code_strings¶
Submodules¶
dicom_parser.utils.code_strings.modality module¶
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class
dicom_parser.utils.code_strings.modality.
Modality
(value)¶ Bases:
dicom_parser.utils.choice_enum.ChoiceEnum
Represents the Modality attribute.
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AR
= 'Autorefraction'¶
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ASMT
= 'Content Assessment Results'¶
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AU
= 'Audio'¶
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BDUS
= 'Bone Densitometry (ultrasound)'¶
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BI
= 'Biomagnetic imaging'¶
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BMD
= 'Bone Densitometry (X-Ray)'¶
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CR
= 'Computed Radiography'¶
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CT
= 'Computed Tomography'¶
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CTPROTOCOL
= 'CT Protocol (Performed)'¶
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DG
= 'Diaphanography'¶
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DOC
= 'Document'¶
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DX
= 'Digital Radiography'¶
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ECG
= 'Electrocardiography'¶
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EDS
= 'Endoscopy'¶
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EPS
= 'Cardiac Electrophysiology'¶
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FID
= 'Fiducials'¶
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GM
= 'General Microscopy'¶
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HC
= 'Hard Copy'¶
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HD
= 'Hemodynamic Waveform'¶
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IO
= 'Intra-Oral Radiography'¶
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IOL
= 'Intraocular Lens Data'¶
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IVOCT
= 'Intravascular Optical Coherence Tomography'¶
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IVUS
= 'Intravascular Ultrasound'¶
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KER
= 'Keratometry'¶
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KO
= 'Key Object Selection'¶
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LEN
= 'Lensometry'¶
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LS
= 'Laser surface scan'¶
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M3D
= 'Model for 3D Manufacturing'¶
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MG
= 'Mammography'¶
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MR
= 'Magnetic Resonance'¶
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NM
= 'Nuclear Medicine'¶
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OAM
= 'Ophthalmic Axial Measurements'¶
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OCT
= 'Optical Coherence Tomography (non-Ophthalmic)'¶
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OP
= 'Ophthalmic Photography'¶
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OPM
= 'Ophthalmic Mapping'¶
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OPT
= 'Ophthalmic Tomography'¶
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OPTBSV
= 'Ophthalmic Tomography B-scan Volume Analysis'¶
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OPTENF
= 'Ophthalmic Tomography En Face'¶
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OPV
= 'Ophthalmic Visual Field'¶
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OSS
= 'Optical Surface Scan'¶
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OT
= 'Other'¶
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PLAN
= 'Plan'¶
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PR
= 'Presentation State'¶
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PT
= 'Positron emission tomography (PET)'¶
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PX
= 'Panoramic X-Ray'¶
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REG
= 'Registration'¶
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RESP
= 'Respiratory Waveform'¶
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RF
= 'Radio Fluoroscopy'¶
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RG
= 'Radiographic imaging (conventional film/screen)'¶
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RTDOSE
= 'Radiotherapy Dose'¶
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RTIMAGE
= 'Radiotherapy Image'¶
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RTPLAN
= 'Radiotherapy Plan'¶
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RTRECORD
= 'RT Treatment Record'¶
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RTSTRUCT
= 'Radiotherapy Structure Set'¶
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RWV
= 'Real World Value Map'¶
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SEG
= 'Segmentation'¶
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SM
= 'Slide Microscopy'¶
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SMR
= 'Stereometric Relationship'¶
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SR
= 'SR Document'¶
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SRF
= 'Subjective Refraction'¶
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STAIN
= 'Automated Slide Stainer'¶
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TG
= 'Thermography'¶
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US
= 'Ultrasound'¶
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VA
= 'Visual Acuity'¶
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XA
= 'X-Ray Angiography'¶
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XC
= 'External-camera Photography'¶
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dicom_parser.utils.code_strings.patient_position module¶
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class
dicom_parser.utils.code_strings.patient_position.
PatientPosition
(value)¶ Bases:
dicom_parser.utils.choice_enum.ChoiceEnum
Represents the Patient Position attribute.
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AFDL
= 'Anterior First-Decubitus Left'¶
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AFDR
= 'Anterior First-Decubitus Right'¶
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FFDL
= 'Feet First-Decubitus Left'¶
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FFDR
= 'Feet First-Decubitus Right'¶
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FFP
= 'Feet First-Prone'¶
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FFS
= 'Feet First-Supine'¶
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HFDL
= 'Head First-Decubitus Left'¶
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HFDR
= 'Head First-Decubitus Right'¶
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HFP
= 'Head First-Prone'¶
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HFS
= 'Head First-Supine'¶
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LFP
= 'Left First-Prone'¶
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LFS
= 'Left First-Supine'¶
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PFDL
= 'Posterior First-Decubitus Left'¶
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PFDR
= 'Posterior First-Decubitus Right'¶
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RFP
= 'Right First-Prone'¶
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RFS
= 'Right First-Supine'¶
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dicom_parser.utils.code_strings.scanning_sequence module¶
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class
dicom_parser.utils.code_strings.scanning_sequence.
ScanningSequence
(value)¶ Bases:
dicom_parser.utils.choice_enum.ChoiceEnum
Represents the Scanning Sequence attribute.
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EP
= 'Echo Planar'¶
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GR
= 'Gradient Recalled'¶
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IR
= 'Inversion Recovery'¶
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RM
= 'Research Mode'¶
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SE
= 'Spin Echo'¶
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dicom_parser.utils.code_strings.sequence_variant module¶
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class
dicom_parser.utils.code_strings.sequence_variant.
SequenceVariant
(value)¶ Bases:
dicom_parser.utils.choice_enum.ChoiceEnum
Represents the Sequence Variant attribute.
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MP
= 'MAG Prepared'¶
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MTC
= 'Magnetization Transfer Contrast'¶
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NONE
= 'None'¶
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OSP
= 'Oversampling Phase'¶
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SK
= 'Segmented k-Space'¶
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SP
= 'Spoiled'¶
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SS
= 'Steady State'¶
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TRSS
= 'Time Reversed Steady State'¶
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dicom_parser.utils.code_strings.sex module¶
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class
dicom_parser.utils.code_strings.sex.
Sex
(value)¶ Bases:
dicom_parser.utils.choice_enum.ChoiceEnum
Represents the Patient’s Sex attribute.
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F
= 'Female'¶
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M
= 'Male'¶
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O
= 'Other'¶
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Module contents¶
DICOM data elements with the Code String (CS) value-representation (VRs) represented as Enum instances.