0028 3002 US IMG LUT Descriptor
0028 3003 LO IMG LUT Explanation
0028 3004 LO IMG Modality LUT Type
-0028 3006 CTX IMG LUT Data
+0028 3006 US IMG LUT Data (CTX dependent)
0028 3010 SQ IMG VOI LUT Sequence
0028 3110 SQ IMG Softcopy VOI LUT Sequence
0028 4000 SH IMG Comments (RET)
3008 0240 SQ ??? Fraction Status Summary Sequence
3008 0250 DA ??? Treatment Date
3008 0251 TM ??? Treatment Time
-300a 0000 UL RT Group Length
-300a 0002 SH RT RT Plan Label
-300a 0003 LO RT RT Plan Name
-300a 0004 ST RT RT Plan Description
-300a 0006 DA RT RT Plan Date
-300a 0007 TM RT RT Plan Time
-300a 0009 LO RT Treatment Protocols
-300a 000a CS RT Treatment Intent
-300a 000b LO RT Treatment Sites
-300a 000c CS RT RT Plan Geometry
-300a 000e ST RT Prescription Description
-300a 0010 SQ RT Dose Reference Sequence
-300a 0012 IS RT Dose Reference Number
-300a 0014 CS RT Dose Reference Structure Type
-300a 0015 CS RT Nominal Beam Energy Unit
-300a 0016 LO RT Dose Reference Description
-300a 0018 DS RT Dose Reference Point Coordinates
-300a 001a DS RT Nominal Prior Dose
-300a 0020 CS RT Dose Reference Type
-300a 0021 DS RT Constraint Weight
-300a 0022 DS RT Delivery Warning Dose
-300a 0023 DS RT Delivery Maximum Dose
-300a 0025 DS RT Target Minimum Dose
-300a 0026 DS RT Target Prescription Dose
-300a 0027 DS RT Target Maximum Dose
-300a 0028 DS RT Target Underdose Volume Fraction
-300a 002a DS RT Organ at Risk Full-volume Dose
-300a 002b DS RT Organ at Risk Limit Dose
-300a 002c DS RT Organ at Risk Maximum Dose
-300a 002d DS RT Organ at Risk Overdose Volume Fraction
-300a 0040 SQ RT Tolerance Table Sequence
-300a 0042 IS RT Tolerance Table Number
-300a 0043 SH RT Tolerance Table Label
-300a 0044 DS RT Gantry Angle Tolerance
-300a 0046 DS RT Beam Limiting Device Angle Tolerance
-300a 0048 SQ RT Beam Limiting Device Tolerance Sequence
-300a 004a DS RT Beam Limiting Device Position Tolerance
-300a 004c DS RT Patient Support Angle Tolerance
-300a 004e DS RT Table Top Eccentric Angle Tolerance
-300a 0051 DS RT Table Top Vertical Position Tolerance
-300a 0052 DS RT Table Top Longitudinal Position Tolerance
-300a 0053 DS RT Table Top Lateral Position Tolerance
-300a 0055 CS RT RT Plan Relationship
-300a 0070 SQ RT Fraction Group Sequence
-300a 0071 IS RT Fraction Group Number
-300a 0078 IS RT Number of Fractions Planned
-300a 0079 IS RT Number of Fractions Per Day
-300a 007a IS RT Repeat Fraction Cycle Length
-300a 007b LT RT Fraction Pattern
-300a 0080 IS RT Number of Beams
-300a 0082 DS RT Beam Dose Specification Point
-300a 0084 DS RT Beam Dose
-300a 0086 DS RT Beam Meterset
-300a 00a0 IS RT Number of Brachy Application Setups
-300a 00a2 DS RT Brachy App Setup Dose Specification Point
-300a 00a4 DS RT Brachy Application Setup Dose
-300a 00b0 SQ RT Beam Sequence
-300a 00b2 SH RT Treatment Machine Name
-300a 00b3 CS RT Primary Dosimeter Unit
-300a 00b4 DS RT Source-Axis Distance
-300a 00b6 SQ RT Beam Limiting Device Sequence
-300a 00b8 CS RT RT Beam Limiting Device Type
-300a 00ba DS RT Source to Beam Limiting Device Distance
-300a 00bc IS RT Number of Leaf/Jaw Pairs
-300a 00be DS RT Leaf Position Boundaries
-300a 00c0 IS RT Beam Number
-300a 00c2 LO RT Beam Name
-300a 00c3 ST RT Beam Description
-300a 00c4 CS RT Beam Type
-300a 00c6 CS RT Radiation Type
-300a 00c7 CS RT High-Dose Technique Type
-300a 00c8 IS RT Reference Image Number
-300a 00ca SQ RT Planned Verification Image Sequence
-300a 00cc LO RT Imaging Device-Specific Acquisition Parameters
-300a 00ce CS RT Treatment Delivery Type
-300a 00d0 IS RT Number of Wedges
-300a 00d1 SQ RT Wedge Sequence
-300a 00d2 IS RT Wedge Number
-300a 00d3 CS RT Wedge Type
-300a 00d4 SH RT Wedge ID
-300a 00d5 IS RT Wedge Angle
-300a 00d6 DS RT Wedge Factor
-300a 00d8 DS RT Wedge Orientation
-300a 00da DS RT Source to Wedge Tray Distance
-300a 00e0 IS RT Number of Compensators
-300a 00e1 SH RT Material ID
-300a 00e2 DS RT Total Compensator Tray Factor
-300a 00e3 SQ RT Compensator Sequence
-300a 00e4 IS RT Compensator Number
-300a 00e5 SH RT Compensator ID
-300a 00e6 DS RT Source to Compensator Tray Distance
-300a 00e7 IS RT Compensator Rows
-300a 00e8 IS RT Compensator Columns
-300a 00e9 DS RT Compensator Pixel Spacing
-300a 00ea DS RT Compensator Position
-300a 00eb DS RT Compensator Transmission Data
-300a 00ec DS RT Compensator Thickness Data
-300a 00ed IS RT Number of Boli
-300a 00f0 IS RT Number of Blocks
-300a 00f2 DS RT Total Block Tray Factor
-300a 00f4 SQ RT Block Sequence
-300a 00f5 SH RT Block Tray ID
-300a 00f6 DS RT Source to Block Tray Distance
-300a 00f8 CS RT Block Type
-300a 00fa CS RT Block Divergence
-300a 00fb CS RT Block Mounting Position
-300a 00fc IS RT Block Number
-300a 00fe LO RT Block Name
-300a 0100 DS RT Block Thickness
-300a 0102 DS RT Block Transmission
-300a 0104 IS RT Block Number of Points
-300a 0106 DS RT Block Data
-300a 0107 SQ RT Applicator Sequence
-300a 0108 SH RT Applicator ID
-300a 0109 CS RT Applicator Type
-300a 010a LO RT Applicator Description
-300a 010c DS RT Cumulative Dose Reference Coefficient
-300a 010e DS RT Final Cumulative Meterset Weight
-300a 0110 IS RT Number of Control Points
-300a 0111 SQ RT Control Point Sequence
-300a 0112 IS RT Control Point Index
-300a 0114 DS RT Nominal Beam Energy
-300a 0115 DS RT Dose Rate Set
-300a 0116 SQ RT Wedge Position Sequence
-300a 0118 CS RT Wedge Position
-300a 011a SQ RT Beam Limiting Device Position Sequence
-300a 011c DS RT Leaf/Jaw Positions
-300a 011e DS RT Gantry Angle
-300a 011f CS RT Gantry Rotation Direction
-300a 0120 DS RT Beam Limiting Device Angle
-300a 0121 CS RT Beam Limiting Device Rotation Direction
-300a 0122 DS RT Patient Support Angle
-300a 0123 CS RT Patient Support Rotation Direction
-300a 0124 DS RT Table Top Eccentric Axis Distance
-300a 0125 DS RT Table Top Eccentric Angle
-300a 0126 CS RT Table Top Eccentric Rotation Direction
-300a 0128 DS RT Table Top Vertical Position
-300a 0129 DS RT Table Top Longitudinal Position
-300a 012a DS RT Table Top Lateral Position
-300a 012c DS RT Isocenter Position
-300a 012e DS RT Surface Entry Point
-300a 0130 DS RT Source to Surface Distance
-300a 0134 DS RT Cumulative Meterset Weight
-300a 0180 SQ RT Patient Setup Sequence
-300a 0182 IS RT Patient Setup Number
-300a 0184 LO RT Patient Additional Position
-300a 0190 SQ RT Fixation Device Sequence
-300a 0192 CS RT Fixation Device Type
-300a 0194 SH RT Fixation Device Label
-300a 0196 ST RT Fixation Device Description
-300a 0198 SH RT Fixation Device Position
-300a 01a0 SQ RT Shielding Device Sequence
-300a 01a2 CS RT Shielding Device Type
-300a 01a4 SH RT Shielding Device Label
-300a 01a6 ST RT Shielding Device Description
-300a 01a8 SH RT Shielding Device Position
-300a 01b0 CS RT Setup Technique
-300a 01b2 ST RT Setup Technique Description
-300a 01b4 SQ RT Setup Device Sequence
-300a 01b6 CS RT Setup Device Type
-300a 01b8 SH RT Setup Device Label
-300a 01ba ST RT Setup Device Description
-300a 01bc DS RT Setup Device Parameter
-300a 01d0 ST RT Setup Reference Description
-300a 01d2 DS RT Table Top Vertical Setup Displacement
-300a 01d4 DS RT Table Top Longitudinal Setup Displacement
-300a 01d6 DS RT Table Top Lateral Setup Displacement
-300a 0200 CS RT Brachy Treatment Technique
-300a 0202 CS RT Brachy Treatment Type
-300a 0206 SQ RT Treatment Machine Sequence
-300a 0210 SQ RT Source Sequence
-300a 0212 IS RT Source Number
-300a 0214 CS RT Source Type
-300a 0216 LO RT Source Manufacturer
-300a 0218 DS RT Active Source Diameter
-300a 021a DS RT Active Source Length
-300a 0222 DS RT Source Encapsulation Nominal Thickness
-300a 0224 DS RT Source Encapsulation Nominal Transmission
-300a 0226 LO RT Source Isotope Name
-300a 0228 DS RT Source Isotope Half Life
-300a 022a DS RT Reference Air Kerma Rate
-300a 022c DA RT Air Kerma Rate Reference Date
-300a 022e TM RT Air Kerma Rate Reference Time
-300a 0230 SQ RT Application Setup Sequence
-300a 0232 CS RT Application Setup Type
-300a 0234 IS RT Application Setup Number
-300a 0236 LO RT Application Setup Name
-300a 0238 LO RT Application Setup Manufacturer
-300a 0240 IS RT Template Number
-300a 0242 SH RT Template Type
-300a 0244 LO RT Template Name
-300a 0250 DS RT Total Reference Air Kerma
-300a 0260 SQ RT Brachy Acessory Device Sequence
-300a 0262 IS RT Brachy Accessory Device Number
-300a 0263 SH RT Brachy Accessory Device ID
-300a 0264 CS RT Brachy Accessory Device Type
-300a 0266 LO RT Brachy Accessory Device Name
-300a 026a DS RT Brachy Accessory Device Nominal Thickness
-300a 026c DS RT Brachy Accessory Device Nominal Transmission
-300a 0280 SQ RT Channel Sequence
-300a 0282 IS RT Channel Number
-300a 0284 DS RT Channel Length
-300a 0286 DS RT Channel Total Time
-300a 0288 CS RT Source Movement Type
-300a 028a IS RT Number of Pulses
-300a 028c DS RT Pulse Repetition Interval
-300a 0290 IS RT Source Applicator Number
-300a 0291 SH RT Source Applicator ID
-300a 0292 CS RT Source Applicator Type
-300a 0294 LO RT Source Applicator Name
-300a 0296 DS RT Source Applicator Length
-300a 0298 LO RT Source Applicator Manufacturer
-300a 029c DS RT Source Applicator Wall Nominal Thickness
-300a 029e DS RT Source Applicator Wall Nominal Transmission
-300a 02a0 DS RT Source Applicator Step Size
-300a 02a2 IS RT Transfer Tube Number
-300a 02a4 DS RT Transfer Tube Length
-300a 02b0 SQ RT Channel Shield Sequence
-300a 02b2 IS RT Channel Shield Number
-300a 02b3 SH RT Channel Shield ID
-300a 02b4 LO RT Channel Shield Name
-300a 02b8 DS RT Channel Shield Nominal Thickness
-300a 02ba DS RT Channel Shield Nominal Transmission
-300a 02c8 DS RT Final Cumulative Time Weight
-300a 02d0 SQ RT Brachy Control Point Sequence
-300a 02d2 DS RT Control Point Relative Position
-300a 02d4 DS RT Control Point 3D Position
-300a 02d6 DS RT Cumulative Time Weight
-300a 02e0 CS RT Compensator Divergence
-300a 02e1 CS RT Compensator Mounting Position
-300a 02e2 DS RT Source to Compensator Distance
-300c 0000 UL RT Group Length
-300c 0002 SQ RT Referenced RT Plan Sequence
-300c 0004 SQ RT Referenced Beam Sequence
-300c 0006 IS RT Referenced Beam Number
-300c 0007 IS RT Referenced Reference Image Number
-300c 0008 DS RT Start Cumulative Meterset Weight
-300c 0009 DS RT End Cumulative Meterset Weight
-300c 000a SQ RT Referenced Brachy Application Setup Sequence
-300c 000c IS RT Referenced Brachy Application Setup Number
-300c 000e IS RT Referenced Source Number
-300c 0020 SQ RT Referenced Fraction Group Sequence
-300c 0022 IS RT Referenced Fraction Group Number
-300c 0040 SQ RT Referenced Verification Image Sequence
-300c 0042 SQ RT Referenced Reference Image Sequence
-300c 0050 SQ RT Referenced Dose Reference Sequence
-300c 0051 IS RT Referenced Dose Reference Number
-300c 0055 SQ RT Brachy Referenced Dose Reference Sequence
-300c 0060 SQ RT Referenced Structure Set Sequence
-300c 006a IS RT Referenced Patient Setup Number
-300c 0080 SQ RT Referenced Dose Sequence
-300c 00a0 IS RT Referenced Tolerance Table Number
-300c 00b0 SQ RT Referenced Bolus Sequence
-300c 00c0 IS RT Referenced Wedge Number
-300c 00d0 IS RT Referenced Compensator Number
-300c 00e0 IS RT Referenced Block Number
-300c 00f0 IS RT Referenced Control Point Index
-300e 0000 UL RT Group Length
-300e 0002 CS RT Approval Status
-300e 0004 DA RT Review Date
-300e 0005 TM RT Review Time
-300e 0008 PN RT Reviewer Name
+300a 0000 UL RT Group Length
+300a 0002 SH RT RT Plan Label
+300a 0003 LO RT RT Plan Name
+300a 0004 ST RT RT Plan Description
+300a 0006 DA RT RT Plan Date
+300a 0007 TM RT RT Plan Time
+300a 0009 LO RT Treatment Protocols
+300a 000a CS RT Treatment Intent
+300a 000b LO RT Treatment Sites
+300a 000c CS RT RT Plan Geometry
+300a 000e ST RT Prescription Description
+300a 0010 SQ RT Dose Reference Sequence
+300a 0012 IS RT Dose Reference Number
+300a 0014 CS RT Dose Reference Structure Type
+300a 0015 CS RT Nominal Beam Energy Unit
+300a 0016 LO RT Dose Reference Description
+300a 0018 DS RT Dose Reference Point Coordinates
+300a 001a DS RT Nominal Prior Dose
+300a 0020 CS RT Dose Reference Type
+300a 0021 DS RT Constraint Weight
+300a 0022 DS RT Delivery Warning Dose
+300a 0023 DS RT Delivery Maximum Dose
+300a 0025 DS RT Target Minimum Dose
+300a 0026 DS RT Target Prescription Dose
+300a 0027 DS RT Target Maximum Dose
+300a 0028 DS RT Target Underdose Volume Fraction
+300a 002a DS RT Organ at Risk Full-volume Dose
+300a 002b DS RT Organ at Risk Limit Dose
+300a 002c DS RT Organ at Risk Maximum Dose
+300a 002d DS RT Organ at Risk Overdose Volume Fraction
+300a 0040 SQ RT Tolerance Table Sequence
+300a 0042 IS RT Tolerance Table Number
+300a 0043 SH RT Tolerance Table Label
+300a 0044 DS RT Gantry Angle Tolerance
+300a 0046 DS RT Beam Limiting Device Angle Tolerance
+300a 0048 SQ RT Beam Limiting Device Tolerance Sequence
+300a 004a DS RT Beam Limiting Device Position Tolerance
+300a 004c DS RT Patient Support Angle Tolerance
+300a 004e DS RT Table Top Eccentric Angle Tolerance
+300a 0051 DS RT Table Top Vertical Position Tolerance
+300a 0052 DS RT Table Top Longitudinal Position Tolerance
+300a 0053 DS RT Table Top Lateral Position Tolerance
+300a 0055 CS RT RT Plan Relationship
+300a 0070 SQ RT Fraction Group Sequence
+300a 0071 IS RT Fraction Group Number
+300a 0078 IS RT Number of Fractions Planned
+300a 0079 IS RT Number of Fractions Per Day
+300a 007a IS RT Repeat Fraction Cycle Length
+300a 007b LT RT Fraction Pattern
+300a 0080 IS RT Number of Beams
+300a 0082 DS RT Beam Dose Specification Point
+300a 0084 DS RT Beam Dose
+300a 0086 DS RT Beam Meterset
+300a 00a0 IS RT Number of Brachy Application Setups
+300a 00a2 DS RT Brachy App Setup Dose Specification Point
+300a 00a4 DS RT Brachy Application Setup Dose
+300a 00b0 SQ RT Beam Sequence
+300a 00b2 SH RT Treatment Machine Name
+300a 00b3 CS RT Primary Dosimeter Unit
+300a 00b4 DS RT Source-Axis Distance
+300a 00b6 SQ RT Beam Limiting Device Sequence
+300a 00b8 CS RT RT Beam Limiting Device Type
+300a 00ba DS RT Source to Beam Limiting Device Distance
+300a 00bc IS RT Number of Leaf/Jaw Pairs
+300a 00be DS RT Leaf Position Boundaries
+300a 00c0 IS RT Beam Number
+300a 00c2 LO RT Beam Name
+300a 00c3 ST RT Beam Description
+300a 00c4 CS RT Beam Type
+300a 00c6 CS RT Radiation Type
+300a 00c7 CS RT High-Dose Technique Type
+300a 00c8 IS RT Reference Image Number
+300a 00ca SQ RT Planned Verification Image Sequence
+300a 00cc LO RT Imaging Device-Specific Acquisition Parameters
+300a 00ce CS RT Treatment Delivery Type
+300a 00d0 IS RT Number of Wedges
+300a 00d1 SQ RT Wedge Sequence
+300a 00d2 IS RT Wedge Number
+300a 00d3 CS RT Wedge Type
+300a 00d4 SH RT Wedge ID
+300a 00d5 IS RT Wedge Angle
+300a 00d6 DS RT Wedge Factor
+300a 00d8 DS RT Wedge Orientation
+300a 00da DS RT Source to Wedge Tray Distance
+300a 00e0 IS RT Number of Compensators
+300a 00e1 SH RT Material ID
+300a 00e2 DS RT Total Compensator Tray Factor
+300a 00e3 SQ RT Compensator Sequence
+300a 00e4 IS RT Compensator Number
+300a 00e5 SH RT Compensator ID
+300a 00e6 DS RT Source to Compensator Tray Distance
+300a 00e7 IS RT Compensator Rows
+300a 00e8 IS RT Compensator Columns
+300a 00e9 DS RT Compensator Pixel Spacing
+300a 00ea DS RT Compensator Position
+300a 00eb DS RT Compensator Transmission Data
+300a 00ec DS RT Compensator Thickness Data
+300a 00ed IS RT Number of Boli
+300a 00f0 IS RT Number of Blocks
+300a 00f2 DS RT Total Block Tray Factor
+300a 00f4 SQ RT Block Sequence
+300a 00f5 SH RT Block Tray ID
+300a 00f6 DS RT Source to Block Tray Distance
+300a 00f8 CS RT Block Type
+300a 00fa CS RT Block Divergence
+300a 00fb CS RT Block Mounting Position
+300a 00fc IS RT Block Number
+300a 00fe LO RT Block Name
+300a 0100 DS RT Block Thickness
+300a 0102 DS RT Block Transmission
+300a 0104 IS RT Block Number of Points
+300a 0106 DS RT Block Data
+300a 0107 SQ RT Applicator Sequence
+300a 0108 SH RT Applicator ID
+300a 0109 CS RT Applicator Type
+300a 010a LO RT Applicator Description
+300a 010c DS RT Cumulative Dose Reference Coefficient
+300a 010e DS RT Final Cumulative Meterset Weight
+300a 0110 IS RT Number of Control Points
+300a 0111 SQ RT Control Point Sequence
+300a 0112 IS RT Control Point Index
+300a 0114 DS RT Nominal Beam Energy
+300a 0115 DS RT Dose Rate Set
+300a 0116 SQ RT Wedge Position Sequence
+300a 0118 CS RT Wedge Position
+300a 011a SQ RT Beam Limiting Device Position Sequence
+300a 011c DS RT Leaf/Jaw Positions
+300a 011e DS RT Gantry Angle
+300a 011f CS RT Gantry Rotation Direction
+300a 0120 DS RT Beam Limiting Device Angle
+300a 0121 CS RT Beam Limiting Device Rotation Direction
+300a 0122 DS RT Patient Support Angle
+300a 0123 CS RT Patient Support Rotation Direction
+300a 0124 DS RT Table Top Eccentric Axis Distance
+300a 0125 DS RT Table Top Eccentric Angle
+300a 0126 CS RT Table Top Eccentric Rotation Direction
+300a 0128 DS RT Table Top Vertical Position
+300a 0129 DS RT Table Top Longitudinal Position
+300a 012a DS RT Table Top Lateral Position
+300a 012c DS RT Isocenter Position
+300a 012e DS RT Surface Entry Point
+300a 0130 DS RT Source to Surface Distance
+300a 0134 DS RT Cumulative Meterset Weight
+300a 0180 SQ RT Patient Setup Sequence
+300a 0182 IS RT Patient Setup Number
+300a 0184 LO RT Patient Additional Position
+300a 0190 SQ RT Fixation Device Sequence
+300a 0192 CS RT Fixation Device Type
+300a 0194 SH RT Fixation Device Label
+300a 0196 ST RT Fixation Device Description
+300a 0198 SH RT Fixation Device Position
+300a 01a0 SQ RT Shielding Device Sequence
+300a 01a2 CS RT Shielding Device Type
+300a 01a4 SH RT Shielding Device Label
+300a 01a6 ST RT Shielding Device Description
+300a 01a8 SH RT Shielding Device Position
+300a 01b0 CS RT Setup Technique
+300a 01b2 ST RT Setup Technique Description
+300a 01b4 SQ RT Setup Device Sequence
+300a 01b6 CS RT Setup Device Type
+300a 01b8 SH RT Setup Device Label
+300a 01ba ST RT Setup Device Description
+300a 01bc DS RT Setup Device Parameter
+300a 01d0 ST RT Setup Reference Description
+300a 01d2 DS RT Table Top Vertical Setup Displacement
+300a 01d4 DS RT Table Top Longitudinal Setup Displacement
+300a 01d6 DS RT Table Top Lateral Setup Displacement
+300a 0200 CS RT Brachy Treatment Technique
+300a 0202 CS RT Brachy Treatment Type
+300a 0206 SQ RT Treatment Machine Sequence
+300a 0210 SQ RT Source Sequence
+300a 0212 IS RT Source Number
+300a 0214 CS RT Source Type
+300a 0216 LO RT Source Manufacturer
+300a 0218 DS RT Active Source Diameter
+300a 021a DS RT Active Source Length
+300a 0222 DS RT Source Encapsulation Nominal Thickness
+300a 0224 DS RT Source Encapsulation Nominal Transmission
+300a 0226 LO RT Source Isotope Name
+300a 0228 DS RT Source Isotope Half Life
+300a 022a DS RT Reference Air Kerma Rate
+300a 022c DA RT Air Kerma Rate Reference Date
+300a 022e TM RT Air Kerma Rate Reference Time
+300a 0230 SQ RT Application Setup Sequence
+300a 0232 CS RT Application Setup Type
+300a 0234 IS RT Application Setup Number
+300a 0236 LO RT Application Setup Name
+300a 0238 LO RT Application Setup Manufacturer
+300a 0240 IS RT Template Number
+300a 0242 SH RT Template Type
+300a 0244 LO RT Template Name
+300a 0250 DS RT Total Reference Air Kerma
+300a 0260 SQ RT Brachy Acessory Device Sequence
+300a 0262 IS RT Brachy Accessory Device Number
+300a 0263 SH RT Brachy Accessory Device ID
+300a 0264 CS RT Brachy Accessory Device Type
+300a 0266 LO RT Brachy Accessory Device Name
+300a 026a DS RT Brachy Accessory Device Nominal Thickness
+300a 026c DS RT Brachy Accessory Device Nominal Transmission
+300a 0280 SQ RT Channel Sequence
+300a 0282 IS RT Channel Number
+300a 0284 DS RT Channel Length
+300a 0286 DS RT Channel Total Time
+300a 0288 CS RT Source Movement Type
+300a 028a IS RT Number of Pulses
+300a 028c DS RT Pulse Repetition Interval
+300a 0290 IS RT Source Applicator Number
+300a 0291 SH RT Source Applicator ID
+300a 0292 CS RT Source Applicator Type
+300a 0294 LO RT Source Applicator Name
+300a 0296 DS RT Source Applicator Length
+300a 0298 LO RT Source Applicator Manufacturer
+300a 029c DS RT Source Applicator Wall Nominal Thickness
+300a 029e DS RT Source Applicator Wall Nominal Transmission
+300a 02a0 DS RT Source Applicator Step Size
+300a 02a2 IS RT Transfer Tube Number
+300a 02a4 DS RT Transfer Tube Length
+300a 02b0 SQ RT Channel Shield Sequence
+300a 02b2 IS RT Channel Shield Number
+300a 02b3 SH RT Channel Shield ID
+300a 02b4 LO RT Channel Shield Name
+300a 02b8 DS RT Channel Shield Nominal Thickness
+300a 02ba DS RT Channel Shield Nominal Transmission
+300a 02c8 DS RT Final Cumulative Time Weight
+300a 02d0 SQ RT Brachy Control Point Sequence
+300a 02d2 DS RT Control Point Relative Position
+300a 02d4 DS RT Control Point 3D Position
+300a 02d6 DS RT Cumulative Time Weight
+300a 02e0 CS RT Compensator Divergence
+300a 02e1 CS RT Compensator Mounting Position
+300a 02e2 DS RT Source to Compensator Distance
+300c 0000 UL RT Group Length
+300c 0002 SQ RT Referenced RT Plan Sequence
+300c 0004 SQ RT Referenced Beam Sequence
+300c 0006 IS RT Referenced Beam Number
+300c 0007 IS RT Referenced Reference Image Number
+300c 0008 DS RT Start Cumulative Meterset Weight
+300c 0009 DS RT End Cumulative Meterset Weight
+300c 000a SQ RT Referenced Brachy Application Setup Sequence
+300c 000c IS RT Referenced Brachy Application Setup Number
+300c 000e IS RT Referenced Source Number
+300c 0020 SQ RT Referenced Fraction Group Sequence
+300c 0022 IS RT Referenced Fraction Group Number
+300c 0040 SQ RT Referenced Verification Image Sequence
+300c 0042 SQ RT Referenced Reference Image Sequence
+300c 0050 SQ RT Referenced Dose Reference Sequence
+300c 0051 IS RT Referenced Dose Reference Number
+300c 0055 SQ RT Brachy Referenced Dose Reference Sequence
+300c 0060 SQ RT Referenced Structure Set Sequence
+300c 006a IS RT Referenced Patient Setup Number
+300c 0080 SQ RT Referenced Dose Sequence
+300c 00a0 IS RT Referenced Tolerance Table Number
+300c 00b0 SQ RT Referenced Bolus Sequence
+300c 00c0 IS RT Referenced Wedge Number
+300c 00d0 IS RT Referenced Compensator Number
+300c 00e0 IS RT Referenced Block Number
+300c 00f0 IS RT Referenced Control Point Index
+300e 0000 UL RT Group Length
+300e 0002 CS RT Approval Status
+300e 0004 DA RT Review Date
+300e 0005 TM RT Review Time
+300e 0008 PN RT Reviewer Name
4008 0000 UL RES Group Length
4008 0040 SH RES Results ID
4008 0042 LO RES Results ID Issuer
6000 4000 LO OLY Comments (RET)
7fe0 0000 UL PXL Group Length
7fe0 0010 OB PXL Pixel Data
-fffa fffa SQ XX Digital Signatures Sequence
-fffc fffc OB XX Data Set Trailing Padding
-fffe e000 UL DL Item
-fffe e00d UL DL Item Delimitation Item
-fffe e0dd UL DL Sequence Delimitation Item
+fffa fffa SQ XX Digital Signatures Sequence
+fffc fffc OB XX Data Set Trailing Padding
+fffe e000 UL DL Item
+fffe e00d UL DL Item Delimitation Item
+fffe e0dd UL DL Sequence Delimitation Item
ffff ffff UKN UKN Unknown Code
if ( !OpenFile(exception_on_error))
return;
- Parse();
- LoadHeaderEntries();
+ if (ParseHeader())
+ LoadHeaderEntries();
CloseFile();
wasUpdated = 0; // will be set to 1 if user adds an entry
* false otherwise.
*/
bool gdcmParser::IsReadable(void) {
-cout << "filetype [" << filetype <<"]" << endl;
if(filetype==Unknown)
return(false);
-cout << "trouv filetype" << endl;
if(listEntries.size()<=0)
return(false);
* \ warning does NOT add the missing elements in the header :
* \ it's up to the user doing it !
* \ (function CheckHeaderCoherence to be written)
+ * \ warning DON'T try, right now, to write a DICOM image
+ * \ from an ACR Header (meta elements will be missing!)
* @param type type of the File to be written
* (ACR-NEMA, ExplicitVR, ImplicitVR)
* @param _fp already open file pointer
std::string vr;
guint32 val_uint32;
guint16 val_uint16;
-
+ guint16 valZero =0;
std::vector<std::string> tokens;
+ // TODO : function CheckHeaderCoherence to be written
+
// uses now listEntries to iterate, not TagHt!
//
// pb : gdcmParser.Add does NOT update listEntries
void *ptr;
+ // TODO : get grPixel and numPixel
+ guint16 grPixel =0x7fe0;
+ guint16 numPixel=0x0010;
+ //IterHT it = GetHeaderEntrySameNumber(grPixel,numPixel);
+
+
// TODO (?) tester les echecs en ecriture (apres chaque fwrite)
for (ListTag::iterator tag2=listEntries.begin();
{
gr = (*tag2)->GetGroup();
el = (*tag2)->GetElement();
- lgr = (*tag2)->GetLength();
+ lgr = (*tag2)->GetReadLength();
val = (*tag2)->GetValue().c_str();
vr = (*tag2)->GetVR();
-//cout << hex << gr << " " << el << " "<< vr << " " << val << endl; // JPR
-
+ cout << hex << gr << " " << el << " " << vr <<" lgr " << lgr << endl;
if ( type == ACR )
{
if (gr < 0x0008) continue; // ignore pure DICOM V3 groups
{
// EXPLICIT VR
guint16 z=0, shortLgr;
- if (gr != 0xfffe) // JPR
- fwrite (vr.c_str(),(size_t)2 ,(size_t)1 ,_fp);
-
- if ( (vr == "OB") || (vr == "OW") || (vr == "SQ") || gr == 0xfffe) // JPR
- {
- if (gr != 0xfffe)
- fwrite ( &z, (size_t)2 ,(size_t)1 ,_fp);
- fwrite ( &lgr,(size_t)4 ,(size_t)1 ,_fp);
-
- }
- else
- {
+ if (vr == "Unknown") { // Unknown was 'written'
shortLgr=lgr;
fwrite ( &shortLgr,(size_t)2 ,(size_t)1 ,_fp);
- }
+ fwrite ( &z, (size_t)2 ,(size_t)1 ,_fp);
+ } else {
+ if (gr != 0xfffe) { // NO value for 'delimiters'
+ if (vr == "Unknown") // Unknown was 'written'
+ fwrite(&z,(size_t)2 ,(size_t)1 ,_fp);
+ else
+ fwrite (vr.c_str(),(size_t)2 ,(size_t)1 ,_fp);
+ }
+
+ if ( (vr == "OB") || (vr == "OW") || (vr == "SQ") || gr == 0xfffe) // JPR
+ {
+ if (gr != 0xfffe)
+ fwrite ( &z, (size_t)2 ,(size_t)1 ,_fp);
+ fwrite ( &lgr,(size_t)4 ,(size_t)1 ,_fp);
+ }
+ else
+ {
+ shortLgr=lgr;
+ fwrite ( &shortLgr,(size_t)2 ,(size_t)1 ,_fp);
+ }
+ }
}
else // IMPLICIT VR
{
continue;
}
// Pixels are never loaded in the element !
- if ((gr == 0x7fe0) && (el == 0x0010) )
+
+ // TODO : FIX --> doesn't work when ICONE is found !!!
+
+ if ((gr == grPixel) && (el == numPixel) )
break;
fwrite ( val,(size_t)lgr ,(size_t)1 ,_fp); // Elem value
/**
* \ingroup gdcmParser
* \brief Parses the header of the file but WITHOUT loading element values.
+ * @return false if file is not ACR-NEMA / DICOM
*/
-void gdcmParser::Parse(bool exception_on_error) throw(gdcmFormatError) {
- gdcmHeaderEntry *newHeaderEntry = (gdcmHeaderEntry *)0;
+bool gdcmParser::ParseHeader(bool exception_on_error) throw(gdcmFormatError) {
rewind(fp);
- CheckSwap();
+ if (!CheckSwap())
+ return false;
+
+ gdcmHeaderEntry *newHeaderEntry = (gdcmHeaderEntry *)0;
while ( (newHeaderEntry = ReadNextHeaderEntry()) ) {
SkipHeaderEntry(newHeaderEntry);
- if ( (ignoreShadow==0) || (newHeaderEntry->GetGroup()%2) == 0) { //JPR
+ if ( (ignoreShadow==0) || (newHeaderEntry->GetGroup()%2) == 0) {
AddHeaderEntry(newHeaderEntry);
}
}
+ return true;
}
/**
/**
* \ingroup gdcmParser
- * \brief Loads the element content if it's length is not bigger
- * than the value specified with
- * gdcmParser::SetMaxSizeLoadEntry()
+ * \brief Loads the element content if its length doesn't exceed
+ * the value specified with gdcmParser::SetMaxSizeLoadEntry()
* @param Entry Header Entry (Dicom Element) to be dealt with
*/
void gdcmParser::LoadHeaderEntry(gdcmHeaderEntry *Entry) {
// When integer(s) are expected, read and convert the following
// n *(two or four bytes)
- // properly i.e. as integers as opposed to a strings.
+ // properly i.e. as integers as opposed to strings.
// Elements with Value Multiplicity > 1
// contain a set of integers (not a single one)
}
if( (vr == "UI") ) // Because of correspondance with the VR dic
- Entry->SetValue(NewValue.c_str());
+ Entry->SetValue(NewValue.c_str()); // ??? JPR ???
else
Entry->SetValue(NewValue);
}
* \brief add a new Dicom Element pointer to
* the H Table and to the chained List
* \warning push_bash in listEntries ONLY during ParseHeader
- * \todo something to allow further Elements addition,
+ * \TODO something to allow further Elements addition,
* \ when position to be taken care of
* @param newHeaderEntry
*/
* \ingroup gdcmParser
* \brief Discover what the swap code is (among little endian, big endian,
* bad little endian, bad big endian).
- *
+ * sw is set
+ * @return false when we are absolutely sure
+ * it's neither ACR-NEMA nor DICOM
+ * true when we hope ours assuptions are OK
*/
-void gdcmParser::CheckSwap() {
+bool gdcmParser::CheckSwap() {
// The only guaranted way of finding the swap code is to find a
// group tag since we know it's length has to be of four bytes i.e.
// 0x00000004. Finding the swap code in then straigthforward. Trouble
// occurs when we can't find such group...
- guint32 s;
guint32 x=4; // x : for ntohs
bool net2host; // true when HostByteOrder is the same as NetworkByteOrder
-
+ guint32 s32;
+ guint16 s16;
+
int lgrLue;
char *entCur;
char deb[HEADER_LENGTH_TO_READ];
// after the file preamble and the "DICM" string).
rewind(fp);
fseek (fp, 132L, SEEK_SET);
- return;
+ return true;
} // End of DicomV3
// Alas, this is not a DicomV3 file and whatever happens there is no file
// We assume the array of char we are considering contains the binary
// representation of a 32 bits integer. Hence the following dirty
// trick :
- s = *((guint32 *)(entCur));
+ s32 = *((guint32 *)(entCur));
- switch (s) {
+ switch (s32) {
case 0x00040000 :
sw = 3412;
filetype = ACR;
- return;
+ return true;
case 0x04000000 :
sw = 4321;
filetype = ACR;
- return;
+ return true;
case 0x00000400 :
sw = 2143;
filetype = ACR;
- return;
+ return true;
case 0x00000004 :
sw = 0;
filetype = ACR;
- return;
+ return true;
default :
- dbg.Verbose(0, "gdcmParser::CheckSwap:",
- "ACR/NEMA unfound swap info (time to raise bets)");
// We are out of luck. It is not a DicomV3 nor a 'clean' ACR/NEMA file.
// It is time for despaired wild guesses.
- // So, let's assume this file happens to be 'dirty' ACR/NEMA,
- // i.e. the length of the group is not present.
+ // So, let's check if this file wouldn't happen to be 'dirty' ACR/NEMA,
+ // i.e. the 'group length' element is not present :
+
+ // check the supposed to be 'group number'
+ // 0x0002 or 0x0004 or 0x0008
+ // to determine ' sw' value .
+ // Only 0 or 4321 will be possible
+ // (no oportunity to check for the formerly well known
+ // ACR-NEMA 'Bad Big Endian' or 'Bad Little Endian'
+ // if unsuccessfull (i.e. neither 0x0002 nor 0x0200 etc -4, 8-)
+ // the file IS NOT ACR-NEMA nor DICOM V3
+ // Find a trick to tell it the caller...
+
+ s16 = *((guint16 *)(deb));
+
+ switch (s16) {
+ case 0x0002 :
+ case 0x0004 :
+ case 0x0008 :
+ sw = 0;
filetype = ACR;
- // Then the only info we have is the net2host one.
- if (! net2host )
- sw = 0;
- else
+ return true;
+ case 0x0200 :
+ case 0x0400 :
+ case 0x0800 :
sw = 4321;
- return;
+ filetype = ACR;
+ return true;
+ default :
+ dbg.Verbose(0, "gdcmParser::CheckSwap:",
+ "ACR/NEMA unfound swap info (Really hopeless !)");
+ filetype = Unknown;
+ return false;
+ }
+
+ // Then the only info we have is the net2host one.
+ //if (! net2host )
+ // sw = 0;
+ //else
+ // sw = 4321;
+ //return;
}
}
return NewEntry;
}
+// Never used; commented out, waiting for removal.
/**
* \ingroup gdcmParser
* \brief Small utility function that creates a new manually crafted
* @param VR The Value Representation to be given to this new tag.
* @return The newly hand crafted Element Value.
*/
-gdcmHeaderEntry *gdcmParser::NewManualHeaderEntryToPubDict(std::string NewTagName,
- std::string VR)
-{
- gdcmHeaderEntry *NewEntry = NULL;
- guint32 StuffGroup = 0xffff; // Group to be stuffed with additional info
- guint32 FreeElem = 0;
- gdcmDictEntry *DictEntry = NULL;
-
- FreeElem = GenerateFreeTagKeyInGroup(StuffGroup);
- if (FreeElem == UINT32_MAX)
- {
- dbg.Verbose(1, "gdcmHeader::NewManualHeaderEntryToPubDict",
- "Group 0xffff in Public Dict is full");
- return NULL;
- }
-
- DictEntry = NewVirtualDictEntry(StuffGroup, FreeElem,
- VR, "GDCM", NewTagName);
- NewEntry = new gdcmHeaderEntry(DictEntry);
- AddHeaderEntry(NewEntry);
- return NewEntry;
-}
+//gdcmHeaderEntry *gdcmParser::NewManualHeaderEntryToPubDict(std::string NewTagName,
+// std::string VR)
+//{
+// gdcmHeaderEntry *NewEntry = NULL;
+// guint32 StuffGroup = 0xffff; // Group to be stuffed with additional info
+// guint32 FreeElem = 0;
+// gdcmDictEntry *DictEntry = NULL;
+//
+// FreeElem = GenerateFreeTagKeyInGroup(StuffGroup);
+// if (FreeElem == UINT32_MAX)
+// {
+// dbg.Verbose(1, "gdcmHeader::NewManualHeaderEntryToPubDict",
+// "Group 0xffff in Public Dict is full");
+// return NULL;
+// }
+//
+// DictEntry = NewVirtualDictEntry(StuffGroup, FreeElem,
+// VR, "GDCM", NewTagName);
+// NewEntry = new gdcmHeaderEntry(DictEntry);
+// AddHeaderEntry(NewEntry);
+// return NewEntry;
+//}
/**
* \ingroup gdcmParser
projects / gdcm.git / commitdiff