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* Contains the names for the metadata modules.
* Recommendation is to add all module names here rather than having them
* just use string names.
* The naming convention is that the enum has the modules in it, so the
* enum key does not repeat the Modules, but the enum value does (to agree
* with existing naming conventions)
*/
enum MetadataModules {
CALIBRATION = 'calibrationModule',
CINE = 'cineModule',
FRAME_OF_REFERENCE = 'frameOfReferenceModule',
GENERAL_IMAGE = 'generalImageModule',
GENERAL_SERIES = 'generalSeriesModule',
GENERAL_STUDY = 'generalStudyModule',
IMAGE_PIXEL = 'imagePixelModule',
IMAGE_PLANE = 'imagePlaneModule',
IMAGE_URL = 'imageUrlModule',
MODALITY_LUT = 'modalityLutModule',
MULTIFRAME = 'multiframeModule',
NM_MULTIFRAME_GEOMETRY = 'nmMultiframeGeometryModule',
OVERLAY_PLANE = 'overlayPlaneModule',
PATIENT = 'patientModule',
/** @deprecated Prefer PATIENT; alias for legacy WADO image loader tag name */
PATIENT_DEMOGRAPHIC = 'patientDemographicModule',
PATIENT_STUDY = 'patientStudyModule',
PET_IMAGE = 'petImageModule',
PET_ISOTOPE = 'petIsotopeModule',
PET_SERIES = 'petSeriesModule',
/** SUV/dose scaling derived from instance (PT: suvbw/suvlbm/suvbsa; RTDOSE: DoseGridScaling etc.) */
SCALING = 'scalingModule',
SOP_COMMON = 'sopCommonModule',
ULTRASOUND_ENHANCED_REGION = 'ultrasoundEnhancedRegionModule',
ECG = 'ecgModule',
VOI_LUT = 'voiLutModule',
/** Transfer syntax information*/
TRANSFER_SYNTAX = 'transferSyntax',
/*
* Functional groups are the metadata modules defines for functional group
* sequences. Note these are UPPER camel case to agree with normalized
* representations so that the data is directly usable from shared/per frame
* sequences.
*/
/** Functional group for the plane orientation */
PLANE_ORIENTATION = 'PlaneOrientation',
/** Functional group for the plat position */
PLANE_POSITION = 'PlanePosition',
/** Functional group for pixel measures */
PIXEL_MEASURES = 'PixelMeasures',
/** Functional group for xray geometry */
XRAY_GEOMETRY = 'XrayGeometry',
/** Functional group frame pixel data */
FRAME_PIXEL_DATA = 'FramePixelData',
/**
* The frame module is used to get information on the number of frames
* in the sop instance, and the current frame number, independently of the
* registration method.
*/
FRAME_MODULE = 'frameModule',
/**
* The uriModule provides just basic information extractable from the URI.
* At a minimum, this shall include the frame number being referenced
* This is closely related to the frame module, but the frame module includes
* additional information.
*/
URI_MODULE = 'uriModule',
/**
* Some modules need direct access to a data services (WADO) web client.
* This allows getting images and metadata as raw results for display.
* This is DICOMweb WADO, not base WADO, and should support:
* * Series level metadata retrieve
* * Bulkdata retrieve
* * Image retrieve
*/
WADO_WEB_CLIENT = 'wadoWebClient',
/**
* The instance data is a single per-frame object data that has per-frame
* computed data already added and combined into a single object.
* This object may NOT be iterable for attributes within it, because it
* uses inheritance to combine different levels of the data.
*
* In the legacy metadata modules, this could be a call time generated object
* where it combines all the individual modules back into an instance. However,
* in the newer metadata module, this is a base object used to create other modules
* assuming this item has already been stored.
*
* Typically this object will be created from the 'natural' object using the
* combineFramesInstance utility function.
*/
INSTANCE = 'instance',
/**
* There are some convenience methods to get partial metadata related to a
* study referencing the existing one in various ways.
* These are Normalized referenced, eg upper camel case references
* used for creating new instance data.
*
* See the adapters package for standard methods to create these.
*/
/**
* Reference object for the frame of the imageId provided
*/
IMAGE_SOP_INSTANCE_REFERENCE = 'ImageSopInstanceReference',
/**
* Reference object starting with the series to the sop instance
* provided.
*
* This will likely need to be merged with other series references
*/
REFERENCED_SERIES_REFERENCE = 'ReferencedSeriesReference',
/**
* Creates a predecessor sequence to indicate the new object replaces
* the old one.
*
* Also includes the series level attributes that this object has
* in order to allow placing the new instance into the same series.
*/
PREDECESSOR_SEQUENCE = 'PredecessorSequence',
/**
* The study data module contains the normalized values associated with the
* study header, including StudyInstanceUID, PatientID and the other cross-
* study information.
*
* This should be used as a basis for adding a new series to an existing study.
*/
STUDY_DATA = 'StudyData',
/**
* The Series Data module contains the normalized values associated with the
* series object, PLUS the study instance uid.
*
* This should be combined with the study data to add new instances to an
* existing series.
*/
SERIES_DATA = 'SeriesData',
/**
* The image data module has the image specific information associated with
* the image frame of interest.
*
* This is used when modifying study structure such as creating a multiframe
* reference used internally for segmentation.
*/
IMAGE_DATA = 'ImageData',
/**
* Static data for various header initialization.
* This change allows writing a custom provider to replace the metadata
* either on a per-instance basis or the default data.
*/
/**
* The basic header data for new RTSS instances
*/
RTSS_INSTANCE_DATA = 'RtssInstanceData',
/**
* Generic new instance data, including study and new series instance data.
*/
NEW_INSTANCE_DATA = 'NewInstanceData',
/**
* Meta module providers return the _meta field for a new instance
*/
/** Metadata module for RTSS contour */
RTSS_CONTOUR = 'metaRTSSContour',
/** Metadata module for single bit segmentation */
SEG_BIT = 'metaSegBitmap',
/** Metadata module for RTSS annotations */
SR_ANNOTATION = 'metaSrAnnotation',
/**
* Compressed frame data: transferSyntaxUid, frameOfInterest, frameNumber,
* and pixelData (from NATURALIZED when available). Use getMetaData(MetadataModules.COMPRESSED_FRAME_DATA, imageId, { frameIndex }).
*/
COMPRESSED_FRAME_DATA = 'compressedFrameData',
/** Canonical base imageId derived from a frame-specific or base imageId query. */
BASE_IMAGE_ID = 'baseImageId',
/** Frame imageIds resolved/generated for a base imageId query. */
FRAME_IMAGE_IDS = 'frameImageIds',
/**
* The natural metadata is the naturalized instance data without any frame
* references/per-frame data added.
*
* This is an upper camel case DICOM tag name object, where VM=1 attributes or
* VM=0-1 attributes are represented by a single object vlaue instead of an array.
* All other attribute values are represented as an array.
*
* For example:
*
* ```
* {
* PatientName: 'Doe^John',
* PatientID: '1234567890',
* ModalitiesInStudy: ['CT', 'MR'],
* }
* ```
* Every frame of a multiframe should have the same natural value.
* The per-frame data object is generated from the natural value object - see INSTANCE
*/
NATURALIZED = 'naturalized',
/**
* Display set metadata for a series group (frame and underlying image ids,
* viewport hints). Registered per imageId via addTyped / registerDisplaySetMetadata.
*/
DISPLAY_SET = 'displaySetModule',
}
export const ADD_MODULE_TYPE_SUFFIX = 'Add';
/**
* Returns the add-path module type for a base metadata module.
*
* The metadata add pipeline registers providers under a derived module name
* (e.g. `naturalizedAdd`) so ingestion handlers can be isolated from read-path
* `get` providers.
*/
export function getAddModuleType(type: string) {
return `${type}${ADD_MODULE_TYPE_SUFFIX}`;
}
export default MetadataModules;
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