIS (0028,0009) Frame Increment Pointer dvAT (0028,000A) Frame Dimension Pointer dvAT (0028,0010) Rows dvUS (0028,0011) Columns dvUS (0028,0012) Planes dvUS (0028,0014) Ultrasound Color Data Present dvUS (0028,0020) Undocumented dvUN (0028,0030) Pixel Spacing dvDS (0028,0031) Zoom Factor dvDS (0028,0032) Zoom Center dvDS (0028,0034) Pixel Aspect Ratio dvIS (0028,0040) Image Format dvCS (0028,0050) Manipulated Image dvLO (0028,0051) Corrected Image dvCS (0028,005F) Compression Recognition Code dvLO (0028,0060) Compression Code dvCS (0028,0061) Compression Originator dvSH (0028,0062) Compression Label dvLO (0028,0063) Compression Description dvSH (0028,0065) Compression Sequence dvCS (0028,0066) Compression Step Pointers dvAT (0028,0068) Repeat Interval dvUS (0028,0069) Bits Grouped dvUS (0028,0070) Perimeter Table dvUS (0028,0071) Perimeter Value dvUSorSS (0028,0080) Predictor Rows dvUS (0028,0081) Predictor Columns dvUS (0028,0082) Predictor Constants dvUS (0028,0090) Blocked Pixels dvCS (0028,0091) Block Rows dvUS (0028,0092) Block Columns dvUS (0028,0093) Row Overlap dvUS (0028,0094) Column Overlap dvUS (0028,0100) Bits Allocated dvUS (0028,0101) Bits Stored dvUS (0028,0102) High Bit dvUS (0028,0103) Pixel Representation dvUS (0028,0104) Smallest Valid Pixel Value dvUSorSS (0028,0105) Largest Valid Pixel Value dvUSorSS (0028,0106) Smallest Image Pixel Value dvUSorSS (0028,0107) Largest Image Pixel Value dvUSorSS (0028,0108) Smallest Pixel Value in Series dvUSorSS (0028,0109) Largest Pixel Value in Series dvUSorSS (0028,0110) Smallest Image Pixel Value in Plane dvUSorSS (0028,0111) Largest Image Pixel Value in Plane dvUSorSS (0028,0120) Pixel Padding Value dvUSorSS (0028,0121) Pixel Padding Range Limit dvUSorSS (0028,0200) Image Location dvUS (0028,0300) Quality Control Image dvCS (0028,0301) Burned in Annotation dvCS (0028,0302) Recognizable Visual Features dvCS (0028,0303) Longitudinal Temporal Information Modified dvCS (0028,0304) Referenced Color Palette Instance UID dvUI (0028,0400) Transform Label dvLO (0028,0401) Transform Version Number dvLO (0028,0402) Number of Transform Steps dvUS (0028,0403) Sequence of Compressed Data dvLO (0028,0404) Details of Coefficients dvAT (0028,0410) Rows for Nth Order Coefficients dvUS (0028,0411) Columns for Nth Order Coefficients dvUS (0028,0412) Coefficient Coding dvCS (0028,0413) Coefficient Coding Pointers dvAT (0028,0700) DCT Label dvLO (0028,0701) Data Block Description dvCS (0028,0702) Data Block dvAT (0028,0710) Normalization Factor Format dvUS (0028,0720) Zonal Map Number Format dvUS (0028,0721) Zonal Map Location dvAT (0028,0722) Zonal Map Format dvUS (0028,0730) Adaptive Map Format dvUS (0028,0740) Code Number Format dvUS (0028,0800) Code Label dvLO (0028,0802) Number of Table dvUS (0028,0803) Code Table Location dvAT (0028,0804) Bits for Code Word dvUS (0028,0808) Image Data Location dvAT (0028,0A02) Pixel Spacing Calibration Type dvCS (0028,0A04) Pixel Spacing Calibration Description dvLO (0028,1040) Pixel Intensity Relationship dvCS (0028,1041) Pixel Intensity Relationship Sign dvSS (0028,1050) Window Center dvDS (0028,1051) Window Width dvDS (0028,1052) Rescale Intercept dvDS (0028,1053) Rescale Slope dvDS (0028,1054) Rescale Type dvLO (0028,1055) Window Center & Width Explanation dvLO (0028,1056) VOI LUT Function dvCS (0028,1080) Gray Scale dvCS (0028,1090) Recommended Viewing Mode dvCS (0028,1100) Gray Lookup Table Descriptor dvUSorSS (0028,1101) Red Palette Color Lookup Table Descriptor dvUSorSS (0028,1102) Green Palette Color Lookup Table Descriptor dvUSorSS (0028,1103) Blue Palette Color Lookup Table Descriptor dvUSorSS (0028,1104) Alpha Palette Color Lookup Table Descriptor dvUS (0028,1111) Large Red Palette Color Lookup Table Descriptor dvUSorSS (0028,1112) Large Green Palette Color Lookup Table Descriptor dvUSorSS (0028,1113) Large Blue Palette Color Lookup Table Descriptor dvUSorSS (0028,1199) Palette Color Lookup Table UID dvUI (0028,1200) Gray Lookup Table Data dvOW (0028,1201) Red Palette Color Lookup Table Data dvOW (0028,1202) Green Palette Color Lookup Table Data dvOW (0028,1203) Blue Palette Color Lookup Table Data dvOW (0028,1204) Alpha Palette Color Lookup Table Data dvOW (0028,1211) Large Red Palette Color Lookup Table Data dvOW (0028,1212) Large Green Palette Color Lookup Table Data dvOW (0028,1213) Large Blue Palette Color Lookup Table Data dvOW (0028,1214) Large Palette Color Lookup Table UID dvUI (0028,1221) Segmented Red Palette Color Lookup Table Data dvOW (0028,1222) Segmented Green Palette Color Lookup Table Data dvOW (0028,1223) Segmented Blue Palette Color Lookup Table Data dvOW (0028,1300) Breast Implant Present dvCS (0028,1350) Partial View dvCS (0028,1351) Partial View Description dvST (0028,1352) Partial View Code Sequence dvSQ (0028,135A) Spatial Locations Preserved dvCS (0028,1401) Data Frame Assignment Sequence dvSQ (0028,1402) Data Path Assignment dvCS (0028,1403) Bits Mapped to Color Lookup Table dvUS (0028,1404) Blending LUT 1 Sequence dvSQ (0028,1405) Blending LUT 1 Transfer Function dvCS (0028,1406) Blending Weight Constant dvFD (0028,1407) Blending Lookup Table Descriptor dvUS (0028,1408) Blending Lookup Table Data dvOW (0028,140B) Enhanced Palette Color Lookup Table Sequence dvSQ (0028,140C) Blending LUT 2 Sequence dvSQ (0028,140D) Blending LUT 2 Transfer Function dvCS (0028,140E) Data Path ID dvCS (0028,140F) RGB LUT Transfer Function dvCS (0028,1410) Alpha LUT Transfer Function dvCS (0028,2000) ICC Profile dvOB (0028,2110) Lossy Image Compression dvCS (0028,2112) Lossy Image Compression Ratio dvDS (0028,2114) Lossy Image Compression Method dvCS (0028,3000) Modality LUT Sequence dvSQ (0028,3002) LUT Descriptor dvUSorSS (0028,3003) LUT Explanation dvLO (0028,3004) Modality LUT Type dvLO (0028,3006) LUT Data dvOW (0028,3010) VOI LUT Sequence dvSQ (0028,3110) Softcopy VOI LUT Sequence dvSQ (0028,4000) Image Presentation Comments dvLT (0028,5000) Bi-Plane Acquisition Sequence dvSQ (0028,6010) Representative Frame Number dvUS (0028,6020) Frame Numbers of Interest (FOI) dvUS (0028,6022) Frame of Interest Description dvLO (0028,6023) Frame of Interest Type dvCS (0028,6030) Mask Pointer(s) dvUS (0028,6040) R Wave Pointer dvUS (0028,6100) Mask Subtraction Sequence dvSQ (0028,6101) Mask Operation dvCS (0028,6102) Applicable Frame Range dvUS (0028,6110) Mask Frame Numbers dvUS (0028,6112) Contrast Frame Averaging dvUS (0028,6114) Mask Sub-pixel Shift dvFL (0028,6120) TID Offset dvSS (0028,6190) Mask Operation Explanation dvST (0028,7000) Equipment Administrator Sequence dvSQ (0028,7001) Number of Display Subsystems dvUS (0028,7002) Current Configuration ID dvUS (0028,7003) Display Subsystem ID dvUS (0028,7004) Display Subsystem Name dvSH (0028,7005) Display Subsystem Description dvLO (0028,7006) System Status dvCS (0028,7007) System Status Comment dvLO (0028,7008) Target Luminance Characteristics Sequence dvSQ (0028,7009) Luminance Characteristics ID dvUS (0028,700A) Display Subsystem Configuration Sequence dvSQ (0028,700B) Configuration ID dvUS (0028,700C) Configuration Name dvSH (0028,700D) Configuration Description dvLO (0028,700E) Referenced Target Luminance Characteristics ID dvUS (0028,700F) QA Results Sequence dvSQ (0028,7010) Display Subsystem QA Results Sequence dvSQ (0028,7011) Configuration QA Results Sequence dvSQ (0028,7012) Measurement Equipment Sequence dvSQ (0028,7013) Measurement Functions dvCS (0028,7014) Measurement Equipment Type dvCS (0028,7015) Visual Evaluation Result Sequence dvSQ (0028,7016) Display Calibration Result Sequence dvSQ (0028,7017) DDL Value dvUS (0028,7018) CIExy White Point dvFL (0028,7019) Display Function Type dvCS (0028,701A) Gamma Value dvFL (0028,701B) Number of Luminance Points dvUS (0028,701C) Luminance Response Sequence dvSQ (0028,701D) Target Minimum Luminance dvFL (0028,701E) Target Maximum Luminance dvFL (0028,701F) Luminance Value dvFL (0028,7020) Luminance Response Description dvLO (0028,7021) White Point Flag dvCS (0028,7022) Display Device Type Code Sequence dvSQ (0028,7023) Display Subsystem Sequence dvSQ (0028,7024) Luminance Result Sequence dvSQ (0028,7025) Ambient Light Value Source dvCS (0028,7026) Measured Characteristics dvCS (0028,7027) Luminance Uniformity Result Sequence dvSQ (0028,7028) Visual Evaluation Test Sequence dvSQ (0028,7029) Test Result dvCS (0028,702A) Test Result Comment dvLO (0028,702B) Test Image Validation dvCS (0028,702C) Test Pattern Code Sequence dvSQ (0028,702D) Measurement Pattern Code Sequence dvSQ (0028,702E) Visual Evaluation Method Code Sequence dvSQ (0028,7FE0) Pixel Data Provider URL dvUR (0028,9001) Data Point Rows dvUL (0028,9002) Data Point Columns dvUL (0028,9003) Signal Domain Columns dvCS (0028,9099) Largest Monochrome Pixel Value dvUS (0028,9108) Data Representation dvCS (0028,9110) Pixel Measures Sequence dvSQ (0028,9132) Frame VOI LUT Sequence dvSQ (0028,9145) Pixel Value Transformation Sequence dvSQ (0028,9235) Signal Domain Rows dvCS (0028,9411) Display Filter Percentage dvFL (0028,9415) Frame Pixel Shift Sequence dvSQ (0028,9416) Subtraction Item ID dvUS (0028,9422) Pixel Intensity Relationship LUT Sequence dvSQ (0028,9443) Frame Pixel Data Properties Sequence dvSQ (0028,9444) Geometrical Properties dvCS (0028,9445) Geometric Maximum Distortion dvFL (0028,9446) Image Processing Applied dvCS (0028,9454) Mask Selection Mode dvCS (0028,9474) LUT Function dvCS (0028,9478) Mask Visibility Percentage dvFL (0028,9501) Pixel Shift Sequence dvSQ (0028,9502) Region Pixel Shift Sequence dvSQ (0028,9503) Vertices of the Region dvSS (0028,9505) Multi-frame Presentation Sequence dvSQ (0028,9506) Pixel Shift Frame Range dvUS (0028,9507) LUT Frame Range dvUS (0028,9520) Image to Equipment Mapping Matrix dvDS (0028,9537) Equipment Coordinate System Identification dvCS (0029,0000) Undocumented dvUSorSS (0029,0001) Undocumented dvUSorSS (0029,0002) Undocumented dvUSorSS (0029,0003) Undocumented dvUSorSS (0029,0004) Undocumented dvUSorSS (0029,0005) Undocumented dvUSorSS (0029,0006) Undocumented dvUSorSS (0029,0007) Undocumented dvSL (0029,0008) Undocumented dvSH (0029,0009) Undocumented dvSH (0029,000A) Undocumented dvSS (0029,000C) Undocumented dvUSorSS (0029,000E) Undocumented dvCS (0029,000F) Undocumented dvCS (0029,0010) Undocumented dvUSorSS (0029,0011) Undocumented dvUSorSS (0029,0013) Undocumented dvLT (0029,0015) Undocumented dvUSorSS (0029,0016) Undocumented dvSL (0029,0017) Undocumented dvSL (0029,0018) Undocumented dvSL (0029,001A) Undocumented dvSL (0029,001E) Undocumented dvUSorSS (0029,001F) Undocumented dvUSorSS (0029,0020) Undocumented dvUSorSS (0029,0022) Undocumented dvIS (0029,0025) Undocumented dvLT (0029,0026) Undocumented dvSS (0029,0030) Undocumented dvUSorSS (0029,0031) Undocumented dvUSorSS (0029,0032) Undocumented dvUSorSS (0029,0033) Undocumented dvUSorSS (0029,0034) Undocumented dvUSorSS (0029,0035) Undocumented dvSL (0029,0038) Undocumented dvUS (0029,0040) Undocumented dvUSorSS (0029,0041) Undocumented dvDS (0029,0043) Undocumented dvDS (0029,0044) Undocumented dvUS (0029,004E) Undocumented dvCS (0029,004F) Undocumented dvCS (0029,0050) Undocumented dvUSorSS (0029,0051) Undocumented dvLT (0029,0052) Undocumented dvLT (0029,0053) Undocumented dvLT (0029,0060) Undocumented dvUSorSS (0029,0061) Undocumented dvUSorSS (0029,0067) Undocumented dvLT (0029,0070) Undocumented dvUSorSS (0029,0071) Undocumented dvUSorSS (0029,0072) Undocumented dvUSorSS (0029,0077) Undocumented dvCS (0029,0078) Undocumented dvLT (0029,0079) Undocumented dvCS (0029,007E) Undocumented dvCS (0029,007F) Undocumented dvCS (0029,0080) Undocumented dvUSorSS (0029,0081) Undocumented dvUSorSS (0029,0082) Undocumented dvIS (0029,0083) Undocumented dvIS (0029,008E) Undocumented dvCS (0029,008F) Undocumented dvCS (0029,0090) Undocumented dvIS (0029,0099) Undocumented dvLT (0029,00A0) Undocumented dvUS (0029,00A1) Undocumented dvUS (0029,00A2) Undocumented dvUS (0029,00B0) Undocumented dvUS (0029,00B2) Undocumented dvUS (0029,00C0) Undocumented dvLT (0029,00C1) Undocumented dvUSorSS (0029,00C3) Undocumented dvIS (0029,00C4) Undocumented dvIS (0029,00C5) Undocumented dvLT (0029,00CE) Undocumented dvCS (0029,00CF) Undocumented dvCS (0029,00D0) Undocumented dvIS (0029,00D1) Undocumented dvIS (0029,00D5) Undocumented dvLT (0031,0010) Undocumented dvLT (0031,0012) Undocumented dvLT (0031,0030) Undocumented dvDA (0031,0032) Undocumented dvTM (0031,0033) Undocumented dvTM (0031,0045) Undocumented dvLT (0031,004A) Undocumented dvTM (0031,0050) Undocumented dvLT (0031,0080) Undocumented dvLT (0032,0000) Study Group Length dvUL (0032,000A) Study Status ID dvCS (0032,000C) Study Priority ID dvCS (0032,0012) Study ID Issuer dvLO (0032,0032) Study Verified Date dvDA (0032,0033) Study Verified Time dvTM (0032,0034) Study Read Date dvDA (0032,0035) Study Read Time dvTM (0032,1000) Scheduled Study Start Date dvDA (0032,1001) Scheduled Study Start Time dvTM (0032,1010) Scheduled Study Stop Date dvDA (0032,1011) Scheduled Study Stop Time dvTM (0032,1020) Scheduled Study Location dvLO (0032,1021) Scheduled Study Location AE Title dvAE (0032,1030) Reason for Study dvLO (0032,1031) Requesting Physician Identification Sequence dvSQ (0032,1032) Requesting Physician dvPN (0032,1033) Requesting Service dvLO (0032,1034) Requesting Service Code Sequence dvSQ (0032,1040) Study Arrival Date dvDA (0032,1041) Study Arrival Time dvTM (0032,1050) Study Completion Date dvDA (0032,1051) Study Completion Time dvTM (0032,1055) Study Component Status ID dvCS (0032,1060) Requested Procedure Description dvLO (0032,1064) Requested Procedure Code Sequence dvSQ (0032,1070) Requested Contrast Agent dvLO (0032,4000) Study Comments dvLT (0033,0001) Undocumented dvUN (0033,0002) Undocumented dvUN (0033,0005) Undocumented dvUN (0033,0006) Undocumented dvUN (0033,0010) Undocumented dvLT (0037,0010) Undocumented dvLO (0037,0020) Undocumented dvUS (0037,0040) Undocumented dvSH (0037,0042) Undocumented dvSH (0037,0050) Undocumented dvCS (0037,0060) Undocumented dvUS (0038,0000) Visit Group Length dvUL (0038,0004) Referenced Patient Alias Sequence dvSQ (0038,0008) Visit Status ID dvCS (0038,0010) Admission ID dvLO (0038,0011) Issuer of Admission ID dvLO (0038,0014) Issuer of Admission ID Sequence dvSQ (0038,0016) Route of Admissions dvLO (0038,001A) Scheduled Admission Date dvDA (0038,001B) Scheduled Admission Time dvTM (0038,001C) Scheduled Discharge Date dvDA (0038,001D) Scheduled Discharge Time dvTM (0038,001E) Scheduled Patient Institution Residence dvLO (0038,0020) Admitting Date dvDA (0038,0021) Admitting Time dvTM (0038,0030) Discharge Date dvDA (0038,0032) Discharge Time dvTM (0038,0040) Discharge Diagnosis Description dvLO (0038,0044) Discharge Diagnosis Code Sequence dvSQ (0038,0050) Special Needs dvLO (0038,0060) Service Episode ID dvLO (0038,0061) Issuer of Service Episode ID dvLO (0038,0062) Service Episode Description dvLO (0038,0064) Issuer of Service Episode ID Sequence dvSQ (0038,0100) Pertinent Documents Sequence dvSQ (0038,0300) Current Patient Location dvLO (0038,0400) Patient's Institution Residence dvLO (0038,0500) Patient State dvLO (0038,0502) Patient Clinical Trial Participation Sequence dvSQ (0038,4000) Visit Comments dvLT (0039,0080) Undocumented dvIS (0039,0085) Undocumented dvDA (0039,0090) Undocumented dvTM (0039,0095) Undocumented dvLO (0039,00AA) Undocumented dvCS (003A,0002) Undocumented dvSQ (003A,0004) Waveform Originality dvCS (003A,0005) Number of Waveform Channels dvUS (003A,0010) Number of Waveform Samples dvUL (003A,001A) Sampling Frequency dvDS (003A,0020) Multiplex Group Label dvSH (003A,0103) Undocumented dvCS (003A,0122) Undocumented dvOB (003A,0200) Channel Definition Sequence dvSQ (003A,0202) Waveform Channel Number dvIS (003A,0203) Channel Label dvSH (003A,0205) Channel Status dvCS (003A,0208) Channel Source Sequence dvSQ (003A,0209) Channel Source Modifiers Sequence dvSQ (003A,020A) Source Waveform Sequence dvSQ (003A,020B) Undocumented dvSQ (003A,020C) Channel Derivation Description dvLO (003A,0210) Channel Sensitivity dvDS (003A,0211) Channel Sensitivity Units Sequence dvSQ (003A,0212) Channel Sensitivity Correction Factor dvDS (003A,0213) Channel Baseline dvDS (003A,0214) Channel Time Skew dvDS (003A,0215) Channel Sample Skew dvDS (003A,0216) Undocumented dvOB (003A,0217) Undocumented dvOB (003A,0218) Channel Offset dvDS (003A,021A) Waveform Bits Stored dvUS (003A,0220) Filter Low Frequency dvDS (003A,0221) Filter High Frequency dvDS (003A,0222) Notch Filter Frequency dvDS (003A,0223) Notch Filter Bandwidth dvDS (003A,0230) Waveform Data Display Scale dvFL (003A,0231) Waveform Display Background CIELab Value dvUS (003A,0240) Waveform Presentation Group Sequence dvSQ (003A,0241) Presentation Group Number dvUS (003A,0242) Channel Display Sequence dvSQ (003A,0244) Channel Recommended Display CIELab Value dvUS (003A,0245) Channel Position dvFL (003A,0246) Display Shading Flag dvCS (003A,0247) Fractional Channel Display Scale dvFL (003A,0248) Absolute Channel Display Scale dvFL (003A,0300) Multiplexed Audio Channels Description Code Sequence dvSQ (003A,0301) Channel Identification Code dvIS (003A,0302) Channel Mode dvCS (003A,1000) Undocumented dvOB (0040,0000) Modality Worklist Group Length dvUL (0040,0001) Scheduled Station AE Title dvAE (0040,0002) Scheduled Procedure Step Start Date dvDA (0040,0003) Scheduled Procedure Step Start Time dvTM (0040,0004) Scheduled Procedure Step End Date dvDA (0040,0005) Scheduled Procedure Step End Time dvTM (0040,0006) Scheduled Performing Physician's Name dvPN (0040,0007) Scheduled Procedure Step Description dvLO (0040,0008) Scheduled Protocol Code Sequence dvSQ (0040,0009) Scheduled Procedure Step ID dvSH (0040,000A) Stage Code Sequence dvSQ (0040,000B) Scheduled Performing Physician Identification Sequence dvSQ (0040,0010) Scheduled Station Name dvSH (0040,0011) Scheduled Procedure Step Location dvSH (0040,0012) Pre-Medication dvLO (0040,0020) Scheduled Procedure Step Status dvCS (0040,0026) Order Placer Identifier Sequence dvSQ (0040,0027) Order Filler Identifier Sequence dvSQ (0040,0031) Local Namespace Entity ID dvUT (0040,0032) Universal Entity ID dvUT (0040,0033) Universal Entity ID Type dvCS (0040,0035) Identifier Type Code dvCS (0040,0036) Assigning Facility Sequence dvSQ (0040,0039) Assigning Jurisdiction Code Sequence dvSQ (0040,003A) Assigning Agency or Department Code Sequence dvSQ (0040,0100) Scheduled Procedure Step Sequence dvSQ (0040,0220) Referenced Non-Image Composite SOP Instance Sequence dvSQ (0040,0241) Performed Station AE Title dvAE (0040,0242) Performed Station Name dvSH (0040,0243) Performed Location dvSH (0040,0244) Performed Procedure Step Start Date dvDA (0040,0245) Performed Procedure Step Start Time dvTM (0040,0250) Performed Procedure Step End Date dvDA (0040,0251) Performed Procedure Step End Time dvTM (0040,0252) Performed Procedure Step Status dvCS (0040,0253) Performed Procedure Step ID dvSH (0040,0254) Performed Procedure Step Description dvLO (0040,0255) Performed Procedure Type Description dvLO (0040,0260) Performed Protocol Code Sequence dvSQ (0040,0261) Performed Protocol Type dvCS (0040,0270) Scheduled Step Attributes Sequence dvSQ (0040,0275) Request Attributes Sequence dvSQ (0040,0280) Comments on the Performed Procedure Step dvST (0040,0281) Performed Procedure Step Discontinuation Reason Code Sequence dvSQ (0040,0293) Quantity Sequence dvSQ (0040,0294) Quantity dvDS (0040,0295) Measuring Units Sequence dvSQ (0040,0296) Billing Item Sequence dvSQ (0040,0300) Total Time of Fluoroscopy dvUS (0040,0301) Total Number of Exposures dvUS (0040,0302) Entrance Dose dvUS (0040,0303) Exposed Area dvUS (0040,0306) Distance Source to Entrance dvDS (0040,0307) Distance Source to Support dvDS (0040,030E) Exposure Dose Sequence dvSQ (0040,0310) Comments on Radiation Dose dvST (0040,0312) X-Ray Output dvDS (0040,0314) Half Value Layer dvDS (0040,0316) Organ Dose dvDS (0040,0318) Organ Exposed dvCS (0040,0320) Billing Procedure Step Sequence dvSQ (0040,0321) Film Consumption Sequence dvSQ (0040,0324) Billing Supplies and Devices Sequence dvSQ (0040,0330) Referenced Procedure Step Sequence dvSQ (0040,0340) Performed Series Sequence dvSQ (0040,0400) Comments on the Scheduled Procedure Step dvLT (0040,0440) Protocol Context Sequence dvSQ (0040,0441) Content Item Modifier Sequence dvSQ (0040,0500) Scheduled Specimen Sequence dvSQ (0040,050A) Specimen Accession Number dvLO (0040,0512) Container Identifier dvLO (0040,0513) Issuer of the Container Identifier Sequence dvSQ (0040,0515) Alternate Container Identifier Sequence dvSQ (0040,0518) Container Type Code Sequence dvSQ (0040,051A) Container Description dvLO (0040,0520) Container Component Sequence dvSQ (0040,0550) Specimen Sequence dvSQ (0040,0551) Specimen Identifier dvLO (0040,0552) Specimen Description Sequence (Trial) dvSQ (0040,0553) Specimen Description (Trial) dvST (0040,0554) Specimen UID dvUI (0040,0555) Acquisition Context Sequence dvSQ (0040,0556) Acquisition Context Description dvST (0040,0560) Specimen Description Sequence dvSQ (0040,0562) Issuer of the Specimen Identifier Sequence dvSQ (0040,059A) Specimen Type Code Sequence dvSQ (0040,0600) Specimen Short Description dvLO (0040,0602) Specimen Detailed Description dvUT (0040,0610) Specimen Preparation Sequence dvSQ (0040,0612) Specimen Preparation Step Content Item Sequence dvSQ (0040,0620) Specimen Localization Content Item Sequence dvSQ (0040,06FA) Slide Identifier dvLO (0040,071A) Image Center Point Coordinates Sequence dvSQ (0040,072A) X Offset in Slide Coordinate System dvDS (0040,073A) Y Offset in Slide Coordinate System dvDS (0040,074A) Z Offset in Slide Coordinate System dvDS (0040,08D8) Pixel Spacing Sequence dvSQ (0040,08DA) Coordinate System Axis Code Sequence dvSQ (0040,08EA) Measurement Units Code Sequence dvSQ (0040,09F8) Vital Stain Code Sequence (Trial) dvSQ (0040,1001) Requested Procedure ID dvSH (0040,1002) Reason for the Requested Procedure dvLO (0040,1003) Requested Procedure Priority dvSH (0040,1004) Patient Transport Arrangements dvLO (0040,1005) Requested Procedure Location dvLO (0040,1006) Placer Order Number / Procedure dvSH (0040,1007) Filler Order Number / Procedure dvSH (0040,1008) Confidentiality Code dvLO (0040,1009) Reporting Priority dvSH (0040,100A) Reason for Requested Procedure Code Sequence dvSQ (0040,1010) Names of Intended Recipients of Results dvPN (0040,1011) Intended Recipients of Results Identification Sequence dvSQ (0040,1012) Reason for Performed Procedure Code Sequence dvSQ (0040,1060) Requested Procedure Description (Trial) dvLO (0040,1101) Person Identification Code Sequence dvSQ (0040,1102) Person's Address dvST (0040,1103) Person's Telephone Numbers dvLO (0040,1400) Requested Procedure Comments dvLT (0040,2001) Reason for the Imaging Service Request dvLO (0040,2004) Issue Date of Imaging Service Request dvDA (0040,2005) Issue Time of Imaging Service Request dvTM (0040,2006) Placer Order Number / Imaging Service Request (Retired) dvSH (0040,2007) Filler Order Number / Imaging Service Request (Retired) dvSH (0040,2008) Order Entered By dvPN (0040,2009) Order Enterer's Location dvSH (0040,2010) Order Callback Phone Number dvSH (0040,2016) Placer Order Number / Imaging Service Request dvLO (0040,2017) Filler Order Number / Imaging Service Request dvLO (0040,2400) Imaging Service Request Comments dvLT (0040,3001) Confidentiality Constraint on Patient Data Description dvLO (0040,4001) General Purpose Scheduled Procedure Step Status dvCS (0040,4002) General Purpose Performed Procedure Step Status dvCS (0040,4003) General Purpose Scheduled Procedure Step Priority dvCS (0040,4004) Scheduled Processing Applications Code Sequence dvSQ (0040,4005) Scheduled Procedure Step Start Date/Time dvDT (0040,4006) Multiple Copies Flag dvCS (0040,4007) Performed Processing Applications Code Sequence dvSQ (0040,4009) Human Performer Code Sequence dvSQ (0040,4010) Scheduled Procedure Step Modification Date/Time dvDT (0040,4011) Expected Completion Date/Time dvDT (0040,4015) Resulting General Purpose Performed Procedure Steps Sequence dvSQ (0040,4016) Referenced General Purpose Scheduled Procedure Step Sequence dvSQ (0040,4018) Scheduled Workitem Code Sequence dvSQ (0040,4019) Performed Workitem Code Sequence dvSQ (0040,4020) Input Availability Flag dvCS (0040,4021) Input Information Sequence dvSQ (0040,4022) Relevant Information Sequence dvSQ (0040,4023) Referenced General Purpose Scheduled Procedure Step Transaction UID dvUI (0040,4025) Scheduled Station Name Code Sequence dvSQ (0040,4026) Scheduled Station Class Code Sequence dvSQ (0040,4027) Scheduled Station Geographic Location Code Sequence dvSQ (0040,4028) Performed Station Name Code Sequence dvSQ (0040,4029) Performed Station Class Code Sequence dvSQ (0040,4030) Performed Station Geographic Location Code Sequence dvSQ (0040,4031) Requested Subsequent Workitem Code Sequence dvSQ (0040,4032) Non-DICOM Output Code Sequence dvSQ (0040,4033) Output Information Sequence dvSQ (0040,4034) Scheduled Human Performers Sequence dvSQ (0040,4035) Actual Human Performers Sequence dvSQ (0040,4036) Human Performer's Organization dvLO (0040,4037) Human Performer's Name dvPN (0040,4040) Raw Data Handling dvCS (0040,4041) Input Readiness State dvCS (0040,4050) Performed Procedure Step Start Date/Time dvDT (0040,4051) Performed Procedure Step End Date/Time dvDT (0040,4052) Procedure Step Cancellation Date/Time dvDT (0040,8302) Entrance Dose in mGy dvDS (0040,9094) Referenced Image Real World Value Mapping Sequence dvSQ (0040,9096) Real World Value Mapping Sequence dvSQ (0040,9098) Pixel Value Mapping Code Sequence dvSQ (0040,9210) LUT Label dvSH (0040,9211) Real World Value Last Value Mapped dvUSorSS (0040,9212) Real World Value LUT Data dvFD (0040,9216) Real World Value First Value Mapped dvUSorSS (0040,9224) Real World Value Intercept dvFD (0040,9225) Real World Value Slope dvFD (0040,A007) Findings Flag (Trial) dvCS (0040,A010) Relationship Type dvCS (0040,A020) Findings Sequence (Trial) dvSQ (0040,A021) Findings Group UID (Trial) dvUI (0040,A022) Referenced Findings Group UID (Trial) dvUI (0040,A023) Findings Group Recording Date (Trial) dvDA (0040,A024) Findings Group Recording Time (Trial) dvTM (0040,A026) Findings Source Category Code Sequence (Trial) dvSQ (0040,A027) Verifying Organization dvLO (0040,A028) Documenting Organization Identifier Code Sequence (Trial) dvSQ (0040,A030) Verification Date/Time dvDT (0040,A032) Observation Date/Time dvDT (0040,A040) Value Type dvCS (0040,A043) Concept Name Code Sequence dvSQ (0040,A047) Measurement Precision Description (Trial) dvLO (0040,A050) Continuity of Content dvCS (0040,A057) Urgency or Priority Alerts (Trial) dvCS (0040,A060) Sequencing Indicator (Trial) dvLO (0040,A066) Document Identifier Code Sequence (Trial) dvSQ (0040,A067) Document Author (Trial) dvPN (0040,A068) Document Author Identifier Code Sequence (Trial) dvSQ (0040,A070) Identifier Code Sequence (Trial) dvSQ (0040,A073) Verifying Observer Sequence dvSQ (0040,A074) Object Binary Identifier (Trial) dvOB (0040,A075) Verifying Observer Name dvPN (0040,A076) Documenting Observer Identifier Code Sequence (Trial) dvSQ (0040,A078) Author Observer Sequence dvSQ (0040,A07A) Participant Sequence dvSQ (0040,A07C) Custodial Organization Sequence dvSQ (0040,A080) Participation Type dvCS (0040,A082) Participation Date/Time dvDT (0040,A084) Observer Type dvCS (0040,A085) Procedure Identifier Code Sequence (Trial) dvSQ (0040,A088) Verifying Observer Identification Code Sequence dvSQ (0040,A089) Object Directory Binary Identifier (Trial) dvOB (0040,A090) Equivalent CDA Document Sequence dvSQ (0040,A0A0) Undocumented dvCS (0040,A0B0) Referenced Waveform Channels dvUS (0040,A110) Date of Document or Verbal Transaction (Trial) dvDA (0040,A112) Time of Document Creation or Verbal Transaction (Trial) dvTM (0040,A120) Date/Time dvDT (0040,A121) Date dvDA (0040,A122) Time dvTM (0040,A123) Person Name dvPN (0040,A124) UID dvUI (0040,A125) Report Status ID (Trial) dvCS (0040,A130) Temporal Range Type dvCS (0040,A132) Referenced Sample Positions dvUL (0040,A136) Referenced Frame Numbers dvUS (0040,A138) Referenced Time Offsets dvDS (0040,A13A) Referenced Date/Time dvDT (0040,A160) Text Value dvUT (0040,A161) Floating Point Value dvFD (0040,A162) Rational Numerator Value dvSL (0040,A163) Rational Denominator Value dvUL (0040,A167) Observation Category Code Sequence (Trial) dvSQ (0040,A168) Concept Code Sequence dvSQ (0040,A16A) Bibliographic Citation (Trial) dvST (0040,A170) Purpose of Reference Code Sequence dvSQ (0040,A171) Observation UID dvUI (0040,A172) Referenced Observation UID (Trial) dvUI (0040,A173) Referenced Observation Class (Trial) dvCS (0040,A174) Referenced Object Observation Class (Trial) dvCS (0040,A180) Annotation Group Number dvUS (0040,A192) Observation Date (Trial) dvDA (0040,A193) Observation Time (Trial) dvTM (0040,A194) Measurement Automation (Trial) dvCS (0040,A195) Modifier Code Sequence dvSQ (0040,A224) Identification Description (Trial) dvST (0040,A290) Coordinates Set Geometric Type (Trial) dvCS (0040,A296) Algorithm Code Sequence (Trial) dvSQ (0040,A297) Algorithm Description (Trial) dvST (0040,A29A) Pixel Coordinates Set (Trial) dvSL (0040,A300) Measured Value Sequence dvSQ (0040,A301) Numeric Value Qualifier Code Sequence dvSQ (0040,A307) Current Observer (Trial) dvPN (0040,A30A) Numeric Value dvDS (0040,A313) Referenced Accession Sequence (Trial) dvSQ (0040,A33A) Report Status Comment (Trial) dvST (0040,A340) Procedure Context Sequence (Trial) dvSQ (0040,A352) Verbal Source (Trial) dvPN (0040,A353) Address (Trial) dvST (0040,A354) Telephone Number (Trial) dvLO (0040,A358) Verbal Source Identifier Code Sequence (Trial) dvSQ (0040,A360) Predecessor Documents Sequence dvSQ (0040,A370) Referenced Request Sequence dvSQ (0040,A372) Performed Procedure Code Sequence dvSQ (0040,A375) Current Requested Procedure Evidence Sequence dvSQ (0040,A380) Report Detail Sequence (Trial) dvSQ (0040,A385) Pertinent Other Evidence Sequence dvSQ (0040,A390) HL7 Structured Document Reference Sequence dvSQ (0040,A402) Observation Subject UID (Trial) dvUI (0040,A403) Observation Subject Class (Trial) dvCS (0040,A404) Observation Subject Type Code Sequence (Trial) dvSQ (0040,A491) Completion Flag dvCS (0040,A492) Completion Flag Description dvLO (0040,A493) Verification Flag dvCS (0040,A494) Archive Requested dvCS (0040,A496) Preliminary Flag dvCS (0040,A504) Content Template Sequence dvSQ (0040,A525) Identical Documents Sequence dvSQ (0040,A600) Observation Subject Context Flag (Trial) dvCS (0040,A601) Observer Context Flag (Trial) dvCS (0040,A603) Procedure Context Flag (Trial) dvCS (0040,A730) Content Sequence dvSQ (0040,A731) Relationship Sequence (Trial) dvSQ (0040,A732) Relationship Type Code Sequence (Trial) dvSQ (0040,A744) Language Code Sequence (Trial) dvSQ (0040,A992) Uniform Resource Locator (Trial) dvST (0040,B020) Waveform Annotation Sequence dvSQ (0040,DB00) Template Identifier dvCS (0040,DB06) Template Version dvDT (0040,DB07) Template Local Version dvDT (0040,DB0B) Template Extension Flag dvCS (0040,DB0C) Template Extension Organization UID dvUI (0040,DB0D) Template Extension Creator UID dvUI (0040,DB73) Referenced Content Item Identifier dvUL (0040,E001) HL7 Instance Identifier dvST (0040,E004) HL7 Document Effective Time dvDT (0040,E006) HL7 Document Type Code Sequence dvSQ (0040,E008) Document Class Code Sequence dvSQ (0040,E010) Retrieve URI dvUR (0040,E011) Retrieve Location UID dvUI (0040,E020) Type of Instances dvCS (0040,E021) DICOM Retrieval Sequence dvSQ (0040,E022) DICOM Media Retrieval Sequence dvSQ (0040,E023) WADO Retrieval Sequence dvSQ (0040,E024) XDS Retrieval Sequence dvSQ (0040,E030) Repository Unique ID dvUI (0040,E031) Home Community ID dvUI (0041,0000) Undocumented dvLT (0041,0010) Undocumented dvUSorSS (0041,0011) Undocumented dvUSorSS (0041,0012) Undocumented dvUL (0041,0013) Undocumented dvSQ (0041,0014) Undocumented dvSQ (0041,0015) Undocumented dvUS (0041,0020) Undocumented dvUSorSS (0041,0021) Undocumented dvUI (0041,0022) Undocumented dvUI (0041,0030) Undocumented dvUSorSS (0041,0031) Undocumented dvUSorSS (0041,0032) Undocumented dvUSorSS (0041,0034) Undocumented dvDA (0041,0036) Undocumented dvTM (0041,0040) Undocumented dvLT (0041,0041) Undocumented dvUI (0041,0042) Undocumented dvUI (0041,0050) Undocumented dvUSorSS (0041,0060) Undocumented dvUL (0041,0062) Undocumented dvUL (0041,00A0) Undocumented dvLT (0041,00A1) Undocumented dvUS (0041,00A2) Undocumented dvLT (0041,00A3) Undocumented dvUL (0041,00B0) Undocumented dvLT (0041,00B1) Undocumented dvUS (0041,00B2) Undocumented dvUL (0041,00B3) Undocumented dvUL (0042,0010) Document Title dvST (0042,0011) Encapsulated Document dvOB (0042,0012) MIME Type of Encapsulated Document dvLO (0042,0013) Source Instance Sequence dvSQ (0042,0014) List of MIME Types dvLO (0043,0001) Undocumented dvSS (0043,0002) Undocumented dvSS (0043,0003) Undocumented dvSS (0043,0004) Undocumented dvSS (0043,0005) Undocumented dvSS (0043,0006) Undocumented dvSS (0043,0007) Undocumented dvSS (0043,0008) Undocumented dvSS (0043,0009) Undocumented dvSS (0043,000A) Undocumented dvSS (0043,000B) Undocumented dvDS (0043,000C) Undocumented dvDS (0043,000D) Undocumented dvDS (0043,000E) Undocumented dvDS (0043,000F) Undocumented dvDS (0043,0010) Undocumented dvUS (0043,0011) Undocumented dvUS (0043,0012) Undocumented dvSS (0043,0013) Undocumented dvSS (0043,0014) Undocumented dvSS (0043,0015) Undocumented dvSS (0043,0016) Undocumented dvSS (0043,0017) Undocumented dvDS (0043,0018) Undocumented dvDS (0043,0019) Undocumented dvSS (0043,001A) Undocumented dvSL (0043,001B) Undocumented dvSS (0043,001C) Undocumented dvSS (0043,001D) Undocumented dvSS (0043,001E) Undocumented dvUSorSS (0043,001F) Undocumented dvSL (0043,0020) Undocumented dvDS (0043,0021) Undocumented dvSS (0043,0025) Undocumented dvSS (0043,0026) Undocumented dvUS (0043,0027) Undocumented dvUSorSS (0043,0028) Undocumented dvOB (0043,0029) Undocumented dvOB (0043,002A) Undocumented dvOB (0043,002B) Undocumented dvSS (0043,002C) Undocumented dvSS (0043,002D) Undocumented dvSH (0043,002E) Undocumented dvSH (0043,002F) Undocumented dvSS (0043,0030) Undocumented dvSS (0043,0031) Undocumented dvDS (0043,0032) Undocumented dvSS (0043,0033) Undocumented dvFL (0043,0034) Undocumented dvIS (0043,0035) Undocumented dvUL (0043,0036) Undocumented dvUL (0043,0037) Undocumented dvUL (0043,0038) Undocumented dvFL (0043,0039) Undocumented dvIS (0043,0040) Undocumented dvFL (0043,0041) Undocumented dvFL (0043,0042) Undocumented dvSL (0043,0043) Undocumented dvSL (0043,0044) Undocumented dvSL (0043,0045) Undocumented dvSL (0043,0046) Undocumented dvSL (0043,0047) Undocumented dvSL (0043,0048) Undocumented dvSL (0043,0049) Undocumented dvSL (0043,004A) Undocumented dvSS (0043,004B) Undocumented dvSL (0043,004C) Undocumented dvSS (0043,004D) Undocumented dvFL (0043,004E) Undocumented dvFL (0043,1000) Undocumented dvLO (0043,1001) Bitmap of Prescan Options dvLO (0044,0000) Undocumented dvUI (0044,0001) Product Package Identifier dvST (0044,0002) Substance Administration Approval dvCS (0044,0003) Approval Status Further Description dvLT (0044,0004) Approval Status Date/Time dvDT (0044,0007) Product Type Code Sequence dvSQ (0044,0008) Product Name dvLO (0044,0009) Product Description dvLT (0044,000A) Product Lot Identifier dvLO (0044,000B) Product Expiration Date/Time dvDT (0044,0010) Substance Administration Date/Time dvDT (0044,0011) Substance Administration Notes dvLO (0044,0012) Substance Administration Device ID dvLO (0044,0013) Product Parameter Sequence dvSQ (0044,0019) Substance Administration Parameter Sequence dvSQ (0045,0004) Undocumented dvCS (0045,0006) Undocumented dvDS (0045,0009) Undocumented dvDS (0045,000B) Undocumented dvCS (0045,000C) Undocumented dvDS (0045,000D) Undocumented dvDS (0045,0011) Undocumented dvDS (0045,0012) Undocumented dvIS (0045,0013) Undocumented dvST (0045,0014) Undocumented dvDS (0045,0015) Undocumented dvIS (0045,0016) Undocumented dvIS (0045,001B) Undocumented dvCS (0045,001D) Undocumented dvDS (0045,001E) Undocumented dvDS (0045,001F) Undocumented dvDS (0045,0020) Undocumented dvDS (0045,0021) Undocumented dvDS (0045,0022) Undocumented dvDS (0045,0023) Undocumented dvDS (0045,0024) Undocumented dvDS (0045,0025) Undocumented dvDS (0045,0026) Undocumented dvOB (0045,0027) Undocumented dvIS (0045,0028) Undocumented dvCS (0045,0029) Undocumented dvDS (0045,002A) Undocumented dvIS (0045,002B) Undocumented dvIS (0045,0039) Undocumented dvUS (0045,003A) Undocumented dvUS (0045,003B) Undocumented dvUS (0045,003C) Undocumented dvUS (0045,003D) Undocumented dvUS (0045,003E) Undocumented dvUS (0045,003F) Undocumented dvOB (0046,0012) Lens Description dvLO (0046,0014) Right Lens Sequence dvSQ (0046,0015) Left Lens Sequence dvSQ (0046,0016) Unspecified Laterality Lens Sequence dvSQ (0046,0018) Cylinder Sequence dvSQ (0046,0028) Prism Sequence dvSQ (0046,0030) Horizontal Prism Power dvFD (0046,0032) Horizontal Prism Base dvCS (0046,0034) Vertical Prism Power dvFD (0046,0036) Vertical Prism Base dvCS (0046,0038) Lens Segment Type dvCS (0046,0040) Optical Transmittance dvFD (0046,0042) Channel Width dvFD (0046,0044) Pupil Size dvFD (0046,0046) Corneal Size dvFD (0046,0050) Autorefraction Right Eye Sequence dvSQ (0046,0052) Autorefraction Left Eye Sequence dvSQ (0046,0060) Distance Pupillary Distance dvFD (0046,0062) Near Pupillary Distance dvFD (0046,0063) Intermediate Pupillary Distance dvFD (0046,0064) Other Pupillary Distance dvFD (0046,0070) Keratometry Right Eye Sequence dvSQ (0046,0071) Keratometry Left Eye Sequence dvSQ (0046,0074) Steep Keratometric Axis Sequence dvSQ (0046,0075) Radius of Curvature dvFD (0046,0076) Keratometric Power dvFD (0046,0077) Keratometric Axis dvFD (0046,0080) Flat Keratometric Axis Sequence dvSQ (0046,0092) Background Color dvCS (0046,0094) Optotype dvCS (0046,0095) Optotype Presentation dvCS (0046,0097) Subjective Refraction Right Eye Sequence dvSQ (0046,0098) Subjective Refraction Left Eye Sequence dvSQ (0046,0100) Add Near Sequence dvSQ (0046,0101) Add Intermediate Sequence dvSQ (0046,0102) Add Other Sequence dvSQ (0046,0104) Add Power dvFD (0046,0106) Viewing Distance dvFD (0046,0121) Visual Acuity Type Code Sequence dvSQ (0046,0122) Visual Acuity Right Eye Sequence dvSQ (0046,0123) Visual Acuity Left Eye Sequence dvSQ (0046,0124) Visual Acuity Both Eyes Open Sequence dvSQ (0046,0125) Viewing Distance Type dvCS (0046,0135) Visual Acuity Modifiers dvSS (0046,0137) Decimal Visual Acuity dvFD (0046,0139) Optotype Detailed Definition dvLO (0046,0145) Referenced Refractive Measurements Sequence dvSQ (0046,0146) Sphere Power dvFD (0046,0147) Cylinder Power dvFD (0046,0201) Corneal Topography Surface dvCS (0046,0202) Corneal Vertex Location dvFL (0046,0203) Pupil Centroid X-Coordinate dvFL (0046,0204) Pupil Centroid Y-Coordinate dvFL (0046,0205) Equivalent Pupil Radius dvFL (0046,0207) Corneal Topography Map Type Code Sequence dvSQ (0046,0208) Vertices of the Outline of Pupil dvIS (0046,0210) Corneal Topography Mapping Normals Sequence dvSQ (0046,0211) Maximum Corneal Curvature Sequence dvSQ (0046,0212) Maximum Corneal Curvature dvFL (0046,0213) Maximum Corneal Curvature Location dvFL (0046,0215) Minimum Keratometric Sequence dvSQ (0046,0218) Simulated Keratometric Cylinder Sequence dvSQ (0046,0220) Average Corneal Power dvFL (0046,0224) Corneal I-S Value dvFL (0046,0227) Analyzed Area dvFL (0046,0230) Surface Regularity Index dvFL (0046,0232) Surface Asymmetry Index dvFL (0046,0234) Corneal Eccentricity Index dvFL (0046,0236) Keratoconus Prediction Index dvFL (0046,0238) Decimal Potential Visual Acuity dvFL (0046,0242) Corneal Topography Map Quality Evaluation dvCS (0046,0244) Source Image Corneal Processed Data Sequence dvSQ (0046,0247) Corneal Point Location dvFL (0046,0248) Corneal Point Estimated dvCS (0046,0249) Axial Power dvFL (0046,0250) Tangential Power dvFL (0046,0251) Refractive Power dvFL (0046,0252) Relative Elevation dvFL (0046,0253) Corneal Wavefront dvFL (0047,0001) Undocumented dvSQ (0047,0050) Undocumented dvUL (0047,0051) Undocumented dvUL (0047,0053) Undocumented dvUS (0047,0054) Undocumented dvUS (0047,0055) Undocumented dvSL (0047,0057) Undocumented dvDS (0047,0058) Undocumented dvDS (0047,0059) Undocumented dvUS (0047,0060) Undocumented dvDS (0047,0061) Undocumented dvDS (0047,0063) Undocumented dvSL (0047,0064) Undocumented dvDS (0047,0065) Undocumented dvDS (0047,0070) Undocumented dvDS (0047,0071) Undocumented dvIS (0047,0072) Undocumented dvIS (0047,0080) Undocumented dvLO (0047,0085) Undocumented dvSQ (0047,0089) Undocumented dvDS (0047,008A) Undocumented dvUS (0047,008B) Undocumented dvUS (0047,0091) Undocumented dvLO (0047,0092) Undocumented dvCS (0047,0093) Undocumented dvDA (0047,0094) Undocumented dvTM (0047,0095) Undocumented dvCS (0047,0096) Undocumented dvIS (0047,0098) Undocumented dvUS (0047,0099) Undocumented dvSQ (0047,009A) Undocumented dvDS (0047,009B) Undocumented dvDS (0047,009C) Undocumented dvLO (0047,00B0) Undocumented dvSQ (0047,00B1) Undocumented dvUS (0047,00B2) Undocumented dvUS (0047,00B5) Undocumented dvLO (0047,00B6) Undocumented dvLO (0047,00B7) Undocumented dvLO (0047,00B8) Undocumented dvSL (0047,00B9) Undocumented dvSL (0047,00BA) Undocumented dvSL (0047,00BB) Undocumented dvSQ (0047,00BC) Undocumented dvDS (0047,00C0) Undocumented dvDS (0047,00C1) Undocumented dvDS (0047,00C2) Undocumented dvDS (0047,00D1) Undocumented dvOB (0047,00D2) Undocumented dvOB (0047,00D3) Undocumented dvOB (0047,00D4) Undocumented dvOB (0047,00D5) Undocumented dvOB (0048,0001) Imaged Volume Width dvFL (0048,0002) Imaged Volume Height dvFL (0048,0003) Imaged Volume Depth dvFL (0048,0006) Total Pixel Matrix Columns dvUL (0048,0007) Total Pixel Matrix Rows dvUL (0048,0008) Total Pixel Matrix Origin Sequence dvSQ (0048,0010) Specimen Label in Image dvCS (0048,0011) Focus Method dvCS (0048,0012) Extended Depth of Field dvCS (0048,0013) Number of Focal Planes dvUS (0048,0014) Distance Between Focal Planes dvFL (0048,0015) Recommended Absent Pixel CIELab Value dvUS (0048,0100) Illuminator Type Code Sequence dvSQ (0048,0102) Image Orientation (Slide) dvDS (0048,0105) Optical Path Sequence dvSQ (0048,0106) Optical Path Identifier dvSH (0048,0107) Optical Path Description dvST (0048,0108) Illumination Color Code Sequence dvSQ (0048,0110) Specimen Reference Sequence dvSQ (0048,0111) Condenser Lens Power dvDS (0048,0112) Objective Lens Power dvDS (0048,0113) Objective Lens Numerical Aperture dvDS (0048,0120) Palette Color Lookup Table Sequence dvSQ (0048,0200) Referenced Image Navigation Sequence dvSQ (0048,0201) Top Left Hand Corner of Localizer Area dvUS (0048,0202) Bottom Right Hand Corner of Localizer Area dvUS (0048,0207) Optical Path Identification Sequence dvSQ (0048,021A) Plane Position (Slide) Sequence dvSQ (0048,021E) Column Position in Total Image Pixel Matrix dvSL (0048,021F) Row Position in Total Image Pixel Matrix dvSL (0048,0301) Pixel Origin Interpretation dvCS (0050,0000) X-Ray Angio Device Group Length dvUL (0050,0004) Calibration Image dvCS (0050,0010) Device Sequence dvSQ (0050,0012) Container Component Type Code Sequence dvSQ (0050,0013) Container Component Thickness dvFD (0050,0014) Device Length dvDS (0050,0015) Container Component Width dvFD (0050,0016) Device Diameter dvDS (0050,0017) Device Diameter Units dvCS (0050,0018) Device Volume dvDS (0050,0019) Inter-Marker Distance dvDS (0050,001A) Container Component Material dvCS (0050,001B) Container Component ID dvLO (0050,001C) Container Component Length dvFD (0050,001D) Container Component Diameter dvFD (0050,001E) Container Component Description dvLO (0050,0020) Device Description dvLO (0050,0030) Undocumented dvSQ (0051,0010) Undocumented dvUSorSS (0052,0001) Contrast/Bolus Ingredient Percent by Volume dvFL (0052,0002) OCT Focal Distance dvFD (0052,0003) Beam Spot Size dvFD (0052,0004) Effective Refractive Index dvFD (0052,0006) OCT Acquisition Domain dvCS (0052,0007) OCT Optical Center Wavelength dvFD (0052,0008) Axial Resolution dvFD (0052,0009) Ranging Depth dvFD (0052,0011) A-line Rate dvFD (0052,0012) A-lines per Frame dvUS (0052,0013) Catheter Rotational Rate dvFD (0052,0014) A-line Pixel Spacing dvFD (0052,0016) Mode of Percutaneous Access Sequence dvSQ (0052,0025) Intravascular OCT Frame Type Sequence dvSQ (0052,0026) OCT Z Offset Applied dvCS (0052,0027) Intravascular Frame Content Sequence dvSQ (0052,0028) Intravascular Longitudinal Distance dvFD (0052,0029) Intravascular OCT Frame Content Sequence dvSQ (0052,0030) OCT Z Offset Correction dvSS (0052,0031) Catheter Direction of Rotation dvCS (0052,0033) Seam Line Location dvFD (0052,0034) First A-line Location dvFD (0052,0036) Seam Line Index dvUS (0052,0038) Number of Padded A-lines dvUS (0052,0039) Interpolation Type dvCS (0052,003A) Refractive Index Applied dvCS (0054,0000) Nuclear Medicine Group Length dvUL (0054,0010) Energy Window Vector dvUS (0054,0011) Number of Energy Windows dvUS (0054,0012) Energy Window Information Sequence dvSQ (0054,0013) Energy Window Range Sequence dvSQ (0054,0014) Energy Window Lower Limit dvDS (0054,0015) Energy Window Upper Limit dvDS (0054,0016) Radiopharmaceutical Information Sequence dvSQ (0054,0017) Residual Syringe Counts dvIS (0054,0018) Energy Window Name dvSH (0054,0020) Detector Vector dvUS (0054,0021) Number of Detectors dvUS (0054,0022) Detector Information Sequence dvSQ (0054,0030) Phase Vector dvUS (0054,0031) Number of Phases dvUS (0054,0032) Phase Information Sequence dvSQ (0054,0033) Number of Frames in Phase dvUS (0054,0036) Phase Delay dvIS (0054,0038) Pause Between Frames dvIS (0054,0039) Phase Description dvCS (0054,0050) Rotation Vector dvUS (0054,0051) Number of Rotations dvUS (0054,0052) Rotation Information Sequence dvSQ (0054,0053) Number of Frames in Rotation dvUS (0054,0060) R-R Interval Vector dvUS (0054,0061) Number of R-R Intervals dvUS (0054,0062) Gated Information Sequence dvSQ (0054,0063) Data Information Sequence dvSQ (0054,0070) Time Slot Vector dvUS (0054,0071) Number of Time Slots dvUS (0054,0072) Time Slot Information Sequence dvSQ (0054,0073) Time Slot Time dvDS (0054,0080) Slice Vector dvUS (0054,0081) Number of Slices dvUS (0054,0090) Angular View Vector dvUS (0054,0100) Time Slice Vector dvUS (0054,0101) Number of Time Slices dvUS (0054,0200) Start Angle dvDS (0054,0202) Type of Detector Motion dvCS (0054,0210) Trigger Vector dvIS (0054,0211) Number of Triggers in Phase dvUS (0054,0220) View Code Sequence dvSQ (0054,0222) View Modifier Code Sequence dvSQ (0054,0300) Radionuclide Code Sequence dvSQ (0054,0302) Administration Route Code Sequence dvSQ (0054,0304) Radiopharmaceutical Code Sequence dvSQ (0054,0306) Calibration Data Sequence dvSQ (0054,0308) Energy Window Number dvUS (0054,0400) Image ID dvSH (0054,0410) Patient Orientation Code Sequence dvSQ (0054,0412) Patient Orientation Modifier Code Sequence dvSQ (0054,0414) Patient Gantry Relationship Code Sequence dvSQ (0054,0500) Slice Progression Direction dvCS (0054,0501) Scan Progression Direction dvCS (0054,1000) Series Type dvCS (0054,1001) Units dvCS (0054,1002) Counts Source dvCS (0054,1004) Reprojection Method dvCS (0054,1006) SUV Type dvCS (0054,1100) Randoms Correction Method dvCS (0054,1101) Attenuation Correction Method dvLO (0054,1102) Decay Correction dvCS (0054,1103) Reconstruction Method dvLO (0054,1104) Detector Lines of Response Used dvLO (0054,1105) Scatter Correction Method dvLO (0054,1200) Axial Acceptance dvDS (0054,1201) Axial Mash dvIS (0054,1202) Transverse Mash dvIS (0054,1203) Detector Element Size dvDS (0054,1210) Coincidence Window Width dvDS (0054,1220) Secondary Counts Type dvCS (0054,1300) Frame Reference Time dvDS (0054,1310) Primary (Prompts) Counts Accumulated dvIS (0054,1311) Secondary Counts Accumulated dvIS (0054,1320) Slice Sensitivity Factor dvDS (0054,1321) Decay Factor dvDS (0054,1322) Dose Calibration Factor dvDS (0054,1323) Scatter Fraction Factor dvDS (0054,1324) Dead Time Factor dvDS (0054,1330) Image Index dvUS (0054,1400) Counts Included dvCS (0054,1401) Dead Time Correction Flag dvCS (0055,0046) Undocumented dvLT (0058,0000) Undocumented dvSQ (0060,0000) Histogram Group Length dvUL (0060,3000) Histogram Sequence dvSQ (0060,3002) Histogram Number of Bins dvUS (0060,3004) Histogram First Bin Value dvUSorSS (0060,3006) Histogram Last Bin Value dvUSorSS (0060,3008) Histogram Bin Width dvUS (0060,3010) Histogram Explanation dvLO (0060,3020) Histogram Data dvUL (0062,0001) Segmentation Type dvCS (0062,0002) Segment Sequence dvSQ (0062,0003) Segmented Property Category Code Sequence dvSQ (0062,0004) Segment Number dvUS (0062,0005) Segment Label dvLO (0062,0006) Segment Description dvST (0062,0008) Segment Algorithm Type dvCS (0062,0009) Segment Algorithm Name dvLO (0062,000A) Segment Identification Sequence dvSQ (0062,000B) Referenced Segment Number dvUS (0062,000C) Recommended Display Grayscale Value dvUS (0062,000D) Recommended Display CIELab Value dvUS (0062,000E) Maximum Fractional Value dvUS (0062,000F) Segmented Property Type Code Sequence dvSQ (0062,0010) Segmentation Fractional Type dvCS (0062,0011) Segmented Property Type Modifier Code Sequence dvSQ (0062,0012) Used Segments Sequence dvSQ (0064,0002) Deformable Registration Sequence dvSQ (0064,0003) Source Frame of Reference UID dvUI (0064,0005) Deformable Registration Grid Sequence dvSQ (0064,0007) Grid Dimensions dvUL (0064,0008) Grid Resolution dvFD (0064,0009) Vector Grid Data dvOF (0064,000F) Pre Deformation Matrix Registration Sequence dvSQ (0064,0010) Post Deformation Matrix Registration Sequence dvSQ (0066,0001) Number of Surfaces dvUL (0066,0002) Surface Sequence dvSQ (0066,0003) Surface Number dvUL (0066,0004) Surface Comments dvLT (0066,0009) Surface Processing dvCS (0066,000A) Surface Processing Ratio dvFL (0066,000B) Surface Processing Description dvLO (0066,000C) Recommended Presentation Opacity dvFL (0066,000D) Recommended Presentation Type dvCS (0066,000E) Finite Volume dvCS (0066,0010) Manifold dvCS (0066,0011) Surface Points Sequence dvSQ (0066,0012) Surface Points Normals Sequence dvSQ (0066,0013) Surface Mesh Primitives Sequence dvSQ (0066,0015) Number of Surface Points dvUL (0066,0016) Point Coordinates Data dvOF (0066,0017) Point Position Accuracy dvFL (0066,0018) Mean Point Distance dvFL (0066,0019) Maximum Point Distance dvFL (0066,001A) Points Bounding Box Coordinates dvFL (0066,001B) Axis of Rotation dvFL (0066,001C) Center of Rotation dvFL (0066,001E) Number of Vectors dvUL (0066,001F) Vector Dimensionality dvUS (0066,0020) Vector Accuracy dvFL (0066,0021) Vector Coordinate Data dvOF (0066,0023) Triangle Point Index List dvOW (0066,0024) Edge Point Index List dvOW (0066,0025) Vertex Point Index List dvOW (0066,0026) Triangle Strip Sequence dvSQ (0066,0027) Triangle Fan Sequence dvSQ (0066,0028) Line Sequence dvSQ (0066,0029) Primitive Point Index List dvOW (0066,002A) Surface Count dvUL (0066,002B) Referenced Surface Sequence dvSQ (0066,002C) Referenced Surface Number dvUL (0066,002D) Segment Surface Generation Algorithm Identification Sequence dvSQ (0066,002E) Segment Surface Source Instance Sequence dvSQ (0066,002F) Algorithm Family Code Sequence dvSQ (0066,0030) Algorithm Name Code Sequence dvSQ (0066,0031) Algorithm Version dvLO (0066,0032) Algorithm Parameters dvLT (0066,0034) Facet Sequence dvSQ (0066,0035) Surface Processing Algorithm Identification Sequence dvSQ (0066,0036) Algorithm Name dvLO (0066,0037) Recommended Point Radius dvFL (0066,0038) Recommended Line Thickness dvFL (0066,0040) Long Primitive Point Index List dvUL (0066,0041) Long Triangle Point Index List dvUL (0066,0042) Long Edge Point Index List dvUL (0066,0043) Long Vertex Point Index List dvUL (0068,6210) Implant Size dvLO (0068,6221) Implant Template Version dvLO (0068,6222) Replaced Implant Template Sequence dvSQ (0068,6223) Implant Type dvCS (0068,6224) Derivation Implant Template Sequence dvSQ (0068,6225) Original Implant Template Sequence dvSQ (0068,6226) Effective Date/Time dvDT (0068,6230) Implant Target Anatomy Sequence dvSQ (0068,6260) Information From Manufacturer Sequence dvSQ (0068,6265) Notification From Manufacturer Sequence dvSQ (0068,6270) Information Issue Date/Time dvDT (0068,6280) Information Summary dvST (0068,62A0) Implant Regulatory Disapproval Code Sequence dvSQ (0068,62A5) Overall Template Spatial Tolerance dvFD (0068,62C0) HPGL Document Sequence dvSQ (0068,62D0) HPGL Document ID dvUS (0068,62D5) HPGL Document Label dvLO (0068,62E0) View Orientation Code Sequence dvSQ (0068,62F0) View Orientation Modifier dvFD (0068,62F2) HPGL Document Scaling dvFD (0068,6300) HPGL Document dvOB (0068,6310) HPGL Contour Pen Number dvUS (0068,6320) HPGL Pen Sequence dvSQ (0068,6330) HPGL Pen Number dvUS (0068,6340) HPGL Pen Label dvLO (0068,6345) HPGL Pen Description dvST (0068,6346) Recommended Rotation Point dvFD (0068,6347) Bounding Rectangle dvFD (0068,6350) Implant Template 3D Model Surface Number dvUS (0068,6360) Surface Model Description Sequence dvSQ (0068,6380) Surface Model Label dvLO (0068,6390) Surface Model Scaling Factor dvFD (0068,63A0) Materials Code Sequence dvSQ (0068,63A4) Coating Materials Code Sequence dvSQ (0068,63A8) Implant Type Code Sequence dvSQ (0068,63AC) Fixation Method Code Sequence dvSQ (0068,63B0) Mating Feature Sets Sequence dvSQ (0068,63C0) Mating Feature Set ID dvUS (0068,63D0) Mating Feature Set Label dvLO (0068,63E0) Mating Feature Sequence dvSQ (0068,63F0) Mating Feature ID dvUS (0068,6400) Mating Feature Degree of Freedom Sequence dvSQ (0068,6410) Degree of Freedom ID dvUS (0068,6420) Degree of Freedom Type dvCS (0068,6430) 2D Mating Feature Coordinates Sequence dvSQ (0068,6440) Referenced HPGL Document ID dvUS (0068,6450) 2D Mating Point dvFD (0068,6460) 2D Mating Axes dvFD (0068,6470) 2D Degree of Freedom Sequence dvSQ (0068,6490) 3D Degree of Freedom Axis dvFD (0068,64A0) Range of Freedom dvFD (0068,64C0) 3D Mating Point dvFD (0068,64D0) 3D Mating Axes dvFD (0068,64F0) 2D Degree of Freedom Axis dvFD (0068,6500) Planning Landmark Point Sequence dvSQ (0068,6510) Planning Landmark Line Sequence dvSQ (0068,6520) Planning Landmark Plane Sequence dvSQ (0068,6530) Planning Landmark ID dvUS (0068,6540) Planning Landmark Description dvLO (0068,6545) Planning Landmark Identification Code Sequence dvSQ (0068,6550) 2D Point Coordinates Sequence dvSQ (0068,6560) 2D Point Coordinates dvFD (0068,6590) 3D Point Coordinates dvFD (0068,65A0) 2D Line Coordinates Sequence dvSQ (0068,65B0) 2D Line Coordinates dvFD (0068,65D0) 3D Line Coordinates dvFD (0068,65E0) 2D Plane Coordinates Sequence dvSQ (0068,65F0) 2D Plane Intersection dvFD (0068,6610) 3D Plane Origin dvFD (0068,6620) 3D Plane Normal dvFD (0070,0000) Presentation State Group Length dvUL (0070,0001) Graphic Annotation Sequence dvSQ (0070,0002) Graphic Layer dvCS (0070,0003) Bounding Box Annotation Units dvCS (0070,0004) Anchor Point Annotation Units dvCS (0070,0005) Graphic Annotation Units dvCS (0070,0006) Unformatted Text Value dvST (0070,0008) Text Object Sequence dvSQ (0070,0009) Graphic Object Sequence dvSQ (0070,0010) Bounding Box Top Left Hand Corner dvFL (0070,0011) Bounding Box Bottom Right Hand Corner dvFL (0070,0012) Bounding Box Text Horizontal Justification dvCS (0070,0014) Anchor Point dvFL (0070,0015) Anchor Point Visibility dvCS (0070,0020) Graphic Dimensions dvUS (0070,0021) Number of Graphic Points dvUS (0070,0022) Graphic Data dvFL (0070,0023) Graphic Type dvCS (0070,0024) Graphic Filled dvCS (0070,0040) Image Rotation (Retired) dvIS (0070,0041) Image Horizontal Flip dvCS (0070,0042) Image Rotation dvUS (0070,0050) Displayed Area Top Left Hand Corner (Trial) dvUS (0070,0051) Displayed Area Bottom Right Hand Corner (Trial) dvUS (0070,0052) Displayed Area Top Left Hand Corner dvSL (0070,0053) Displayed Area Bottom Right Hand Corner dvSL (0070,005A) Displayed Area Selection Sequence dvSQ (0070,0060) Graphic Layer Sequence dvSQ (0070,0062) Graphic Layer Order dvIS (0070,0066) Graphic Layer Recommended Display Grayscale Value dvUS (0070,0067) Graphic Layer Recommended Display RGB Value dvUS (0070,0068) Graphic Layer Description dvLO (0070,0080) Content Label dvCS (0070,0081) Content Description dvLO (0070,0082) Presentation Creation Date dvDA (0070,0083) Presentation Creation Time dvTM (0070,0084) Content Creator's Name dvPN (0070,0086) Content Creator's Identification Code Sequence dvSQ (0070,0087) Alternate Content Description Sequence dvSQ (0070,0100) Presentation Size Mode dvCS (0070,0101) Presentation Pixel Spacing dvDS (0070,0102) Presentation Pixel Aspect Ratio dvIS (0070,0103) Presentation Pixel Magnification Ratio dvFL (0070,0207) Graphic Group Label dvLO (0070,0208) Graphic Group Description dvST (0070,0209) Compound Graphic Sequence dvSQ (0070,0226) Compound Graphic Instance ID dvUL (0070,0227) Font Name dvLO (0070,0228) Font Name Type dvCS (0070,0229) CSS Font Name dvLO (0070,0230) Rotation Angle dvFD (0070,0231) Text Style Sequence dvSQ (0070,0232) Line Style Sequence dvSQ (0070,0233) Fill Style Sequence dvSQ (0070,0234) Graphic Group Sequence dvSQ (0070,0241) Text Color CIELab Value dvUS (0070,0242) Horizontal Alignment dvCS (0070,0243) Vertical Alignment dvCS (0070,0244) Shadow Style dvCS (0070,0245) Shadow Offset X dvFL (0070,0246) Shadow Offset Y dvFL (0070,0247) Shadow Color CIELab Value dvUS (0070,0248) Underlined dvCS (0070,0249) Bold dvCS (0070,0250) Italic dvCS (0070,0251) Pattern on Color CIELab Value dvUS (0070,0252) Pattern Off Color CIELab Value dvUS (0070,0253) Line Thickness dvFL (0070,0254) Line Dashing Style dvCS (0070,0255) Line Pattern dvUL (0070,0256) Fill Pattern dvOB (0070,0257) Fill Mode dvCS (0070,0258) Shadow Opacity dvFL (0070,0261) Gap Length dvFL (0070,0262) Diameter of Visibility dvFL (0070,0273) Rotation Point dvFL (0070,0274) Tick Alignment dvCS (0070,0278) Show Tick Label dvCS (0070,0279) Tick Label Alignment dvCS (0070,0282) Compound Graphic Units dvCS (0070,0284) Pattern on Opacity dvFL (0070,0285) Pattern Off Opacity dvFL (0070,0287) Major Ticks Sequence dvSQ (0070,0288) Tick Position dvFL (0070,0289) Tick Label dvSH (0070,0294) Compound Graphic Type dvCS (0070,0295) Graphic Group ID dvUL (0070,0306) Shape Type dvCS (0070,0308) Registration Sequence dvSQ (0070,0309) Matrix Registration Sequence dvSQ (0070,030A) Matrix Sequence dvSQ (0070,030C) Frame of Reference Transformation Matrix Type dvCS (0070,030D) Registration Type Code Sequence dvSQ (0070,030F) Fiducial Description dvST (0070,0310) Fiducial Identifier dvSH (0070,0311) Fiducial Identifier Code Sequence dvSQ (0070,0312) Contour Uncertainty Radius dvFD (0070,0314) Used Fiducials Sequence dvSQ (0070,0318) Graphic Coordinates Data Sequence dvSQ (0070,031A) Fiducial UID dvUI (0070,031C) Fiducial Set Sequence dvSQ (0070,031E) Fiducial Sequence dvSQ (0070,0401) Graphic Layer Recommended Display CIELab Value dvUS (0070,0402) Blending Sequence dvSQ (0070,0403) Relative Opacity dvFL (0070,0404) Referenced Spatial Registration Sequence dvSQ (0070,0405) Blending Position dvCS (0071,0011) ROI dvOB (0071,0013) 3 DReconstruction Data dvOB (0072,0002) Hanging Protocol Name dvSH (0072,0004) Hanging Protocol Description dvLO (0072,0006) Hanging Protocol Level dvCS (0072,0008) Hanging Protocol Creator dvLO (0072,000A) Hanging Protocol Creation Date/Time dvDT (0072,000C) Hanging Protocol Definition Sequence dvSQ (0072,000E) Hanging Protocol User Identification Code Sequence dvSQ (0072,0010) Hanging Protocol User Group Name dvLO (0072,0012) Source Hanging Protocol Sequence dvSQ (0072,0014) Number of Priors Referenced dvUS (0072,0020) Image Sets Sequence dvSQ (0072,0022) Image Set Selector Sequence dvSQ (0072,0024) Image Set Selector Usage Flag dvCS (0072,0026) Selector Attribute dvAT (0072,0028) Selector Value Number dvUS (0072,0030) Time Based Image Sets Sequence dvSQ (0072,0032) Image Set Number dvUS (0072,0034) Image Set Selector Category dvCS (0072,0038) Relative Time dvUS (0072,003A) Relative Time Units dvCS (0072,003C) Abstract Prior Value dvSS (0072,003E) Abstract Prior Code Sequence dvSQ (0072,0040) Image Set Label dvLO (0072,0050) Selector Attribute VR dvCS (0072,0052) Selector Sequence Pointer dvAT (0072,0054) Selector Sequence Pointer Private Creator dvLO (0072,0056) Selector Attribute Private Creator dvLO (0072,0060) Selector AT Value dvAT (0072,0062) Selector CS Value dvCS (0072,0064) Selector IS Value dvIS (0072,0066) Selector LO Value dvLO (0072,0068) Selector LT Value dvLT (0072,006A) Selector PN Value dvPN (0072,006C) Selector SH Value dvSH (0072,006E) Selector ST Value dvST (0072,0070) Selector UT Value dvUT (0072,0072) Selector DS Value dvDS (0072,0074) Selector FD Value dvFD (0072,0076) Selector FL Value dvFL (0072,0078) Selector UL Value dvUL (0072,007A) Selector US Value dvUS (0072,007C) Selector SL Value dvSL (0072,007E) Selector SS Value dvSS (0072,0080) Selector Code Sequence Value dvSQ (0072,0100) Number of Screens dvUS (0072,0102) Nominal Screen Definition Sequence dvSQ (0072,0104) Number of Vertical Pixels dvUS (0072,0106) Number of Horizontal Pixels dvUS (0072,0108) Display Environment Spatial Position dvFD (0072,010A) Screen Minimum Grayscale Bit Depth dvUS (0072,010C) Screen Minimum Color Bit Depth dvUS (0072,010E) Application Maximum Repaint Time dvUS (0072,0200) Display Sets Sequence dvSQ (0072,0202) Display Set Number dvUS (0072,0203) Display Set Label dvLO (0072,0204) Display Set Presentation Group dvUS (0072,0206) Display Set Presentation Group Description dvLO (0072,0208) Partial Data Display Handling dvCS (0072,0210) Synchronized Scrolling Sequence dvSQ (0072,0212) Display Set Scrolling Group dvUS (0072,0214) Navigation Indicator Sequence dvSQ (0072,0216) Navigation Display Set dvUS (0072,0218) Reference Display Sets dvUS (0072,0300) Image Boxes Sequence dvSQ (0072,0302) Image Box Number dvUS (0072,0304) Image Box Layout Type dvCS (0072,0306) Image Box Tile Horizontal Dimension dvUS (0072,0308) Image Box Tile Vertical Dimension dvUS (0072,0310) Image Box Scroll Direction dvCS (0072,0312) Image Box Small Scroll Type dvCS (0072,0314) Image Box Small Scroll Amount dvUS (0072,0316) Image Box Large Scroll Type dvCS (0072,0318) Image Box Large Scroll Amount dvUS (0072,0320) Image Box Overlap Priority dvUS (0072,0330) Cine Relative to Real-Time dvFD (0072,0400) Filter Operations Sequence dvSQ (0072,0402) Filter-by Category dvCS (0072,0404) Filter-by Attribute Presence dvCS (0072,0406) Filter-by Operator dvCS (0072,0420) Structured Display Background CIELab Value dvUS (0072,0421) Empty Image Box CIELab Value dvUS (0072,0422) Structured Display Image Box Sequence dvSQ (0072,0424) Structured Display Text Box Sequence dvSQ (0072,0427) Referenced First Frame Sequence dvSQ (0072,0430) Image Box Synchronization Sequence dvSQ (0072,0432) Synchronized Image Box List dvUS (0072,0434) Type of Synchronization dvCS (0072,0500) Blending Operation Type dvCS (0072,0510) Reformatting Operation Type dvCS (0072,0512) Reformatting Thickness dvFD (0072,0514) Reformatting Interval dvFD (0072,0516) Reformatting Operation Initial View Direction dvCS (0072,0520) 3D Rendering Type dvCS (0072,0600) Sorting Operations Sequence dvSQ (0072,0602) Sort-by Category dvCS (0072,0604) Sorting Direction dvCS (0072,0700) Display Set Patient Orientation dvCS (0072,0702) VOI Type dvCS (0072,0704) Pseudo-Color Type dvCS (0072,0705) Pseudo-Color Palette Instance Reference Sequence dvSQ (0072,0706) Show Grayscale Inverted dvCS (0072,0710) Show Image True Size Flag dvCS (0072,0712) Show Graphic Annotation Flag dvCS (0072,0714) Show Patient Demographics Flag dvCS (0072,0716) Show Acquisition Techniques Flag dvCS (0072,0717) Display Set Horizontal Justification dvCS (0072,0718) Display Set Vertical Justification dvCS (0074,0120) Continuation Start Meterset dvFD (0074,0121) Continuation End Meterset dvFD (0074,1000) Procedure Step State dvCS (0074,1002) Procedure Step Progress Information Sequence dvSQ (0074,1004) Procedure Step Progress dvDS (0074,1006) Procedure Step Progress Description dvST (0074,1008) Procedure Step Communications URI Sequence dvSQ (0074,100A) Contact URI dvUR (0074,100C) Contact Display Name dvLO (0074,100E) Procedure Step Discontinuation Reason Code Sequence dvSQ (0074,1020) Beam Task Sequence dvSQ (0074,1022) Beam Task Type dvCS (0074,1024) Beam Order Index (Trial) dvIS (0074,1025) Autosequence Flag dvCS (0074,1026) Table Top Vertical Adjusted Position dvFD (0074,1027) Table Top Longitudinal Adjusted Position dvFD (0074,1028) Table Top Lateral Adjusted Position dvFD (0074,102A) Patient Support Adjusted Angle dvFD (0074,102B) Table Top Eccentric Adjusted Angle dvFD (0074,102C) Table Top Pitch Adjusted Angle dvFD (0074,102D) Table Top Roll Adjusted Angle dvFD (0074,1030) Delivery Verification Image Sequence dvSQ (0074,1032) Verification Image Timing dvCS (0074,1034) Double Exposure Flag dvCS (0074,1036) Double Exposure Ordering dvCS (0074,1038) Double Exposure Meterset (Trial) dvDS (0074,103A) Double Exposure Field Delta (Trial) dvDS (0074,1040) Related Reference RT Image Sequence dvSQ (0074,1042) General Machine Verification Sequence dvSQ (0074,1044) Conventional Machine Verification Sequence dvSQ (0074,1046) Ion Machine Verification Sequence dvSQ (0074,1048) Failed Attributes Sequence dvSQ (0074,104A) Overridden Attributes Sequence dvSQ (0074,104C) Conventional Control Point Verification Sequence dvSQ (0074,104E) Ion Control Point Verification Sequence dvSQ (0074,1050) Attribute Occurrence Sequence dvSQ (0074,1052) Attribute Occurrence Pointer dvAT (0074,1054) Attribute Item Selector dvUL (0074,1056) Attribute Occurrence Private Creator dvLO (0074,1057) Selector Sequence Pointer Items dvIS (0074,1200) Scheduled Procedure Step Priority dvCS (0074,1202) Worklist Label dvLO (0074,1204) Procedure Step Label dvLO (0074,1210) Scheduled Processing Parameters Sequence dvSQ (0074,1212) Performed Processing Parameters Sequence dvSQ (0074,1216) Unified Procedure Step Performed Procedure Sequence dvSQ (0074,1220) Related Procedure Step Sequence dvSQ (0074,1222) Procedure Step Relationship Type dvLO (0074,1224) Replaced Procedure Step Sequence dvSQ (0074,1230) Deletion Lock dvLO (0074,1234) Receiving AE dvAE (0074,1236) Requesting AE dvAE (0074,1238) Reason for Cancellation dvLT (0074,1242) SCP Status dvCS (0074,1244) Subscription List Status dvCS (0074,1246) Unified Procedure Step List Status dvCS (0074,1324) Beam Order Index dvUL (0074,1338) Double Exposure Meterset dvFD (0074,133A) Double Exposure Field Delta dvFD (0076,0001) Implant Assembly Template Name dvLO (0076,0003) Implant Assembly Template Issuer dvLO (0076,0006) Implant Assembly Template Version dvLO (0076,0008) Replaced Implant Assembly Template Sequence dvSQ (0076,000A) Implant Assembly Template Type dvCS (0076,000C) Original Implant Assembly Template Sequence dvSQ (0076,000E) Derivation Implant Assembly Template Sequence dvSQ (0076,0010) Implant Assembly Template Target Anatomy Sequence dvSQ (0076,0020) Procedure Type Code Sequence dvSQ (0076,0030) Surgical Technique dvLO (0076,0032) Component Types Sequence dvSQ (0076,0034) Component Type Code Sequence dvCS (0076,0036) Exclusive Component Type dvCS (0076,0038) Mandatory Component Type dvCS (0076,0040) Component Sequence dvSQ (0076,0055) Component ID dvUS (0076,0060) Component Assembly Sequence dvSQ (0076,0070) Component 1 Referenced ID dvUS (0076,0080) Component 1 Referenced Mating Feature Set ID dvUS (0076,0090) Component 1 Referenced Mating Feature ID dvUS (0076,00A0) Component 2 Referenced ID dvUS (0076,00B0) Component 2 Referenced Mating Feature Set ID dvUS (0076,00C0) Component 2 Referenced Mating Feature ID dvUS (0078,0001) Implant Template Group Name dvLO (0078,0010) Implant Template Group Description dvST (0078,0020) Implant Template Group Issuer dvLO (0078,0024) Implant Template Group Version dvLO (0078,0026) Replaced Implant Template Group Sequence dvSQ (0078,0028) Implant Template Group Target Anatomy Sequence dvSQ (0078,002A) Implant Template Group Members Sequence dvSQ (0078,002E) Implant Template Group Member ID dvUS (0078,0050) 3D Implant Template Group Member Matching Point dvFD (0078,0060) 3D Implant Template Group Member Matching Axes dvFD (0078,0070) Implant Template Group Member Matching 2D Coordinates Sequence dvSQ (0078,0090) 2D Implant Template Group Member Matching Point dvFD (0078,00A0) 2D Implant Template Group Member Matching Axes dvFD (0078,00B0) Implant Template Group Variation Dimension Sequence dvSQ (0078,00B2) Implant Template Group Variation Dimension Name dvLO (0078,00B4) Implant Template Group Variation Dimension Rank Sequence dvSQ (0078,00B6) Referenced Implant Template Group Member ID dvUS (0078,00B8) Implant Template Group Variation Dimension Rank dvUS (0080,0001) Surface Scan Acquisition Type Code Sequence dvSQ (0080,0002) Surface Scan Mode Code Sequence dvSQ (0080,0003) Registration Method Code Sequence dvSQ (0080,0004) Shot Duration Time dvFD (0080,0005) Shot Offset Time dvFD (0080,0006) Surface Point Presentation Value Data dvUS (0080,0007) Surface Point Color CIELab Value Data dvUS (0080,0008) UV Mapping Sequence dvSQ (0080,0009) Texture Label dvSH (0080,0010) U Value Data dvOF (0080,0011) V Value Data dvOF (0080,0012) Referenced Texture Sequence dvSQ (0080,0013) Referenced Surface Data Sequence dvSQ (0087,0010) Undocumented dvCS (0087,0020) Undocumented dvCS (0087,0050) Undocumented dvIS (0088,0000) Storage Group Length dvUL (0088,0130) Storage Media File-set ID dvSH (0088,0140) Storage Media File-set UID dvUI (0088,0200) Icon Image Sequence dvSQ (0088,0904) Topic Title dvLO (0088,0906) Topic Subject dvST (0088,0910) Topic Author dvLO (0088,0912) Topic Keywords dvLO (0095,0001) Undocumented dvLT (0095,0004) Undocumented dvUL (0095,0005) Undocumented dvLT (0095,0007) Undocumented dvLT (0099,0002) Undocumented dvUL (00E1,0001) Undocumented dvUS (00E1,0014) Undocumented dvLT (00E1,0022) Undocumented dvDS (00E1,0023) Undocumented dvDS (00E1,0024) Undocumented dvLT (00E1,0025) Undocumented dvLT (00E1,0040) Undocumented dvSH (0100,0410) SOP Instance Status dvCS (0100,0420) SOP Authorization Date/Time dvDT (0100,0424) SOP Authorization Comment dvLT (0100,0426) Authorization Equipment Certification Number dvLO (0193,0002) Undocumented dvDS (0307,0001) Undocumented dvUN (0309,0001) Undocumented dvUN (0400,0005) MAC ID Number dvUS (0400,0010) MAC Calculation Transfer Syntax UID dvUI (0400,0015) MAC Algorithm dvCS (0400,0020) Data Elements Signed dvAT (0400,0100) Digital Signature UID dvUI (0400,0105) Digital Signature Date/Time dvDT (0400,0110) Certificate Type dvCS (0400,0115) Certificate of Signer dvOB (0400,0120) Signature dvOB (0400,0305) Certified Timestamp Type dvCS (0400,0310) Certified Timestamp dvOB (0400,0401) Digital Signature Purpose Code Sequence dvSQ (0400,0402) Referenced Digital Signature Sequence dvSQ (0400,0403) Referenced SOP Instance MAC Sequence dvSQ (0400,0404) MAC dvOB (0400,0500) Encrypted Attributes Sequence dvSQ (0400,0510) Encrypted Content Transfer Syntax UID dvUI (0400,0520) Encrypted Content dvOB (0400,0550) Modified Attributes Sequence dvSQ (0400,0561) Original Attributes Sequence dvSQ (0400,0562) Attribute Modification Date/Time dvDT (0400,0563) Modifying System dvLO (0400,0564) Source of Previous Values dvLO (0400,0565) Reason for the Attribute Modification dvCS (0601,0000) Undocumented dvSH (0601,0020) Undocumented dvDS (0601,0021) Undocumented dvDS (0601,0030) Undocumented dvSH (0601,0031) Undocumented dvDS (0601,0050) Undocumented dvSH (0601,0070) Undocumented dvDS (0601,0071) Undocumented dvDS (0601,0072) Undocumented dvDS (1000,0000) Escape Triplet dvUS (1000,0001) Run Length Triplet dvUS (1000,0002) Huffman Table Size dvUS (1000,0003) Huffman Table Triplet dvUS (1000,0004) Shift Table Size dvUS (1000,0005) Shift Table Triplet dvUS (1000,0010) Escape Triplet dvUS (1000,0011) Run Length Triplet dvUS (1000,0012) Huffman Table Size dvUS (1000,0013) Huffman Table Triplet dvUS (1000,0014) Shift Table Size dvUS (1000,0015) Shift Table Triplet dvUS (1010,0000) Zonal Map dvUS (1010,0004) Zonal Map dvUS (1369,0000) Undocumented dvUS (2000,0000) Film Session Group Length dvUL (2000,0010) Number of Copies dvIS (2000,001E) Printer Configuration Sequence dvSQ (2000,0020) Print Priority dvCS (2000,0030) Medium Type dvCS (2000,0040) Film Destination dvCS (2000,0050) Film Session Label dvLO (2000,0060) Memory Allocation dvIS (2000,0061) Maximum Memory Allocation dvIS (2000,0062) Color Image Printing Flag dvCS (2000,0063) Collation Flag dvCS (2000,0065) Annotation Flag dvCS (2000,0067) Image Overlay Flag dvCS (2000,0069) Presentation LUT Flag dvCS (2000,006A) Image Box Presentation LUT Flag dvCS (2000,00A0) Memory Bit Depth dvUS (2000,00A1) Printing Bit Depth dvUS (2000,00A2) Media Installed Sequence dvSQ (2000,00A4) Other Media Available Sequence dvSQ (2000,00A8) Supported Image Display Formats Sequence dvSQ (2000,0500) Referenced Film Box Sequence dvSQ (2000,0510) Referenced Stored Print Sequence dvSQ (2010,0000) Film Box Group Length dvUL (2010,0010) Image Display Format dvST (2010,0030) Annotation Display Format ID dvCS (2010,0040) Film Orientation dvCS (2010,0050) Film Size ID dvCS (2010,0052) Printer Resolution ID dvCS (2010,0054) Default Printer Resolution ID dvCS (2010,0060) Magnification Type dvCS (2010,0080) Smoothing Type dvCS (2010,00A6) Default Magnification Type dvCS (2010,00A7) Other Magnification Types Available dvCS (2010,00A8) Default Smoothing Type dvCS (2010,00A9) Other Smoothing Types Available dvCS (2010,0100) Border Density dvCS (2010,0110) Empty Image Density dvCS (2010,0120) Min Density dvUS (2010,0130) Max Density dvUS (2010,0140) Trim dvCS (2010,0150) Configuration Information dvST (2010,0152) Configuration Information Description dvLT (2010,0154) Maximum Collated Films dvIS (2010,015E) Illumination dvUS (2010,0160) Reflected Ambient Light dvUS (2010,0376) Printer Pixel Spacing dvDS (2010,0500) Referenced Film Session Sequence dvSQ (2010,0510) Referenced Image Box Sequence dvSQ (2010,0520) Referenced Basic Annotation Box Sequence dvSQ (2020,0000) Image Box Group Length dvUL (2020,0010) Image Box Position dvUS (2020,0020) Polarity dvCS (2020,0030) Requested Image Size dvDS (2020,0040) Requested Decimate/Crop Behavior dvCS (2020,0050) Requested Resolution ID dvCS (2020,00A0) Requested Image Size Flag dvCS (2020,00A2) Decimate/Crop Result dvCS (2020,0110) Basic Grayscale Image Sequence dvSQ (2020,0111) Basic Color Image Sequence dvSQ (2020,0130) Referenced Image Overlay Box Sequence dvSQ (2020,0140) Referenced VOI LUT Box Sequence dvSQ (2030,0000) Annotation Group Length dvUL (2030,0010) Annotation Position dvUS (2030,0020) Text String dvLO (2040,0000) Overlay Box Group Length dvUL (2040,0010) Referenced Overlay Plane Sequence dvSQ (2040,0011) Referenced Overlay Plane Groups dvUS (2040,0020) Overlay Pixel Data Sequence dvSQ (2040,0060) Overlay Magnification Type dvCS (2040,0070) Overlay Smoothing Type dvCS (2040,0072) Overlay or Image Magnification dvCS (2040,0074) Magnify to Number of Columns dvUS (2040,0080) Overlay Foreground Density dvCS (2040,0082) Overlay Background Density dvCS (2040,0090) Overlay Mode dvCS (2040,0100) Threshold Density dvCS (2040,0500) Referenced Image Box Sequence (Retired) dvSQ (2050,0000) Presentation LUT Group Length dvUL (2050,0010) Presentation LUT Sequence dvSQ (2050,0020) Presentation LUT Shape dvCS (2050,0500) Referenced Presentation LUT Sequence dvSQ (2100,0000) Print Job Group Length dvUL (2100,0010) Print Job ID dvSH (2100,0020) Execution Status dvCS (2100,0030) Execution Status Info dvCS (2100,0040) Creation Date dvDA (2100,0050) Creation Time dvTM (2100,0070) Originator dvAE (2100,0140) Destination AE dvAE (2100,0160) Owner ID dvSH (2100,0170) Number of Films dvIS (2100,0500) Referenced Print Job Sequence (Pull Stored Print) dvSQ (2110,0000) Printer Group Length dvUL (2110,0010) Printer Status dvCS (2110,0020) Printer Status Info dvCS (2110,0030) Printer Name dvLO (2110,0099) Print Queue ID dvSH (2120,0000) Queue Group Length dvUL (2120,0010) Queue Status dvCS (2120,0050) Print Job Description Sequence dvSQ (2120,0070) Referenced Print Job Sequence dvSQ (2130,0000) Print Content Group Length dvUL (2130,0010) Print Management Capabilities Sequence dvSQ (2130,0015) Printer Characteristics Sequence dvSQ (2130,0030) Film Box Content Sequence dvSQ (2130,0040) Image Box Content Sequence dvSQ (2130,0050) Annotation Content Sequence dvSQ (2130,0060) Image Overlay Box Content Sequence dvSQ (2130,0080) Presentation LUT Content Sequence dvSQ (2130,00A0) Proposed Study Sequence dvSQ (2130,00C0) Original Image Sequence dvSQ (2200,0001) Label Using Information Extracted From Instances dvCS (2200,0002) Label Text dvUT (2200,0003) Label Style Selection dvCS (2200,0004) Media Disposition dvLT (2200,0005) Barcode Value dvLT (2200,0006) Barcode Symbology dvCS (2200,0007) Allow Media Splitting dvCS (2200,0008) Include Non-DICOM Objects dvCS (2200,0009) Include Display Application dvCS (2200,000A) Preserve Composite Instances After Media Creation dvCS (2200,000B) Total Number of Pieces of Media Created dvUS (2200,000C) Requested Media Application Profile dvLO (2200,000D) Referenced Storage Media Sequence dvSQ (2200,000E) Failure Attributes dvAT (2200,000F) Allow Lossy Compression dvCS (2200,0020) Request Priority dvCS (3002,0000) RT Image Group Length dvUL (3002,0002) RT Image Label dvSH (3002,0003) RT Image Name dvLO (3002,0004) RT Image Description dvST (3002,000A) Reported Values Origin dvCS (3002,000C) RT Image Plane dvCS (3002,000D) X-Ray Image Receptor Translation dvDS (3002,000E) X-Ray Image Receptor Angle dvDS (3002,0010) RT Image Orientation dvDS (3002,0011) Image Plane Pixel Spacing dvDS (3002,0012) RT Image Position dvDS (3002,0020) Radiation Machine Name dvSH (3002,0022) Radiation Machine SAD dvDS (3002,0024) Radiation Machine SSD dvDS (3002,0026) RT Image SID dvDS (3002,0028) Source to Reference Object Distance dvDS (3002,0029) Fraction Number dvIS (3002,0030) Exposure Sequence dvSQ (3002,0032) Meterset Exposure dvDS (3002,0034) Diaphragm Position dvDS (3002,0040) Fluence Map Sequence dvSQ (3002,0041) Fluence Data Source dvCS (3002,0042) Fluence Data Scale dvDS (3002,0050) Primary Fluence Mode Sequence dvSQ (3002,0051) Fluence Mode dvCS (3002,0052) Fluence Mode ID dvSH (3004,0000) Dose Group Length dvUL (3004,0001) DVH Type dvCS (3004,0002) Dose Units dvCS (3004,0004) Dose Type dvCS (3004,0005) Spatial Transform of Dose dvCS (3004,0006) Dose Comment dvLO (3004,0008) Normalization Point dvDS (3004,000A) Dose Summation Type dvCS (3004,000C) Grid Frame Offset Vector dvDS (3004,000E) Dose Grid Scaling dvDS (3004,0010) RT Dose ROI Sequence dvSQ (3004,0012) Dose Value dvDS (3004,0014) Tissue Heterogeneity Correction dvCS (3004,0040) DVH Normalization Point dvDS (3004,0042) DVH Normalization Dose Value dvDS (3004,0050) DVH Sequence dvSQ (3004,0052) DVH Dose Scaling dvDS (3004,0054) DVH Volume Units dvCS (3004,0056) DVH Number of Bins dvIS (3004,0058) DVH Data dvDS (3004,0060) DVH Referenced ROI Sequence dvSQ (3004,0062) DVH ROI Contribution Type dvCS (3004,0070) DVH Minimum Dose dvDS (3004,0072) DVH Maximum Dose dvDS (3004,0074) DVH Mean Dose dvDS (3006,0000) Structure Set Group Length dvUL (3006,0002) Structure Set Label dvSH (3006,0004) Structure Set Name dvLO (3006,0006) Structure Set Description dvST (3006,0008) Structure Set Date dvDA (3006,0009) Structure Set Time dvTM (3006,0010) Referenced Frame of Reference Sequence dvSQ (3006,0012) RT Referenced Study Sequence dvSQ (3006,0014) RT Referenced Series Sequence dvSQ (3006,0016) Contour Image Sequence dvSQ (3006,0018) Predecessor Structure Set Sequence dvSQ (3006,0020) Structure Set ROI Sequence dvSQ (3006,0022) ROI Number dvIS (3006,0024) Referenced Frame of Reference UID dvUI (3006,0026) ROI Name dvLO (3006,0028) ROI Description dvST (3006,002A) ROI Display Color dvIS (3006,002C) ROI Volume dvDS (3006,0030) RT Related ROI Sequence dvSQ (3006,0033) RT ROI Relationship dvCS (3006,0036) ROI Generation Algorithm dvCS (3006,0038) ROI Generation Description dvLO (3006,0039) ROI Contour Sequence dvSQ (3006,0040) Contour Sequence dvSQ (3006,0042) Contour Geometric Type dvCS (3006,0044) Contour Slab Thickness dvDS (3006,0045) Contour Offset Vector dvDS (3006,0046) Number of Contour Points dvIS (3006,0048) Contour Number dvIS (3006,0049) Attached Contours dvIS (3006,0050) Contour Data dvDS (3006,0080) RT ROI Observations Sequence dvSQ (3006,0082) Observation Number dvIS (3006,0084) Referenced ROI Number dvIS (3006,0085) ROI Observation Label dvSH (3006,0086) RT ROI Identification Code Sequence dvSQ (3006,0088) ROI Observation Description dvST (3006,00A0) Related RT ROI Observations Sequence dvSQ (3006,00A4) RT ROI Interpreted Type dvCS (3006,00A6) ROI Interpreter dvPN (3006,00B0) ROI Physical Properties Sequence dvSQ (3006,00B2) ROI Physical Property dvCS (3006,00B4) ROI Physical Property Value dvDS (3006,00B6) ROI Elemental Composition Sequence dvSQ (3006,00B7) ROI Elemental Composition Atomic Number dvUS (3006,00B8) ROI Elemental Composition Atomic Mass Fraction dvFL (3006,00B9) Additional RT ROI Identification Code Sequence dvSQ (3006,00C0) Frame of Reference Relationship Sequence dvSQ (3006,00C2) Related Frame of Reference UID dvUI (3006,00C4) Frame of Reference Transformation Type dvCS (3006,00C6) Frame of Reference Transformation Matrix dvDS (3006,00C8) Frame of Reference Transformation Comment dvLO (3008,0010) Measured Dose Reference Sequence dvSQ (3008,0012) Measured Dose Description dvST (3008,0014) Measured Dose Type dvCS (3008,0016) Measured Dose Value dvDS (3008,0020) Treatment Session Beam Sequence dvSQ (3008,0021) Treatment Session Ion Beam Sequence dvSQ (3008,0022) Current Fraction Number dvIS (3008,0024) Treatment Control Point Date dvDA (3008,0025) Treatment Control Point Time dvTM (3008,002A) Treatment Termination Status dvCS (3008,002B) Treatment Termination Code dvSH (3008,002C) Treatment Verification Status dvCS (3008,0030) Referenced Treatment Record Sequence dvSQ (3008,0032) Specified Primary Meterset dvDS (3008,0033) Specified Secondary Meterset dvDS (3008,0036) Delivered Primary Meterset dvDS (3008,0037) Delivered Secondary Meterset dvDS (3008,003A) Specified Treatment Time dvDS (3008,003B) Delivered Treatment Time dvDS (3008,0040) Control Point Delivery Sequence dvSQ (3008,0041) Ion Control Point Delivery Sequence dvSQ (3008,0042) Specified Meterset dvDS (3008,0044) Delivered Meterset dvDS (3008,0045) Meterset Rate Set dvFL (3008,0046) Meterset Rate Delivered dvFL (3008,0047) Scan Spot Metersets Delivered dvFL (3008,0048) Dose Rate Delivered dvDS (3008,0050) Treatment Summary Calculated Dose Reference Sequence dvSQ (3008,0052) Cumulative Dose to Dose Reference dvDS (3008,0054) First Treatment Date dvDA (3008,0056) Most Recent Treatment Date dvDA (3008,005A) Number of Fractions Delivered dvIS (3008,0060) Override Sequence dvSQ (3008,0061) Parameter Sequence Pointer dvAT (3008,0062) Override Parameter Pointer dvAT (3008,0063) Parameter Item Index dvIS (3008,0064) Measured Dose Reference Number dvIS (3008,0065) Parameter Pointer dvAT (3008,0066) Override Reason dvST (3008,0068) Corrected Parameter Sequence dvSQ (3008,006A) Correction Value dvFL (3008,0070) Calculated Dose Reference Sequence dvSQ (3008,0072) Calculated Dose Reference Number dvIS (3008,0074) Calculated Dose Reference Description dvST (3008,0076) Calculated Dose Reference Dose Value dvDS (3008,0078) Start Meterset dvDS (3008,007A) End Meterset dvDS (3008,0080) Referenced Measured Dose Reference Sequence dvSQ (3008,0082) Referenced Measured Dose Reference Number dvIS (3008,0090) Referenced Calculated Dose Reference Sequence dvSQ (3008,0092) Referenced Calculated Dose Reference Number dvIS (3008,00A0) Beam Limiting Device Leaf Pairs Sequence dvSQ (3008,00B0) Recorded Wedge Sequence dvSQ (3008,00C0) Recorded Compensator Sequence dvSQ (3008,00D0) Recorded Block Sequence dvSQ (3008,00E0) Treatment Summary Measured Dose Reference Sequence dvSQ (3008,00F0) Recorded Snout Sequence dvSQ (3008,00F2) Recorded Range Shifter Sequence dvSQ (3008,00F4) Recorded Lateral Spreading Device Sequence dvSQ (3008,00F6) Recorded Range Modulator Sequence dvSQ (3008,0100) Recorded Source Sequence dvSQ (3008,0105) Source Serial Number dvLO (3008,0110) Treatment Session Application Setup Sequence dvSQ (3008,0116) Application Setup Check dvCS (3008,0120) Recorded Brachy Accessory Device Sequence dvSQ (3008,0122) Referenced Brachy Accessory Device Number dvIS (3008,0130) Recorded Channel Sequence dvSQ (3008,0132) Specified Channel Total Time dvDS (3008,0134) Delivered Channel Total Time dvDS (3008,0136) Specified Number of Pulses dvIS (3008,0138) Delivered Number of Pulses dvIS (3008,013A) Specified Pulse Repetition Interval dvDS (3008,013C) Delivered Pulse Repetition Interval dvDS (3008,0140) Recorded Source Applicator Sequence dvSQ (3008,0142) Referenced Source Applicator Number dvIS (3008,0150) Recorded Channel Shield Sequence dvSQ (3008,0152) Referenced Channel Shield Number dvIS (3008,0160) Brachy Control Point Delivered Sequence dvSQ (3008,0162) Safe Position Exit Date dvDA (3008,0164) Safe Position Exit Time dvTM (3008,0166) Safe Position Return Date dvDA (3008,0168) Safe Position Return Time dvTM (3008,0171) Pulse Specific Brachy Control Point Delivered Sequence dvSQ (3008,0172) Pulse Number dvUS (3008,0173) Brachy Pulse Control Point Delivered Sequence dvSQ (3008,0200) Current Treatment Status dvCS (3008,0202) Treatment Status Comment dvST (3008,0220) Fraction Group Summary Sequence dvSQ (3008,0223) Referenced Fraction Number dvIS (3008,0224) Fraction Group Type dvCS (3008,0230) Beam Stopper Position dvCS (3008,0240) Fraction Status Summary Sequence dvSQ (3008,0250) Treatment Date dvDA (3008,0251) Treatment Time dvTM (300A,0000) RT Plan Group Length dvUL (300A,0002) RT Plan Label dvSH (300A,0003) RT Plan Name dvLO (300A,0004) RT Plan Description dvST (300A,0006) RT Plan Date dvDA (300A,0007) RT Plan Time dvTM (300A,0009) Treatment Protocols dvLO (300A,000A) Plan Intent dvCS (300A,000B) Treatment Sites dvLO (300A,000C) RT Plan Geometry dvCS (300A,000E) Prescription Description dvST (300A,0010) Dose Reference Sequence dvSQ (300A,0012) Dose Reference Number dvIS (300A,0013) Dose Reference UID dvUI (300A,0014) Dose Reference Structure Type dvCS (300A,0015) Nominal Beam Energy Unit dvCS (300A,0016) Dose Reference Description dvLO (300A,0018) Dose Reference Point Coordinates dvDS (300A,001A) Nominal Prior Dose dvDS (300A,0020) Dose Reference Type dvCS (300A,0021) Constraint Weight dvDS (300A,0022) Delivery Warning Dose dvDS (300A,0023) Delivery Maximum Dose dvDS (300A,0025) Target Minimum Dose dvDS (300A,0026) Target Prescription Dose dvDS (300A,0027) Target Maximum Dose dvDS (300A,0028) Target Underdose Volume Fraction dvDS (300A,002A) Organ at Risk Full-volume Dose dvDS (300A,002B) Organ at Risk Limit Dose dvDS (300A,002C) Organ at Risk Maximum Dose dvDS (300A,002D) Organ at Risk Overdose Volume Fraction dvDS (300A,0040) Tolerance Table Sequence dvSQ (300A,0042) Tolerance Table Number dvIS (300A,0043) Tolerance Table Label dvSH (300A,0044) Gantry Angle Tolerance dvDS (300A,0046) Beam Limiting Device Angle Tolerance dvDS (300A,0048) Beam Limiting Device Tolerance Sequence dvSQ (300A,004A) Beam Limiting Device Position Tolerance dvDS (300A,004B) Snout Position Tolerance dvFL (300A,004C) Patient Support Angle Tolerance dvDS (300A,004E) Table Top Eccentric Angle Tolerance dvDS (300A,004F) Table Top Pitch Angle Tolerance dvFL (300A,0050) Table Top Roll Angle Tolerance dvFL (300A,0051) Table Top Vertical Position Tolerance dvDS (300A,0052) Table Top Longitudinal Position Tolerance dvDS (300A,0053) Table Top Lateral Position Tolerance dvDS (300A,0055) RT Plan Relationship dvCS (300A,0070) Fraction Group Sequence dvSQ (300A,0071) Fraction Group Number dvIS (300A,0072) Fraction Group Description dvLO (300A,0078) Number of Fractions Planned dvIS (300A,0079) Number of Fraction Pattern Digits per Day dvIS (300A,007A) Repeat Fraction Cycle Length dvIS (300A,007B) Fraction Pattern dvLT (300A,0080) Number of Beams dvIS (300A,0082) Beam Dose Specification Point dvDS (300A,0084) Beam Dose dvDS (300A,0086) Beam Meterset dvDS (300A,0088) Beam Dose Point Depth dvFL (300A,0089) Beam Dose Point Equivalent Depth dvFL (300A,008A) Beam Dose Point SSD dvFL (300A,008B) Beam Dose Meaning dvCS (300A,008C) Beam Dose Verification Control Point Sequence dvSQ (300A,008D) Average Beam Dose Point Depth dvFL (300A,008E) Average Beam Dose Point Equivalent Depth dvFL (300A,008F) Average Beam Dose Point SSD dvFL (300A,00A0) Number of Brachy Application Setups dvIS (300A,00A2) Brachy Application Setup Dose Specification Point dvDS (300A,00A4) Brachy Application Setup Dose dvDS (300A,00B0) Beam Sequence dvSQ (300A,00B2) Treatment Machine Name dvSH (300A,00B3) Primary Dosimeter Unit dvCS (300A,00B4) Source-Axis Distance dvDS (300A,00B6) Beam Limiting Device Sequence dvSQ (300A,00B8) RT Beam Limiting Device Type dvCS (300A,00BA) Source to Beam Limiting Device Distance dvDS (300A,00BB) Isocenter to Beam Limiting Device Distance dvFL (300A,00BC) Number of Leaf/Jaw Pairs dvIS (300A,00BE) Leaf Position Boundaries dvDS (300A,00C0) Beam Number dvIS (300A,00C2) Beam Name dvLO (300A,00C3) Beam Description dvST (300A,00C4) Beam Type dvCS (300A,00C5) Beam Delivery Duration Limit dvFD (300A,00C6) Radiation Type dvCS (300A,00C7) High-Dose Technique Type dvCS (300A,00C8) Reference Image Number dvIS (300A,00CA) Planned Verification Image Sequence dvSQ (300A,00CC) Imaging Device-Specific Acquisition Parameters dvLO (300A,00CE) Treatment Delivery Type dvCS (300A,00D0) Number of Wedges dvIS (300A,00D1) Wedge Sequence dvSQ (300A,00D2) Wedge Number dvIS (300A,00D3) Wedge Type dvCS (300A,00D4) Wedge ID dvSH (300A,00D5) Wedge Angle dvIS (300A,00D6) Wedge Factor dvDS (300A,00D7) Total Wedge Tray Water-Equivalent Thickness dvFL (300A,00D8) Wedge Orientation dvDS (300A,00D9) Isocenter to Wedge Tray Distance dvFL (300A,00DA) Source to Wedge Tray Distance dvDS (300A,00DB) Wedge Thin Edge Position dvFL (300A,00DC) Bolus ID dvSH (300A,00DD) Bolus Description dvST (300A,00E0) Number of Compensators dvIS (300A,00E1) Material ID dvSH (300A,00E2) Total Compensator Tray Factor dvDS (300A,00E3) Compensator Sequence dvSQ (300A,00E4) Compensator Number dvIS (300A,00E5) Compensator ID dvSH (300A,00E6) Source to Compensator Tray Distance dvDS (300A,00E7) Compensator Rows dvIS (300A,00E8) Compensator Columns dvIS (300A,00E9) Compensator Pixel Spacing dvDS (300A,00EA) Compensator Position dvDS (300A,00EB) Compensator Transmission Data dvDS (300A,00EC) Compensator Thickness Data dvDS (300A,00ED) Number of Boli dvIS (300A,00EE) Compensator Type dvCS (300A,00EF) Compensator Tray ID dvSH (300A,00F0) Number of Blocks dvIS (300A,00F2) Total Block Tray Factor dvDS (300A,00F3) Total Block Tray Water-Equivalent Thickness dvFL (300A,00F4) Block Sequence dvSQ (300A,00F5) Block Tray ID dvSH (300A,00F6) Source to Block Tray Distance dvDS (300A,00F7) Isocenter to Block Tray Distance dvFL (300A,00F8) Block Type dvCS (300A,00F9) Accessory Code dvLO (300A,00FA) Block Divergence dvCS (300A,00FB) Block Mounting Position dvCS (300A,00FC) Block Number dvIS (300A,00FE) Block Name dvLO (300A,0100) Block Thickness dvDS (300A,0102) Block Transmission dvDS (300A,0104) Block Number of Points dvIS (300A,0106) Block Data dvDS (300A,0107) Applicator Sequence dvSQ (300A,0108) Applicator ID dvSH (300A,0109) Applicator Type dvCS (300A,010A) Applicator Description dvLO (300A,010C) Cumulative Dose Reference Coefficient dvDS (300A,010E) Final Cumulative Meterset Weight dvDS (300A,0110) Number of Control Points dvIS (300A,0111) Control Point Sequence dvSQ (300A,0112) Control Point Index dvIS (300A,0114) Nominal Beam Energy dvDS (300A,0115) Dose Rate Set dvDS (300A,0116) Wedge Position Sequence dvSQ (300A,0118) Wedge Position dvCS (300A,011A) Beam Limiting Device Position Sequence dvSQ (300A,011C) Leaf/Jaw Positions dvDS (300A,011E) Gantry Angle dvDS (300A,011F) Gantry Rotation Direction dvCS (300A,0120) Beam Limiting Device Angle dvDS (300A,0121) Beam Limiting Device Rotation Direction dvCS (300A,0122) Patient Support Angle dvDS (300A,0123) Patient Support Rotation Direction dvCS (300A,0124) Table Top Eccentric Axis Distance dvDS (300A,0125) Table Top Eccentric Angle dvDS (300A,0126) Table Top Eccentric Rotation Direction dvCS (300A,0128) Table Top Vertical Position dvDS (300A,0129) Table Top Longitudinal Position dvDS (300A,012A) Table Top Lateral Position dvDS (300A,012C) Isocenter Position dvDS (300A,012E) Surface Entry Point dvDS (300A,0130) Source to Surface Distance dvDS (300A,0134) Cumulative Meterset Weight dvDS (300A,0140) Table Top Pitch Angle dvFL (300A,0142) Table Top Pitch Rotation Direction dvCS (300A,0144) Table Top Roll Angle dvFL (300A,0146) Table Top Roll Rotation Direction dvCS (300A,0148) Head Fixation Angle dvFL (300A,014A) Gantry Pitch Angle dvFL (300A,014C) Gantry Pitch Rotation Direction dvCS (300A,014E) Gantry Pitch Angle Tolerance dvFL (300A,0180) Patient Setup Sequence dvSQ (300A,0182) Patient Setup Number dvIS (300A,0183) Patient Setup Label dvLO (300A,0184) Patient Additional Position dvLO (300A,0190) Fixation Device Sequence dvSQ (300A,0192) Fixation Device Type dvCS (300A,0194) Fixation Device Label dvSH (300A,0196) Fixation Device Description dvST (300A,0198) Fixation Device Position dvSH (300A,0199) Fixation Device Pitch Angle dvFL (300A,019A) Fixation Device Roll Angle dvFL (300A,01A0) Shielding Device Sequence dvSQ (300A,01A2) Shielding Device Type dvCS (300A,01A4) Shielding Device Label dvSH (300A,01A6) Shielding Device Description dvST (300A,01A8) Shielding Device Position dvSH (300A,01B0) Setup Technique dvCS (300A,01B2) Setup Technique Description dvST (300A,01B4) Setup Device Sequence dvSQ (300A,01B6) Setup Device Type dvCS (300A,01B8) Setup Device Label dvSH (300A,01BA) Setup Device Description dvST (300A,01BC) Setup Device Parameter dvDS (300A,01D0) Setup Reference Description dvST (300A,01D2) Table Top Vertical Setup Displacement dvDS (300A,01D4) Table Top Longitudinal Setup Displacement dvDS (300A,01D6) Table Top Lateral Setup Displacement dvDS (300A,0200) Brachy Treatment Technique dvCS (300A,0202) Brachy Treatment Type dvCS (300A,0206) Treatment Machine Sequence dvSQ (300A,0210) Source Sequence dvSQ (300A,0212) Source Number dvIS (300A,0214) Source Type dvCS (300A,0216) Source Manufacturer dvLO (300A,0218) Active Source Diameter dvDS (300A,021A) Active Source Length dvDS (300A,021B) Source Model ID dvSH (300A,021C) Source Description dvLO (300A,0222) Source Encapsulation Nominal Thickness dvDS (300A,0224) Source Encapsulation Nominal Transmission dvDS (300A,0226) Source Isotope Name dvLO (300A,0228) Source Isotope Half Life dvDS (300A,0229) Source Strength Units dvCS (300A,022A) Reference Air Kerma Rate dvDS (300A,022B) Source Strength dvDS (300A,022C) Source Strength Reference Date dvDA (300A,022E) Source Strength Reference Time dvTM (300A,0230) Application Setup Sequence dvSQ (300A,0232) Application Setup Type dvCS (300A,0234) Application Setup Number dvIS (300A,0236) Application Setup Name dvLO (300A,0238) Application Setup Manufacturer dvLO (300A,0240) Template Number dvIS (300A,0242) Template Type dvSH (300A,0244) Template Name dvLO (300A,0250) Total Reference Air Kerma dvDS (300A,0260) Brachy Accessory Device Sequence dvSQ (300A,0262) Brachy Accessory Device Number dvIS (300A,0263) Brachy Accessory Device ID dvSH (300A,0264) Brachy Accessory Device Type dvCS (300A,0266) Brachy Accessory Device Name dvLO (300A,026A) Brachy Accessory Device Nominal Thickness dvDS (300A,026C) Brachy Accessory Device Nominal Transmission dvDS (300A,0280) Channel Sequence dvSQ (300A,0282) Channel Number dvIS (300A,0284) Channel Length dvDS (300A,0286) Channel Total Time dvDS (300A,0288) Source Movement Type dvCS (300A,028A) Number of Pulses dvIS (300A,028C) Pulse Repetition Interval dvDS (300A,0290) Source Applicator Number dvIS (300A,0291) Source Applicator ID dvSH (300A,0292) Source Applicator Type dvCS (300A,0294) Source Applicator Name dvLO (300A,0296) Source Applicator Length dvDS (300A,0298) Source Applicator Manufacturer dvLO (300A,029C) Source Applicator Wall Nominal Thickness dvDS (300A,029E) Source Applicator Wall Nominal Transmission dvDS (300A,02A0) Source Applicator Step Size dvDS (300A,02A2) Transfer Tube Number dvIS (300A,02A4) Transfer Tube Length dvDS (300A,02B0) Channel Shield Sequence dvSQ (300A,02B2) Channel Shield Number dvIS (300A,02B3) Channel Shield ID dvSH (300A,02B4) Channel Shield Name dvLO (300A,02B8) Channel Shield Nominal Thickness dvDS (300A,02BA) Channel Shield Nominal Transmission dvDS (300A,02C8) Final Cumulative Time Weight dvDS (300A,02D0) Brachy Control Point Sequence dvSQ (300A,02D2) Control Point Relative Position dvDS (300A,02D4) Control Point 3D Position dvDS (300A,02D6) Cumulative Time Weight dvDS (300A,02E0) Compensator Divergence dvCS (300A,02E1) Compensator Mounting Position dvCS (300A,02E2) Source to Compensator Distance dvDS (300A,02E3) Total Compensator Tray Water-Equivalent Thickness dvFL (300A,02E4) Isocenter to Compensator Tray Distance dvFL (300A,02E5) Compensator Column Offset dvFL (300A,02E6) Isocenter to Compensator Distances dvFL (300A,02E7) Compensator Relative Stopping Power Ratio dvFL (300A,02E8) Compensator Milling Tool Diameter dvFL (300A,02EA) Ion Range Compensator Sequence dvSQ (300A,02EB) Compensator Description dvLT (300A,0302) Radiation Mass Number dvIS (300A,0304) Radiation Atomic Number dvIS (300A,0306) Radiation Charge State dvSS (300A,0308) Scan Mode dvCS (300A,030A) Virtual Source-Axis Distances dvFL (300A,030C) Snout Sequence dvSQ (300A,030D) Snout Position dvFL (300A,030F) Snout ID dvSH (300A,0312) Number of Range Shifters dvIS (300A,0314) Range Shifter Sequence dvSQ (300A,0316) Range Shifter Number dvIS (300A,0318) Range Shifter ID dvSH (300A,0320) Range Shifter Type dvCS (300A,0322) Range Shifter Description dvLO (300A,0330) Number of Lateral Spreading Devices dvIS (300A,0332) Lateral Spreading Device Sequence dvSQ (300A,0334) Lateral Spreading Device Number dvIS (300A,0336) Lateral Spreading Device ID dvSH (300A,0338) Lateral Spreading Device Type dvCS (300A,033A) Lateral Spreading Device Description dvLO (300A,033C) Lateral Spreading Device Water Equivalent Thickness dvFL (300A,0340) Number of Range Modulators dvIS (300A,0342) Range Modulator Sequence dvSQ (300A,0344) Range Modulator Number dvIS (300A,0346) Range Modulator ID dvSH (300A,0348) Range Modulator Type dvCS (300A,034A) Range Modulator Description dvLO (300A,034C) Beam Current Modulation ID dvSH (300A,0350) Patient Support Type dvCS (300A,0352) Patient Support ID dvSH (300A,0354) Patient Support Accessory Code dvLO (300A,0356) Fixation Light Azimuthal Angle dvFL (300A,0358) Fixation Light Polar Angle dvFL (300A,035A) Meterset Rate dvFL (300A,0360) Range Shifter Settings Sequence dvSQ (300A,0362) Range Shifter Setting dvLO (300A,0364) Isocenter to Range Shifter Distance dvFL (300A,0366) Range Shifter Water Equivalent Thickness dvFL (300A,0370) Lateral Spreading Device Settings Sequence dvSQ (300A,0372) Lateral Spreading Device Setting dvLO (300A,0374) Isocenter to Lateral Spreading Device Distance dvFL (300A,0380) Range Modulator Settings Sequence dvSQ (300A,0382) Range Modulator Gating Start Value dvFL (300A,0384) Range Modulator Gating Stop Value dvFL (300A,0386) Range Modulator Gating Start Water Equivalent Thickness dvFL (300A,0388) Range Modulator Gating Stop Water Equivalent Thickness dvFL (300A,038A) Isocenter to Range Modulator Distance dvFL (300A,0390) Scan Spot Tune ID dvSH (300A,0392) Number of Scan Spot Positions dvIS (300A,0394) Scan Spot Position Map dvFL (300A,0396) Scan Spot Meterset Weights dvFL (300A,0398) Scanning Spot Size dvFL (300A,039A) Number of Paintings dvIS (300A,03A0) Ion Tolerance Table Sequence dvSQ (300A,03A2) Ion Beam Sequence dvSQ (300A,03A4) Ion Beam Limiting Device Sequence dvSQ (300A,03A6) Ion Block Sequence dvSQ (300A,03A8) Ion Control Point Sequence dvSQ (300A,03AA) Ion Wedge Sequence dvSQ (300A,03AC) Ion Wedge Position Sequence dvSQ (300A,0401) Referenced Setup Image Sequence dvSQ (300A,0402) Setup Image Comment dvST (300A,0410) Motion Synchronization Sequence dvSQ (300A,0412) Control Point Orientation dvFL (300A,0420) General Accessory Sequence dvSQ (300A,0421) General Accessory ID dvSH (300A,0422) General Accessory Description dvST (300A,0423) General Accessory Type dvCS (300A,0424) General Accessory Number dvIS (300A,0425) Source to General Accessory Distance dvFL (300A,0431) Applicator Geometry Sequence dvSQ (300A,0432) Applicator Aperture Shape dvCS (300A,0433) Applicator Opening dvFL (300A,0434) Applicator Opening X dvFL (300A,0435) Applicator Opening Y dvFL (300A,0436) Source to Applicator Mounting Position Distance dvFL (300C,0000) RT Relationship Group Length dvUL (300C,0002) Referenced RT Plan Sequence dvSQ (300C,0004) Referenced Beam Sequence dvSQ (300C,0006) Referenced Beam Number dvIS (300C,0007) Referenced Reference Image Number dvIS (300C,0008) Start Cumulative Meterset Weight dvDS (300C,0009) End Cumulative Meterset Weight dvDS (300C,000A) Referenced Brachy Application Setup Sequence dvSQ (300C,000C) Referenced Brachy Application Setup Number dvIS (300C,000E) Referenced Source Number dvIS (300C,0020) Referenced Fraction Group Sequence dvSQ (300C,0022) Referenced Fraction Group Number dvIS (300C,0040) Referenced Verification Image Sequence dvSQ (300C,0042) Referenced Reference Image Sequence dvSQ (300C,0050) Referenced Dose Reference Sequence dvSQ (300C,0051) Referenced Dose Reference Number dvIS (300C,0055) Brachy Referenced Dose Reference Sequence dvSQ (300C,0060) Referenced Structure Set Sequence dvSQ (300C,006A) Referenced Patient Setup Number dvIS (300C,0080) Referenced Dose Sequence dvSQ (300C,00A0) Referenced Tolerance Table Number dvIS (300C,00B0) Referenced Bolus Sequence dvSQ (300C,00C0) Referenced Wedge Number dvIS (300C,00D0) Referenced Compensator Number dvIS (300C,00E0) Referenced Block Number dvIS (300C,00F0) Referenced Control Point Index dvIS (300C,00F2) Referenced Control Point Sequence dvSQ (300C,00F4) Referenced Start Control Point Index dvIS (300C,00F6) Referenced Stop Control Point Index dvIS (300C,0100) Referenced Range Shifter Number dvIS (300C,0102) Referenced Lateral Spreading Device Number dvIS (300C,0104) Referenced Range Modulator Number dvIS (300E,0000) Approval Group Length dvUL (300E,0002) Approval Status dvCS (300E,0004) Review Date dvDA (300E,0005) Review Time dvTM (300E,0008) Reviewer Name dvPN (4000,0000) Text Group Length dvUL (4000,0010) Arbitrary dvLT (4000,4000) Text Comments dvLT (4008,0000) Results Group Length dvUL (4008,0040) Results ID dvSH (4008,0042) Results ID Issuer dvLO (4008,0050) Referenced Interpretation Sequence dvSQ (4008,00FF) Report Production Status (Trial) dvCS (4008,0100) Interpretation Recorded Date dvDA (4008,0101) Interpretation Recorded Time dvTM (4008,0102) Interpretation Recorder dvPN (4008,0103) Reference to Recorded Sound dvLO (4008,0108) Interpretation Transcription Date dvDA (4008,0109) Interpretation Transcription Time dvTM (4008,010A) Interpretation Transcriber dvPN (4008,010B) Interpretation Text dvST (4008,010C) Interpretation Author dvPN (4008,0111) Interpretation Approver Sequence dvSQ (4008,0112) Interpretation Approval Date dvDA (4008,0113) Interpretation Approval Time dvTM (4008,0114) Physician Approving Interpretation dvPN (4008,0115) Interpretation Diagnosis Description dvLT (4008,0117) Interpretation Diagnosis Code Sequence dvSQ (4008,0118) Results Distribution List Sequence dvSQ (4008,0119) Distribution Name dvPN (4008,011A) Distribution Address dvLO (4008,0200) Interpretation ID dvSH (4008,0202) Interpretation ID Issuer dvLO (4008,0210) Interpretation Type ID dvCS (4008,0212) Interpretation Status ID dvCS (4008,0300) Impressions dvST (4008,4000) Results Comments dvST (4009,0001) Undocumented dvLT (4009,0020) Undocumented dvLT (4009,0030) Undocumented dvDA (4009,0070) Undocumented dvLT (4009,00E0) Undocumented dvLT (4009,00E1) Undocumented dvLT (4009,00E3) Undocumented dvLT (4010,0001) Low Energy Detectors dvCS (4010,0002) High Energy Detectors dvCS (4010,0004) Detector Geometry Sequence dvSQ (4010,1001) Threat ROI Voxel Sequence dvSQ (4010,1004) Threat ROI Base dvFL (4010,1005) Threat ROI Extents dvFL (4010,1006) Threat ROI Bitmap dvOB (4010,1007) Route Segment ID dvSH (4010,1008) Gantry Type dvCS (4010,1009) OOI Owner Type dvCS (4010,100A) Route Segment Sequence dvSQ (4010,1010) Potential Threat Object ID dvUS (4010,1011) Threat Sequence dvSQ (4010,1012) Threat Category dvCS (4010,1013) Threat Category Description dvLT (4010,1014) ATD Ability Assessment dvCS (4010,1015) ATD Assessment Flag dvCS (4010,1016) ATD Assessment Probability dvFL (4010,1017) Mass dvFL (4010,1018) Density dvFL (4010,1019) Z Effective dvFL (4010,101A) Boarding Pass ID dvSH (4010,101B) Center of Mass dvFL (4010,101C) Center of PTO dvFL (4010,101D) Bounding Polygon dvFL (4010,101E) Route Segment Start Location ID dvSH (4010,101F) Route Segment End Location ID dvSH (4010,1020) Route Segment Location ID Type dvCS (4010,1021) Abort Reason dvCS (4010,1023) Volume of PTO dvFL (4010,1024) Abort Flag dvCS (4010,1025) Route Segment Start Time dvDT (4010,1026) Route Segment End Time dvDT (4010,1027) TDR Type dvCS (4010,1028) International Route Segment dvCS (4010,1029) Threat Detection Algorithm and Version dvLO (4010,102A) Assigned Location dvSH (4010,102B) Alarm Decision Time dvDT (4010,1031) Alarm Decision dvCS (4010,1033) Number of Total Objects dvUS (4010,1034) Number of Alarm Objects dvUS (4010,1037) PTO Representation Sequence dvSQ (4010,1038) ATD Assessment Sequence dvSQ (4010,1039) TIP Type dvCS (4010,103A) DICOS Version dvCS (4010,1041) OOI Owner Creation Time dvDT (4010,1042) OOI Type dvCS (4010,1043) OOI Size dvFL (4010,1044) Acquisition Status dvCS (4010,1045) Basis Materials Code Sequence dvSQ (4010,1046) Phantom Type dvCS (4010,1047) OOI Owner Sequence dvSQ (4010,1048) Scan Type dvCS (4010,1051) Itinerary ID dvLO (4010,1052) Itinerary ID Type dvSH (4010,1053) Itinerary ID Assigning Authority dvLO (4010,1054) Route ID dvSH (4010,1055) Route ID Assigning Authority dvSH (4010,1056) Inbound Arrival Type dvCS (4010,1058) Carrier ID dvSH (4010,1059) Carrier ID Assigning Authority dvCS (4010,1060) Source Orientation dvFL (4010,1061) Source Position dvFL (4010,1062) Belt Height dvFL (4010,1064) Algorithm Routing Code Sequence dvSQ (4010,1067) Transport Classification dvCS (4010,1068) OOI Type Descriptor dvLT (4010,1069) Total Processing Time dvFL (4010,106C) Detector Calibration Data dvOB (4010,106D) Additional Screening Performed dvCS (4010,106E) Additional Inspection Selection Criteria dvCS (4010,106F) Additional Inspection Method Sequence dvSQ (4010,1070) AIT Device Type dvCS (4010,1071) QR Measurements Sequence dvSQ (4010,1072) Target Material Sequence dvSQ (4010,1073) SNR Threshold dvFD (4010,1075) Image Scale Representation dvDS (4010,1076) Referenced PTO Sequence dvSQ (4010,1077) Referenced TDR Instance Sequence dvSQ (4010,1078) PTO Location Description dvST (4010,1079) Anomaly Locator Indicator Sequence dvSQ (4010,107A) Anomaly Locator Indicator dvFL (4010,107B) PTO Region Sequence dvSQ (4010,107C) Inspection Selection Criteria dvCS (4010,107D) Secondary Inspection Method Sequence dvSQ (4010,107E) PRCS to RCS Orientation dvDS (4FFE,0001) MAC Parameters Sequence dvSQ (5000,0000) Undocumented dvUL (5000,0005) Curve Dimensions dvUS (5000,0010) Number of Points dvUS (5000,0020) Type of Data dvCS (5000,0022) Curve Description dvLO (5000,0030) Axis Units dvSH (5000,0040) Axis Labels dvSH (5000,0103) Data Value Representation dvUS (5000,0104) Minimum Coordinate Value dvUS (5000,0105) Maximum Coordinate Value dvUS (5000,0106) Curve Range dvSH (5000,0110) Curve Data Descriptor dvUS (5000,0112) Coordinate Start Value dvUS (5000,0114) Coordinate Step Value dvUS (5000,1001) Curve Activation Layer dvCS (5000,2000) Audio Type dvUS (5000,2002) Audio Sample Format dvUS (5000,2004) Number of Channels dvUS (5000,2006) Number of Samples dvUL (5000,2008) Sample Rate dvUL (5000,200A) Total Time dvUL (5000,200C) Audio Sample Data dvOW (5000,200E) Audio Comments dvLT (5000,2500) Curve Label dvLO (5000,2600) Curve Referenced Overlay Sequence dvSQ (5000,2610) Curve Referenced Overlay Group dvUS (5000,3000) Curve Data dvOW (5200,9229) Shared Functional Groups Sequence dvSQ (5200,9230) Per-frame Functional Groups Sequence dvSQ (5400,0000) Waveform Group Length dvUL (5400,0100) Waveform Sequence dvSQ (5400,0110) Channel Minimum Value dvOW (5400,0112) Channel Maximum Value dvOW (5400,1004) Waveform Bits Allocated dvUS (5400,1006) Waveform Sample Interpretation dvCS (5400,100A) Waveform Padding Value dvOW (5400,1010) Waveform Data dvOW (5600,0010) First Order Phase Correction Angle dvOF (5600,0020) Spectroscopy Data dvOF (6000,0000) Overlay Group Length dvUL (6000,0001) Undocumented dvUS (6000,0002) Undocumented dvUS (6000,0010) Overlay Rows dvUS (6000,0011) Overlay Columns dvUS (6000,0012) Overlay Planes dvUS (6000,0015) Number of Frames in Overlay dvIS (6000,0022) Overlay Description dvLO (6000,0040) Overlay Type dvCS (6000,0045) Overlay Subtype dvLO (6000,0050) Overlay Origin dvSS (6000,0051) Image Frame Origin dvUS (6000,0052) Overlay Plane Origin dvUS (6000,0060) Overlay Compression Code dvCS (6000,0061) Overlay Compression Originator dvSH (6000,0062) Overlay Compression Label dvSH (6000,0063) Overlay Compression Description dvCS (6000,0066) Overlay Compression Step Pointers dvAT (6000,0068) Overlay Repeat Interval dvUS (6000,0069) Overlay Bits Grouped dvUS (6000,0100) Overlay Bits Allocated dvUS (6000,0102) Overlay Bit Position dvUS (6000,0110) Overlay Format dvCS (6000,0200) Overlay Location dvUS (6000,0800) Overlay Code Label dvCS (6000,0802) Overlay Number of Tables dvUS (6000,0803) Overlay Code Table Location dvAT (6000,0804) Overlay Bits for Code Word dvUS (6000,1001) Overlay Activation Layer dvCS (6000,1100) Overlay Descriptor - Gray dvUS (6000,1101) Overlay Descriptor - Red dvUS (6000,1102) Overlay Descriptor - Green dvUS (6000,1103) Overlay Descriptor - Blue dvUS (6000,1200) Overlays - Gray dvUS (6000,1201) Overlays - Red dvUS (6000,1202) Overlays - Green dvUS (6000,1203) Overlays - Blue dvUS (6000,1301) ROI Area dvIS (6000,1302) ROI Mean dvDS (6000,1303) ROI Standard Deviation dvDS (6000,1500) Overlay Label dvLO (6000,3000) Overlay Data dvOW (6000,4000) Overlay Comments dvLT (6001,0000) Undocumented dvUN (6001,0010) Undocumented dvLO (6001,1010) Undocumented dvUSorSS (6001,1030) Undocumented dvUSorSS (6021,0000) Undocumented dvUSorSS (6021,0010) Undocumented dvUSorSS (7000,0004) Undocumented dvST (7000,0005) Undocumented dvIS (7000,0007) Undocumented dvIS (7001,0010) Undocumented dvLT (7003,0010) Undocumented dvLT (7005,0010) Undocumented dvLT (7F00,0000) Undocumented dvUL (7F00,0010) Variable Pixel Data dvOW (7F00,0011) Variable Next Data Group dvOW (7F00,0020) Variable Coefficients SDVN dvOW (7F00,0030) Variable Coefficients SDHN dvOW (7F00,0040) Variable Coefficients SDDN dvOW (7FE0,0000) Pixel Data Group Length dvUL (7FE0,0010) Pixel Data dvOW (7FE0,0020) Coefficients SDVN dvOW (7FE0,0030) Coefficients SDHN dvOW (7FE0,0040) Coefficients SDDN dvOW (7FE1,0000) Undocumented dvOB (7FE1,0010) Undocumented dvUSorSS (7FE3,0000) Undocumented dvLT (7FE3,0010) Undocumented dvOB (7FE3,0020) Undocumented dvOB (7FF1,0001) Undocumented dvUS (7FF1,0002) Undocumented dvUS (7FF1,0003) Undocumented dvUSorSS (7FF1,0004) Undocumented dvIS (7FF1,0005) Undocumented dvUS (7FF1,0007) Undocumented dvUS (7FF1,0008) Undocumented dvUS (7FF1,0009) Undocumented dvUS (7FF1,000A) Undocumented dvLT (7FF1,000B) Undocumented dvUS (7FF1,000C) Undocumented dvUS (7FF1,000D) Undocumented dvUS (7FF1,0010) Undocumented dvUS (FFFA,FFFA) Digital Signatures Sequence dvSQ (FFFC,FFFC) Data Set Trailing Padding dvOB (FFFE,E000) Item dvUnknown (FFFE,E00D) Item Delimitation Item dvUnknown (FFFE,E0DD) Sequence Delimitation Item dvUnknown (FFFF,FFFF) Undocumented dvUSorSS
!!} end.