ViRR and METS

	Virtueller Raum Reichsrecht
	Overview; Functionalities ; Support; Copyright and Disclaimer; Scope;
	Metadata:; Application Profile · Content Models ; Metadata Display · ViRR Metadata ; Action Matrix ;
	Transformations:; virr 2 mets · mab 2 mods; mods 2 oai dc · mods 2 marc21;
	Specification ;
	Intern:; Meetings · GUI · Miscellaneous; Development · Planning · Feedback; Related Projects:; Judicial Journals · Late Scholasticism; Digitization Lifecycle;
	edit

Format Name[edit]

Source: escidoc-toc
Target: METS

Mapping[edit]

Mapping from a ViRR TOC to DFG Viewer conform METS.

METS Element	TOC Value	Attribute	Description
mets	xsi:schemaLocation="http://www.loc.gov/METS/ http://www.loc.gov/mets/mets.xsd"	xsi:schemaLocation	schemaLocation
dmdSec	ID=dynamic	id	This section records all of the descriptive metadata for all items in the METS object (including both structural map divs and descriptive metadata for data files)
mdWrap	MIMETYPE="text/xml" MDTYPE="MODS"	mimetype, mdtype	descriptional metadata wrapper
xmldata	The TOCs container, mdRecord (escidoc) contains a MODS description of the descriptive MD	---	A wrapper element to contain XML encoded metadata
amdSec	ID=dynamic	id	This section records all of the administrative metadata for all items in the METS object
rightsMD	ID=dynamic	id	intellectual property rights metadata
digiprovMD	ID=dynamic	id	The digiprovMD element provides a wrapper around a generic metadata section, which should contain information regarding the ultimate origin of a digital object and the derivation of its current elements
fileSec	---	---	The content file section records information regarding all of the data files which comprise the digital library object
fileGrp	USE=DEFAULT or USE=MIN or USE=MAX	use	This element allows for the grouping of content files into sets (Thumbnail, Web and Full resolution)
file	ID= Id of the file item MIMETYPE=image/jpeg	id, mimetype
FLocat	LOCTYPE=URL xlink:href= baseURL + <toc:ptr ID="itemXXPtr" xlink:href="/ir/item/escidoc:XX">	loctype, xlink:href	File Location
structMap	TYPE=physical (files)or TYPE=logical (struct elem.)	type	The structural map is the heart of a METS document, defining the hierarchical arrangement of a primary source document which has been digitized
div	ID=dynamic DMDID= corresponding dmdSec ID AMDID= corresponding admSec ID TYPE=Page (physical structMap) TYPE=struct. element (logical structMap)	id, dmdid, admid, type	The METS standard represents a document structurally as a series of nested div elements
div	ID=dynamic ORDER=<toc:div ID="itemXX" ORDER="X"> ORDERLABEL=<toc:div ID="XX" ORDERLABEL="XX"> TYPE=<toc:div ID="XX" ... TYPE="XX">	id, order	sub div
fptr	FILEID=id of the item in the fileSec	fileid	File Pointer
structLink	---	---	The Structural Map Linking section allows for the specification of hyperlinks between different components of a METS structure delineated in a structural map
smLink	---	xlink:from=id in logical structMap xlink:to=id in physical structMap	An element linking two elements in the structural map

Annotations:

If structMap TYPE = physical => div TYPE=page.
If structMap TYPE = physical and structMap TYPE=logical exists, these two elements have to be linked in the structLink element.

Rights and Provenance Information: DV Profile[edit]

Elements[edit]

DV Element	Value	Description
rights	---	surrounding element for rights informations
owner	Max Planck Institute for european legal history	the items rights owner
ownerLogo	http://www.mpier.uni-frankfurt.de/images/minerva_logo.gif	logo of the owner
ownerSiteURL	http://www.mpier.uni-frankfurt.de	the owners homepage
links	---	surrounding element for rights informations
reference	---	the items metadata on the owners homepage
presentation	---	the items scan view on the owners homepage

Structure[edit]

<dv:rights xmlns:dv="http://dfg-viewer.de/">
      <dv:owner></dv:owner>
      <dv:ownerLogo></dv:ownerLogo>
      <dv:ownerSiteURL></dv:ownerSiteURL>
</dv:rights>

<dv:links xmlns:dv="http://dfg-viewer.de/">
      <dv:reference></dv:reference>
      <dv:presentation></dv:presentation>
</dv:links>

Requirements for ZVDD[edit]

mods:identifier MUST be provided ("zvdd fordert an dieser Stelle einen weltweit eindeutigen Identifier wie z.B. URN, PURL, DOI, Handle oder ARK...")
References to superordinated works have to be expressed by the element relatedItem with attribute=host, followed by an recordInfo element with an recordIdentifier element (no persistent identifier required).
mets:div TYPE="Monograph", the Type attribute MUST be a value of the "zvdd-Strukturdatentypologie".
Rights section: owner, logo and homepage elements MUST be provided
Provenance Information: reference and presentation element MUST be provided
FileGroups MUST provide the USE attribute
Min. two FileGroups MUST exist (USE=MIN and USE=DEFAULT)
mods:part element MUST have an ORDER attribute
mods:part can contain mods:detail (with TYPE attribute containing zvdd-Strukturdatentyp (MUST)) and mods:number element (numbering Information)
The physical structMap MUST contain a root div element with attribute TYPE=physSequence
Every div element in the physical and logical structMap MUST have an identifier
Every div element in the physical structMap MUST have an ORDER attribute (Integer)
Every div element in the physical structMap can have an ORDERLABEL attribute
Every div element in the physical structMap can have a CONTENTIDS attribute (Persistent identifier for every scan, relevant for citation).
Every div element in logical structMap MUST have an TYPE attribute with value of a "zvdd-Strukturdatentyp"
Every div element in the logical structMap can have a CONTENTIDS attribute (Persistent identifier for every structural, relevant for citation).
Multivolumes and Journals can be modelled as well ("Bandübergreifende Navigation im DFG-Viewer wird ermöglicht, indem die Bände und ihre übergeordnete Struktur mittels METS-Pointern untereinander verknüpft werden. Dies geschieht über eine weitere METS-Datei, die nur die Zeitschrift oder das Mehrbändgie Werk beschreibt.")
FilePointer can only link to files, not to fileGroups
StructLinks always refer from a logical element to a physical element