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FHIR Osiris Implementation Guide
1.1.0 - trial-implementation

This page is part of the OSIRIS FHIR Implementation Guide (v1.1.0: Release) based on FHIR (HL7® FHIR® Standard) R4. This is the current published version in its permanent home (it will always be available at this URL). For a full list of available versions, see the Directory of published versions

ValueSet: Radiomic Features Value Set

Official URL: https://ig-osiris.cancer.fr/ig/osiris/ValueSet/RadiomicsFeaturesVS Version: 1.1.0
Draft as of 2025-04-03 Computable Name: RadiomicsFeaturesVS

Radiomic Features

References

Logical Definition (CLD)

Generated Narrative: ValueSet RadiomicsFeaturesVS

Ce jeu de valeur (ValueSet) inclut les codes selon les règles suivantes :

  • Include ces codes sont définis dans https://ibsi.readthedocs.io/en/latest/
    CodeDisplay
    MPUJgrid distances
    5QB6feature aggregation
    6CK8distance weighting
    HCUGMorphological features
    RNU0Volume
    YEKZApproximate volume
    C0JKSurface area
    2PR5Surface to volume ratio
    SKGSCompactness 1
    BQWJCompactness 2
    KRCKSpherical disproportion
    QCFXSphericity
    25C7Asphericity
    KLMACentre of mass shift
    L0JKMaximum 3D diameter
    TDICMajor axis length
    P9VJMinor axis length
    7J51Least axis length
    Q3CKElongation
    N17BFlatness
    PBX1Volume density - axis-aligned bounding box
    R59BArea density - axis-aligned bounding box
    ZH1AVolume density - oriented minimum bounding box
    IQYRArea density - oriented minimum bounding box
    6BDEVolume density - approximate enclosing ellipsoid
    RDD2Area density - approximate enclosing ellipsoid
    SWZ1Volume density - minimum volume enclosing ellipsoid
    BRI8Area density - minimum volume enclosing ellipsoid
    R3ERVolume density - convex hull
    7T7FArea density - convex hull
    99N0Integrated intensity
    N365Moran's I index
    NPT7Geary's C measure
    9ST6Local intensity features
    VJGALocal intensity peak
    0F91Global intensity peak
    UHIWIntensity-based statistical features
    Q4LEMean
    ECT3Variance
    KE2ASkewness
    IPH6Kurtosis
    Y12HMedian
    1GSFMinimum grey level
    QG5810th percentile
    8DWT90th percentile
    84IYMaximum grey level
    SALOInterquartile range
    2OJQRange
    4FUAMean absolute deviation
    1128Robust mean absolute deviation
    N72LMedian absolute deviation
    7TETCoefficient of variation
    9S40Quartile coefficient of dispersion
    N8CAEnergy
    5ZWQRoot mean square
    ZVCWIntensity histogram features
    X6K6Intensity histogram mean
    CH89Intensity histogram variance
    88K1Intensity histogram skewness
    C3I7Intensity histogram kurtosis
    WIFQIntensity histogram median
    1PR8Intensity histogram minimum grey level
    GPMTIntensity histogram 10th percentile
    OZ0CIntensity histogram 90th percentile
    3NCYIntensity histogram maximum grey level
    AMMCIntensity histogram mode
    WR0OIntensity histogram interquartile range
    5Z3WIntensity histogram range
    D2ZXIntensity histogram mean absolute deviation
    WRZBIntensity histogram robust mean absolute deviation
    4RNLIntensity histogram median absolute deviation
    CWYJIntensity histogram coefficient of variation
    SLWDIntensity histogram quartile coefficient of dispersion
    TLU2Intensity histogram entropy
    BJ5WIntensity histogram uniformity
    12CEMaximum histogram gradient
    8E6OMaximum histogram gradient grey level
    VQB3Minimum histogram gradient
    RHQZMinimum histogram gradient grey level
    P88CIntensity-volume histogram features
    BC2MVolume at intensity fraction
    GBPNIntensity at volume fraction
    DDTUVolume fraction difference between intensity fractions
    CNV2Intensity fraction difference between volume fractions
    9CMMArea under IVH curve
    LFYIGrey level co-occurrence based features
    GYBYJoint maximum
    60VMJoint average
    UR99Joint variance
    TU9BJoint entropy
    TF7RDifference average
    D3YUDifference variance
    NTRSDifference entropy
    ZGXSSum average
    OEEBSum variance
    P6QZSum entropy
    8ZQLAngular second moment
    ACUIContrast
    8S9JDissimilarity
    IB1ZInverse difference
    NDRXNormalised inverse difference
    WF0ZInverse difference moment
    1QCONormalised inverse difference moment
    E8JPInverse variance
    NI2NCorrelation
    QWB0Autocorrelation
    DG8WCluster tendency
    7NFMCluster shade
    AE86Cluster prominence
    R8DGFirst measure of information correlation
    JN9HSecond measure of information correlation
    TP0IGrey level run length based features
    22OVShort runs emphasis
    W4KFLong runs emphasis
    V3SWLow grey level run emphasis
    G3QZHigh grey level run emphasis
    HTZTShort run low grey level emphasis
    GD3AShort run high grey level emphasis
    IVPOLong run low grey level emphasis
    3KUMLong run high grey level emphasis
    R5YNGrey level non-uniformity
    OVBLNormalised grey level non-uniformity
    W92YRun length non-uniformity
    IC23Normalised run length non-uniformity
    9ZK5Run percentage
    8CE5Grey level variance
    SXLWRun length variance
    HJ9ORun entropy
    9SAKGrey level size zone based features
    5QRCSmall zone emphasis
    48P8Large zone emphasis
    XMSYLow grey level zone emphasis
    5GN9High grey level zone emphasis
    5RAISmall zone low grey level emphasis
    HW1VSmall zone high grey level emphasis
    YH51Large zone low grey level emphasis
    J17VLarge zone high grey level emphasis
    JNSAGrey level non-uniformity
    Y1RONormalised grey level non-uniformity
    4JP3Zone size non-uniformity
    VB3ANormalised zone size non-uniformity
    P30PZone percentage
    BYLVGrey level variance
    3NSAZone size variance
    GU8NZone size entropy
    VMDZGrey level distance zone based features
    0GBISmall distance emphasis
    MB4ILarge distance emphasis
    S1RALow grey level zone emphasis
    K26CHigh grey level zone emphasis
    RUVGSmall distance low grey level emphasis
    DKNJSmall distance high grey level emphasis
    A7WMLarge distance low grey level emphasis
    KLTHLarge distance high grey level emphasis
    VFT7Grey level non-uniformity
    7HP3Normalised grey level non-uniformity
    V294Zone distance non-uniformity
    IATHZone distance non-uniformity normalised
    VIWWZone percentage
    QK93Grey level variance
    7WT1Zone distance variance
    GBDUZone distance entropy
    IPETNeighbourhood grey tone difference based features
    QCDECoarseness
    65HEContrast
    NQ30Busyness
    HDEZComplexity
    1X9XStrength
    REK0Neighbouring grey level dependence based features
    SODNLow dependence emphasis
    IMOQHigh dependence emphasis
    TL9HLow grey level count emphasis
    OAE7High grey level count emphasis
    EQ3FLow dependence low grey level emphasis
    JA6DLow dependence high grey level emphasis
    NBZIHigh dependence low grey level emphasis
    9QMGHigh dependence high grey level emphasis
    FP8KGrey level non-uniformity
    5SPANormalised grey level non-uniformity
    Z87GDependence count non-uniformity
    OKJIDependence count non-uniformity normalised
    6XV8Dependence count percentage
    1PFVGrey level variance
    DNX2Dependence count variance
    FCBVDependence count entropy
    CAS9Dependence count energy
  • Include ces codes sont définis dans http://terminology.hl7.org/CodeSystem/umls
    CodeDisplay
    C0439673 Unknown

 

Expansion

No Expansion for this valueset (Unknown Code System)

Explanation of the columns that may appear on this page:

Level A few code lists that FHIR defines are hierarchical - each code is assigned a level. In this scheme, some codes are under other codes, and imply that the code they are under also applies
System The source of the definition of the code (when the value set draws in codes defined elsewhere)
Code The code (used as the code in the resource instance)
Display The display (used in the display element of a Coding). If there is no display, implementers should not simply display the code, but map the concept into their application
Definition An explanation of the meaning of the concept
Comments Additional notes about how to use the code