Variable: metadataProvider
constmetadataProvider:object
Contains a metadata provider which knows how to generate different types of referenced metadata for things like creation a reference to an existing image, creating a new DICOM object entirely etc.
There are also specific study/series/instance level attribute getters which can be used to get the attributes at a given level in the Normalized format instead of the lowerCamelCase format. This assists in creating new DICOM objects.
For example, this module provides a ImageSopInstanceReference implementation
based on 'sopCommonModule' and 'frameModule' which references an image correctly
Type declaration
get()
get: (
type,imageId,options) =>any
Parameters
• type: string
• imageId: string
• options: any
Returns
any
ImageData()
ImageData: (
imageId) =>object
Returns a Study header instance data for a given image.
Parameters
• imageId: any
Returns
object
ImageSopInstanceReference()
ImageSopInstanceReference: (
imageId) =>object|object
Returns an image sop instance reference for the given image, based on the frame module metadata. Note: UpperCamelCase for normalized response.
Parameters
• imageId: string
Returns
object | object
metaRTSSContour()
metaRTSSContour: () =>
object
Returns
object
FileMetaInformationVersion
FileMetaInformationVersion:
object
FileMetaInformationVersion.Value
Value:
ArrayBufferLike[]
FileMetaInformationVersion.vr
vr:
string='OB'
ImplementationClassUID
ImplementationClassUID:
object
ImplementationClassUID.Value
Value:
string[]
ImplementationClassUID.vr
vr:
string='UI'
ImplementationVersionName
ImplementationVersionName:
object
ImplementationVersionName.Value
Value:
string[]
ImplementationVersionName.vr
vr:
string='SH'
TransferSyntaxUID
TransferSyntaxUID:
object
TransferSyntaxUID.Value
Value:
string[]
TransferSyntaxUID.vr
vr:
string='UI'
metaSrAnnotation()
metaSrAnnotation: () =>
object
Returns
object
FileMetaInformationVersion
FileMetaInformationVersion:
object
FileMetaInformationVersion.Value
Value:
ArrayBufferLike[]
FileMetaInformationVersion.vr
vr:
string='OB'
ImplementationClassUID
ImplementationClassUID:
object
ImplementationClassUID.Value
Value:
string[]
ImplementationClassUID.vr
vr:
string='UI'
ImplementationVersionName
ImplementationVersionName:
object
ImplementationVersionName.Value
Value:
string[]
ImplementationVersionName.vr
vr:
string='SH'
TransferSyntaxUID
TransferSyntaxUID:
object
TransferSyntaxUID.Value
Value:
string[]
TransferSyntaxUID.vr
vr:
string='UI'
NewInstanceData()
NewInstanceData: (
imageId) =>any
Parameters
• imageId: any
Returns
any
PredecessorSequence()
PredecessorSequence: (
imageId) =>Partial<any>
Returns a predecessor sequence and related information to apply to the generated object.
Parameters
• imageId: any
Returns
Partial<any>
ReferencedSeriesReference()
ReferencedSeriesReference: (
imageId) =>object
Returns a referenced series reference for the given image id NOTE: This will often not be unique, so it needs to get added appropriately to a full list object.
Parameters
• imageId: any
Returns
object
ReferencedInstanceSequence
ReferencedInstanceSequence:
object[]
SeriesInstanceUID
SeriesInstanceUID:
any=seriesModule.seriesInstanceUID
RtssInstanceData()
RtssInstanceData: (
imageId) =>any
RTSS Instance metadata
Parameters
• imageId: any
Returns
any
SeriesData()
SeriesData: (
imageId) =>object
Returns a Series only header instance data for a given image.
Parameters
• imageId: any
Returns
object
StudyData()
StudyData: (
imageId) =>object
Returns a Study header instance data for a given image.
Parameters
• imageId: any
Returns
object