content: /*
   ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~
   ~                                                                               ~
   ~ The MIT License (MIT)                                                         ~
   ~                                                                               ~
   ~ Copyright (c) 2015-2025 miaixz.org and other contributors.                    ~
   ~                                                                               ~
   ~ Permission is hereby granted, free of charge, to any person obtaining a copy  ~
   ~ of this software and associated documentation files (the "Software"), to deal ~
   ~ in the Software without restriction, including without limitation the rights  ~
   ~ to use, copy, modify, merge, publish, distribute, sublicense, and/or sell     ~
   ~ copies of the Software, and to permit persons to whom the Software is         ~
   ~ furnished to do so, subject to the following conditions:                      ~
   ~                                                                               ~
   ~ The above copyright notice and this permission notice shall be included in    ~
   ~ all copies or substantial portions of the Software.                           ~
   ~                                                                               ~
   ~ THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR    ~
   ~ IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,      ~
   ~ FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE   ~
   ~ AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER        ~
   ~ LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, ~
   ~ OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN     ~
   ~ THE SOFTWARE.                                                                 ~
   ~                                                                               ~
   ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~
  */
  package org.miaixz.bus.image.galaxy.dict.GEMS_DL_IMG_01;
  
  /**
   * @author Kimi Liu
   * @since Java 17+
   */
  public class PrivateTag {
  
      public static final String PrivateCreator = "GEMS_DL_IMG_01";
  
      /** (0019,xx0B) VR=DS VM=1-2 FOV Dimension Double */
      public static final int FOVDimensionDouble = 0x0019000B;
  
      /** (0019,xx2B) VR=FL VM=1 Distance to table top */
      public static final int DistanceToTableTop = 0x0019002B;
  
      /** (0019,xx30) VR=LO VM=1 Image File Name */
      public static final int ImageFileName = 0x00190030;
  
      /** (0019,xx31) VR=IS VM=1 Default Spatial Filter Family */
      public static final int DefaultSpatialFilterFamily = 0x00190031;
  
      /** (0019,xx32) VR=IS VM=1 Default Spatial Filter Strength */
      public static final int DefaultSpatialFilterStrength = 0x00190032;
  
      /** (0019,xx33) VR=DS VM=1 Min Saturation Dose */
      public static final int MinSaturationDose = 0x00190033;
  
      /** (0019,xx34) VR=DS VM=1 Detector Gain */
      public static final int DetectorGain = 0x00190034;
  
      /** (0019,xx35) VR=DS VM=1 Patient Dose Limit */
      public static final int PatientDoseLimit = 0x00190035;
  
      /** (0019,xx36) VR=DS VM=1 Preproc Image Rate Max */
      public static final int PreprocImageRateMax = 0x00190036;
  
      /** (0019,xx37) VR=CS VM=1 Sensor Roi Shape */
      public static final int SensorRoiShape = 0x00190037;
  
      /** (0019,xx38) VR=DS VM=1 Sensor Roi x Position */
      public static final int SensorRoixPosition = 0x00190038;
  
      /** (0019,xx39) VR=DS VM=1 Sensor Roi y Position */
      public static final int SensorRoiyPosition = 0x00190039;
  
      /** (0019,xx3A) VR=DS VM=1 Sensor Roi x Size */
      public static final int SensorRoixSize = 0x0019003A;
  
      /** (0019,xx3B) VR=DS VM=1 Sensor Roi y Size */
      public static final int SensorRoiySize = 0x0019003B;
  
      /** (0019,xx3D) VR=DS VM=1 Noise Sensitivity */
      public static final int NoiseSensitivity = 0x0019003D;
  
      /** (0019,xx3E) VR=DS VM=1 Sharp Sensitivity */
      public static final int SharpSensitivity = 0x0019003E;
  
      /** (0019,xx3F) VR=DS VM=1 Contrast Sensitivity */
      public static final int ContrastSensitivity = 0x0019003F;
  
      /** (0019,xx40) VR=DS VM=1 Lag Sensitivity */
      public static final int LagSensitivity = 0x00190040;
  
      /** (0019,xx41) VR=CS VM=1 Tube */
      public static final int Tube = 0x00190041;
  
      /** (0019,xx42) VR=US VM=1 Detector Size Rows */
      public static final int DetectorSizeRows = 0x00190042;
  
      /** (0019,xx43) VR=US VM=1 Detector Size Columns */
      public static final int DetectorSizeColumns = 0x00190043;
  
      /** (0019,xx44) VR=DS VM=1 Min Object Size */
      public static final int MinObjectSize = 0x00190044;
  
      /** (0019,xx45) VR=DS VM=1 Max Object Size */
      public static final int MaxObjectSize = 0x00190045;
  
      /** (0019,xx46) VR=DS VM=1 Max Object Speed */
      public static final int MaxObjectSpeed = 0x00190046;
  
      /** (0019,xx47) VR=CS VM=1 Object Back Motion */
      public static final int ObjectBackMotion = 0x00190047;
  
      /** (0019,xx48) VR=UL VM=1 Exposure Trajectory Family */
      public static final int ExposureTrajectoryFamily = 0x00190048;
  
      /** (0019,xx49) VR=DS VM=1 Window Time Duration */
      public static final int WindowTimeDuration = 0x00190049;
  
      /** (0019,xx4A) VR=CS VM=1 Positioner Angle Display Mode */
      public static final int PositionerAngleDisplayMode = 0x0019004A;
  
      /** (0019,xx4B) VR=IS VM=2 Detector Origin */
      public static final int DetectorOrigin = 0x0019004B;
  
      /** (0019,xx4C) VR=CS VM=1 ? */
      public static final int _0019_xx4C_ = 0x0019004C;
  
      /** (0019,xx4E) VR=DS VM=2 Default Brightness and Contrast */
      public static final int DefaultBrightnessContrast = 0x0019004E;
  
      /** (0019,xx4F) VR=DS VM=2 User Brightness and Contrast */
      public static final int UserBrightnessContrast = 0x0019004F;
  
      /** (0019,xx50) VR=IS VM=1 Source Series Number */
      public static final int SourceSeriesNumber = 0x00190050;
  
      /** (0019,xx51) VR=IS VM=1 Source Image Number */
      public static final int SourceImageNumber = 0x00190051;
  
      /** (0019,xx52) VR=IS VM=1 Source Frame Number */
      public static final int SourceFrameNumber = 0x00190052;
  
      /** (0019,xx53) VR=UI VM=1 Source Series Item Id */
      public static final int SourceSeriesItemId = 0x00190053;
  
      /** (0019,xx54) VR=UI VM=1 Source Image Item Id */
      public static final int SourceImageItemId = 0x00190054;
  
      /** (0019,xx55) VR=UI VM=1 Source Frame Item Id */
      public static final int SourceFrameItemId = 0x00190055;
  
      /** (0019,xx60) VR=US VM=1 Number of Points Before Acquisition */
      public static final int NumberOfPointsBeforeAcquisition = 0x00190060;
  
      /** (0019,xx61) VR=OW VM=1 Curve Data Before Acquisition */
      public static final int CurveDataBeforeAcquisition = 0x00190061;
  
      /** (0019,xx62) VR=US VM=1 Number of Points Trigger */
      public static final int NumberOfPointsTrigger = 0x00190062;
  
      /** (0019,xx63) VR=OW VM=1 Curve Data Trigger */
      public static final int CurveDataTrigger = 0x00190063;
  
      /** (0019,xx64) VR=SH VM=1 ECG Synchronization */
      public static final int ECGSynchronization = 0x00190064;
  
      /** (0019,xx65) VR=SH VM=1 ECG Delay Mode */
      public static final int ECGDelayMode = 0x00190065;
  
      /** (0019,xx66) VR=IS VM=1-n ECG Delay Vector */
      public static final int ECGDelayVector = 0x00190066;
  
      /** (0019,xx67) VR=DS VM=1 ? */
      public static final int _0019_xx67_ = 0x00190067;
  
      /** (0019,xx68) VR=DS VM=1 ? */
      public static final int _0019_xx68_ = 0x00190068;
  
      /** (0019,xx69) VR=DS VM=1 ? */
      public static final int _0019_xx69_ = 0x00190069;
  
      /** (0019,xx7A) VR=DS VM=1 ? */
      public static final int _0019_xx7A_ = 0x0019007A;
  
      /** (0019,xx7B) VR=DS VM=1 ? */
      public static final int _0019_xx7B_ = 0x0019007B;
  
      /** (0019,xx7C) VR=DS VM=1 ? */
      public static final int _0019_xx7C_ = 0x0019007C;
  
      /** (0019,xx80) VR=DS VM=1 Image Dose */
      public static final int ImageDose = 0x00190080;
  
      /** (0019,xx81) VR=US VM=1 Calibration Frame */
      public static final int CalibrationFrame = 0x00190081;
  
      /** (0019,xx82) VR=CS VM=1 Calibration Object */
      public static final int CalibrationObject = 0x00190082;
  
      /** (0019,xx83) VR=DS VM=1 Calibration Object Size mm */
      public static final int CalibrationObjectSize = 0x00190083;
  
      /** (0019,xx84) VR=FL VM=1 Calibration Factor */
      public static final int CalibrationFactor = 0x00190084;
  
      /** (0019,xx85) VR=DA VM=1 Calibration Date */
      public static final int CalibrationDate = 0x00190085;
  
      /** (0019,xx86) VR=TM VM=1 Calibration Time */
      public static final int CalibrationTime = 0x00190086;
  
      /** (0019,xx87) VR=US VM=1 Calibration Accuracy */
      public static final int CalibrationAccuracy = 0x00190087;
  
      /** (0019,xx88) VR=CS VM=1 Calibration Extended */
      public static final int CalibrationExtended = 0x00190088;
  
      /** (0019,xx89) VR=US VM=1 Calibration Image Original */
      public static final int CalibrationImageOriginal = 0x00190089;
  
      /** (0019,xx8A) VR=US VM=1 Calibration Frame Original */
      public static final int CalibrationFrameOriginal = 0x0019008A;
  
      /** (0019,xx8B) VR=US VM=1 Calibration nb points uif */
      public static final int CalibrationNbPointsUif = 0x0019008B;
  
      /** (0019,xx8C) VR=US VM=1-n Calibration Points Row */
      public static final int CalibrationPointsRow = 0x0019008C;
  
      /** (0019,xx8D) VR=US VM=1-n Calibration Points Column */
      public static final int CalibrationPointsColumn = 0x0019008D;
  
      /** (0019,xx8E) VR=FL VM=1 Calibration Magnification Ratio */
      public static final int CalibrationMagnificationRatio = 0x0019008E;
  
      /** (0019,xx8F) VR=LO VM=1 Calibration Software Version */
      public static final int CalibrationSoftwareVersion = 0x0019008F;
  
      /**
       * (0019,xx90) VR=LO VM=1 Extended Calibration Software Version
       */
      public static final int ExtendedCalibrationSoftwareVersion = 0x00190090;
  
      /** (0019,xx91) VR=IS VM=1 Calibration Return Code */
      public static final int CalibrationReturnCode = 0x00190091;
  
      /** (0019,xx92) VR=DS VM=1 Detector Rotation Angle */
      public static final int DetectorRotationAngle = 0x00190092;
  
      /** (0019,xx93) VR=CS VM=1 Spatial Change */
      public static final int SpatialChange = 0x00190093;
  
      /** (0019,xx94) VR=CS VM=1 Inconsistent Flag */
      public static final int InconsistentFlag = 0x00190094;
  
      /** (0019,xx95) VR=CS VM=2 Horizontal and Vertical Image Flip */
      public static final int HorizontalAndVerticalImageFlip = 0x00190095;
  
      /** (0019,xx96) VR=CS VM=1 Internal Label Image */
      public static final int InternalLabelImage = 0x00190096;
  
      /** (0019,xx97) VR=DS VM=1-n Angle 1 increment */
      public static final int Angle1Increment = 0x00190097;
  
      /** (0019,xx98) VR=DS VM=1-n Angle 2 increment */
      public static final int Angle2Increment = 0x00190098;
  
      /** (0019,xx99) VR=DS VM=1-n Angle 3 increment */
      public static final int Angle3Increment = 0x00190099;
  
      /** (0019,xx9A) VR=DS VM=1-n Sensor Feedback */
      public static final int SensorFeedback = 0x0019009A;
  
      /** (0019,xx9B) VR=CS VM=1 Grid */
      public static final int Grid = 0x0019009B;
  
      /** (0019,xx9C) VR=FL VM=1 Default Mask Pixel Shift */
      public static final int DefaultMaskPixelShift = 0x0019009C;
  
      /** (0019,xx9D) VR=CS VM=1 Applicable Review Mode */
      public static final int ApplicableReviewMode = 0x0019009D;
  
      /** (0019,xx9E) VR=DS VM=1-n Log LUT Control Points */
      public static final int LogLUTControlPoints = 0x0019009E;
  
      /** (0019,xx9F) VR=DS VM=1-n Exp LUT SUB Control Points */
      public static final int ExpLUTSUBControlPoints = 0x0019009F;
  
      /** (0019,xxA0) VR=DS VM=1 ABD Value */
      public static final int ABDValue = 0x001900A0;
  
      /** (0019,xxA1) VR=DS VM=1 Subtraction Window Center */
      public static final int SubtractionWindowCenter = 0x001900A1;
  
      /** (0019,xxA2) VR=DS VM=1 Subtraction Window Width */
      public static final int SubtractionWindowWidth = 0x001900A2;
  
      /** (0019,xxA3) VR=DS VM=1 Image Rotation */
      public static final int ImageRotation = 0x001900A3;
  
      /** (0019,xxA4) VR=CS VM=1 Auto Injection Enabled */
      public static final int AutoInjectionEnabled = 0x001900A4;
  
      /** (0019,xxA5) VR=CS VM=1 Injection Phase */
      public static final int InjectionPhase = 0x001900A5;
  
      /** (0019,xxA6) VR=DS VM=1 Injection Delay */
      public static final int InjectionDelay = 0x001900A6;
  
      /** (0019,xxA7) VR=IS VM=1 Reference Injection Frame Number */
      public static final int ReferenceInjectionFrameNumber = 0x001900A7;
  
      /** (0019,xxA8) VR=DS VM=1 Injection Duration */
      public static final int InjectionDuration = 0x001900A8;
  
      /** (0019,xxA9) VR=DS VM=1-n EPT */
      public static final int EPT = 0x001900A9;
  
      /** (0019,xxAA) VR=CS VM=1 Can Downscan 512 */
      public static final int CanDownscan512 = 0x001900AA;
  
      /** (0019,xxAB) VR=IS VM=1 Current Spatial Filter Strength */
      public static final int CurrentSpatialFilterStrength = 0x001900AB;
  
      /** (0019,xxAC) VR=DS VM=1 Brightness Sensitivity */
      public static final int BrightnessSensitivity = 0x001900AC;
  
      /** (0019,xxAD) VR=DS VM=1-n Exp LUT NOSUB Control Points */
      public static final int ExpLUTNOSUBControlPoints = 0x001900AD;
  
      /** (0019,xxAF) VR=DS VM=1-n ? */
      public static final int _0019_xxAF_ = 0x001900AF;
  
      /** (0019,xxB0) VR=DS VM=1-n ? */
      public static final int _0019_xxB0_ = 0x001900B0;
  
      /** (0019,xxB1) VR=LO VM=1 Acquisition Mode Description */
      public static final int AcquisitionModeDescription = 0x001900B1;
  
      /** (0019,xxB2) VR=LO VM=1 Acquisition Mode Description Label */
      public static final int AcquisitionModeDescriptionLabel = 0x001900B2;
  
      /** (0019,xxB3) VR=LO VM=1 ? */
      public static final int _0019_xxB3_ = 0x001900B3;
  
      /** (0019,xxB8) VR=FL VM=1 ? */
      public static final int _0019_xxB8_ = 0x001900B8;
  
      /** (0019,xxBA) VR=CS VM=1 Acquisition Region */
      public static final int AcquisitionRegion = 0x001900BA;
  
      /** (0019,xxBB) VR=CS VM=1 Acquisition SUB Mode */
      public static final int AcquisitionSUBMode = 0x001900BB;
  
      /** (0019,xxBC) VR=FL VM=1 Table Cradle Angle */
      public static final int TableCradleAngle = 0x001900BC;
  
      /** (0019,xxBD) VR=CS VM=1-n Table Rotation Status Vector */
      public static final int TableRotationStatusVector = 0x001900BD;
  
      /**
       * (0019,xxBE) VR=FL VM=1-n Source to Image Distance per Frame Vector
       */
      public static final int SourceToImageDistancePerFrameVector = 0x001900BE;
  
      /** (0019,xxC2) VR=DS VM=1-n ? */
      public static final int _0019_xxC2_ = 0x001900C2;
  
      /** (0019,xxC3) VR=FL VM=1-n Table Rotation Angle Increment */
      public static final int TableRotationAngleIncrement = 0x001900C3;
  
      /** (0019,xxC4) VR=IS VM=1 ? */
      public static final int _0019_xxC4_ = 0x001900C4;
  
      /** (0019,xxC7) VR=CS VM=1 Patient Position per Image */
      public static final int PatientPositionPerImage = 0x001900C7;
  
      /**
       * (0019,xxD7) VR=FL VM=1-n Table X Position to Iso‐center Increment
       */
      public static final int TableXPositionToIsocenterIncrement = 0x001900D7;
  
      /**
       * (0019,xxD8) VR=FL VM=1-n Table Y Position to Iso‐center Increment
       */
      public static final int TableYPositionToIsocenterIncrement = 0x001900D8;
  
      /**
       * (0019,xxD9) VR=FL VM=1-n Table Z Position to Iso‐center Increment
       */
      public static final int TableZPositionToIsocenterIncrement = 0x001900D9;
  
      /** (0019,xxDA) VR=FL VM=1-n Table Head Tilt Angle Increment */
      public static final int TableHeadTiltAngleIncrement = 0x001900DA;
  
      /** (0019,xxDC) VR=LO VM=1 ? */
      public static final int _0019_xxDC_ = 0x001900DC;
  
      /** (0019,xxDE) VR=CS VM=1 Acquisition Plane */
      public static final int AcquisitionPlane = 0x001900DE;
  
      /** (0019,xxDD) VR=DS VM=1 ? */
      public static final int _0019_xxDD_ = 0x001900DD;
  
      /** (0019,xxE0) VR=FL VM=1 ? */
      public static final int _0019_xxE0_ = 0x001900E0;
  
      /**
       * (0019,xxE9) VR=FL VM=1-n Source to Detector Distance per Frame Vector
       */
      public static final int SourceToDetectorDistancePerFrameVector = 0x001900E9;
  
      /** (0019,xxEA) VR=FL VM=1 Table Rotation Angle */
      public static final int TableRotationAngle = 0x001900EA;
  
      /** (0019,xxEB) VR=FL VM=1 Table X Position to Iso‐center */
      public static final int TableXPositionToIsocenter = 0x001900EB;
  
      /** (0019,xxEC) VR=FL VM=1 Table Y Position to Iso‐center */
      public static final int TableYPositionToIsocenter = 0x001900EC;
  
      /** (0019,xxED) VR=FL VM=1 Table Z Position to Iso‐center */
      public static final int TableZPositionToIsocenter = 0x001900ED;
  
      /** (0019,xxEE) VR=FL VM=1 Table Head Tilt Angle */
      public static final int TableHeadTiltAngle = 0x001900EE;
  
      /** (0019,xxEF) VR=FL VM=1 ? */
      public static final int _0019_xxEF_ = 0x001900EF;
  
  }
  