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DocProject.xml
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DocProject.xml
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<?xml version="1.0" encoding="utf-8"?>
<DocProject xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance">
<Annexes>
<DocAnnex Name="Computer interpretable listings" UniqueId="fd206c24-846c-4c23-bf1b-826c38309b2c" Code="IFC4">
<Documentation>This annex contains a listing of the complete EXPRESS schema combining all definitions of clauses 5, 6, 7, and 8 without comments or other explanatory text. These listings are available in computer-interpretable form that may be parsed by computer.
Official schema publications for this release are at the following URLs:
* **IFC EXPRESS**: [http://www.buildingsmart-tech.org/ifc/review/IFC4x1/RC3/IFC4x1_RC3.exp](http://www.buildingsmart-tech.org/ifc/review/IFC4x1/RC3/IFC4x1_RC3.exp){ target="_blank"}
* **ifcXML XSD**: [http://www.buildingsmart-tech.org/ifc/review/IFC4x1/RC3/IFC4x1_RC3.xsd](http://www.buildingsmart-tech.org/ifc/review/IFC4x1/RC3/IFC4x1_RC3.xsd){ target="_blank"}
* **ifcXML Config**: [http://www.buildingsmart-tech.org/ifc/review/IFC4x1/RC3/IFC4x1_RC3_config.xml](http://www.buildingsmart-tech.org/ifc/review/IFC4x1/RC3/IFC4x1_RC3_config.xml){ target="_blank"}</Documentation>
</DocAnnex>
<DocAnnex Name="Alphabetical listings" UniqueId="65e0182b-6622-4757-a3d9-77225e2cb119" Code="IFC4" Status="Candidate">
<Documentation>This annex contains listings of definitions an alphabetical order according to identifier and language-specific name.</Documentation>
</DocAnnex>
<DocAnnex Name="Inheritance listings" UniqueId="89866beb-9946-4e73-875e-18545783f5c6">
<Documentation>This annex contains listings of entity definitions organized by inheritance.</Documentation>
</DocAnnex>
<DocAnnex Name="Diagrams" UniqueId="0532ee2f-2277-40d1-bfce-4ba0f53cc5c9">
<Documentation>This annex contains schema and instance diagrams.</Documentation>
</DocAnnex>
<DocAnnex Name="Examples" UniqueId="e2793a27-4484-4f4a-95eb-a7fa517b24be">
<Documentation>This annex contains examples that implement this specification.</Documentation>
</DocAnnex>
<DocAnnex Name="Change logs" UniqueId="6e2c10a0-0f1b-4502-9182-9f376a374ff8">
<Documentation>This annex contains change logs comparing this release with prior releases.
#### Update Log
Updates to this publication are described below.
{ .gridtable}
Date | Description
---- | -----------
2016-08-23 | Initial draft with proposed data types.
2016-08-30 | Added referents and types to support variable cross sections.
2016-10-10 | Added spatial entities for infrastructure.
2016-11-16 | Added example for bridge geometry using alignment curves and string lines based on offset curves.
2016-12-05 | Added IfcSectionedSolidHorizontal; removed IfcFixedDirectionSweptAreaSolid, IfcRelPositions, and spatial entities for infrastructure; updated examples to use new data types.
2017-01-20 | Added and corrected new Where rules, removed Schramm transition curve type (identical to biquadratic parabola), documented transition curve types and triangulated irregular networks.
2017-01-24 | Updated examples, corrected reported errors, added guidance for alignment curve types, added links for reporting issues.
2017-01-26 | Added example for IfcLinearPlacement, marked as Release Candidate 3
2017-03-02 | Deprecated IfcClothoidalArcSegment2D, corrected errors in examples, clarified descriptions for vertical curves.
2017-03-10 | Replaced IfcCartesianPointList2DLabelled with TagList attributes at IfcCartesianPointList2D and IfcCartesianPointList3D, subtyped orphaned alignment definitions from IfcGeometricRepresentationItem, fixed formatting errors in rules and examples.</Documentation>
</DocAnnex>
</Annexes>
<NormativeReferences>
<DocReference Name="ISO 10303-11" UniqueId="1848a793-461c-47d3-b7ed-149824d71bbe">
<Documentation>Industrial automation systems and integration &mdash; Product data representation and exchange &mdash; Part 11: description methods: The EXPRESS Language Reference Manual</Documentation>
</DocReference>
<DocReference Name="ISO 10303-21" UniqueId="51d21cc3-e453-4d0c-94cc-077420cecac1">
<Documentation>Industrial automation systems and integration &mdash; Product data representation and exchange &mdash; Part 21: Implementation methods: Clear text encoding of the exchange structure</Documentation>
</DocReference>
<DocReference Name="ISO 10303-28" UniqueId="962a62ba-5fee-479c-a69d-b60e2b811a53">
<Documentation>Industrial automation systems and integration &mdash; Product data representation and exchange &mdash; Part 28: Implementation methods: XML representations of EXPRESS schemas and data, using XML schemas</Documentation>
</DocReference>
</NormativeReferences>
<InformativeReferences>
<DocReference Name="CSS-1" UniqueId="2f60ac08-1312-4d8d-a0e3-2b777a6eb9cb">
<Documentation>Cascading Style Sheets, level 1 &mdash; W3C Recommendation</Documentation>
</DocReference>
<DocReference Name="ISO 10303-1" UniqueId="09dd93d9-670a-4d59-aa0f-e230e535267f">
<Documentation>Industrial automation systems and integration &mdash; Product data representation and exchange &mdash; Part 1: Overview and fundamental principles</Documentation>
</DocReference>
<DocReference Name="ISO 10303-41" UniqueId="066d4470-575e-4ea0-bdff-a9e87c719b29">
<Documentation>Product data representation and exchange &mdash; Integrated generic resource &mdash; Fundamentals of product description and support</Documentation>
</DocReference>
<DocReference Name="ISO 10303-42" UniqueId="1a76cac6-f269-4cde-82af-751a632fb6a8">
<Documentation>Product data representation and exchange &mdash; Integrated generic resource &mdash; Geometric and topological representation</Documentation>
</DocReference>
<DocReference Name="ISO 10303-43" UniqueId="f00c8723-afea-4ca5-a8de-f96dbfe00fdc">
<Documentation>Product data representation and exchange &mdash; Integrated generic resource &mdash; Representation structures</Documentation>
</DocReference>
<DocReference Name="ISO 10303-46" UniqueId="0d68024b-47a7-4bc7-a470-911cadc6b050">
<Documentation>Product data representation and exchange &mdash; Integrated generic resource &mdash; Visual presentation</Documentation>
</DocReference>
<DocReference Name="ISO 10303-514" UniqueId="f771d154-91ec-483a-9e0f-64bedc7f4b42">
<Documentation>Product data representation and exchange &mdash; Application interpreted construct &mdash; Advanced boundary representation</Documentation>
</DocReference>
<DocReference Name="ISO 12006-3" UniqueId="f55b1b1e-2028-47d8-8ee5-5c327aa1a2f3">
<Documentation>Building construction &mdash; Organization of information about construction works &mdash; Part 3: Framework for object-oriented information</Documentation>
</DocReference>
<DocReference Name="ISO 639-1" UniqueId="db00bbff-02e7-4dfa-8e7b-2d1d648338b2">
<Documentation>Codes for the representation of names of languages &mdash; Part 1: Alpha-2 code</Documentation>
</DocReference>
<DocReference Name="ISO 639-2" UniqueId="9d2ee731-d68a-4679-a5e7-e0a78b11965c">
<Documentation>Codes for the representation of names of languages &mdash; Part 2: Alpha-3 code</Documentation>
</DocReference>
<DocReference Name="ISO 639-3" UniqueId="a09ccb62-e326-42b4-9a05-7dd7d6d2877f">
<Documentation>Codes for the representation of names of languages &mdash; Part 3: Alpha-3 code for comprehensive coverage of languages</Documentation>
</DocReference>
<DocReference Name="ISO 6707-1" UniqueId="14d1aa90-e804-42ec-993e-dfcbc7023045">
<Documentation>Building and civil engineering &mdash; Vocabulary &mdash; Part 1: General terms</Documentation>
</DocReference>
<DocReference Name="ISO 8601" UniqueId="17cf43a5-1caf-4dff-9d21-0618eb3ebc2a">
<Documentation>Data elements and interchange formats &mdash; Information Exchange &mdash; Representation of dates and times</Documentation>
</DocReference>
<DocReference Name="ISO/IEC 14772-1" UniqueId="badddda3-0d08-46f6-8fca-621b64295034">
<Documentation>Information technology &mdash; Computer graphics and image processing &mdash; The Virtual Reality Modeling Language &mdash; Part 1: Functional specification and UTF-8 encoding</Documentation>
</DocReference>
<DocReference Name="ISO/IEC 19775-1" UniqueId="c4c6a19e-d6e1-4b19-a696-b04f4ced36df">
<Documentation>Information technology &mdash; Computer graphics and image processing &mdash; Extensible 3D (X3D) &mdash; Part 1: Architecture and base components</Documentation>
</DocReference>
<DocReference Name="ISO/IEC 81346-12" UniqueId="52439504-5e35-46e1-b64e-1f6da70df041">
<Documentation>Industrial systems, installations and equipment and industrial products &mdash; Structuring principles and reference designations &mdash; Part 12: Buildings and building services</Documentation>
</DocReference>
<DocReference Name="ISO/IEC 8824-1" UniqueId="68060012-1926-4502-b5d2-0e1eb4054efe">
<Documentation>Information technology &mdash; Abstract Syntax Notation One (ASN.1) &mdash; Part 1: Specification of basic notation</Documentation>
</DocReference>
<DocReference Name="LandXML" UniqueId="e3dcb8fa-6730-43d5-b78f-e79d766d4033">
<Documentation>LandXML.org &mdash; Transition Curves in Road Design</Documentation>
</DocReference>
<DocReference Name="RFC 3986" UniqueId="e03625a9-98bf-4d4d-a4bc-84f212ec2e5f">
<Documentation>Uniform Resource Identifier (URI): Generic Syntax &mdash; Network Working Group NWG Standard</Documentation>
</DocReference>
<DocReference Name="RFC 5646" UniqueId="dbb10b69-00a3-43a4-a9e0-b73da88a285f">
<Documentation>Tags for Identifying Languages &mdash; Internet Engineering Task Force IETF Best Current Practice 47</Documentation>
</DocReference>
<DocReference Name="XML Schema Part 2" UniqueId="ffa91bdb-30bc-4dfb-abbb-cb7517724337">
<Documentation>XML Schema Part 2: Datatypes &mdash; W3C Recommendation</Documentation>
</DocReference>
</InformativeReferences>
<Terms>
<DocTerm Name="actor" UniqueId="4475e3f8-d524-4059-a93a-ad142ceb17e1">
<Documentation>person, an organization, or person acting on behalf of an organization
> NOTE A specialization of the general term object.</Documentation>
</DocTerm>
<DocTerm Name="attribute" UniqueId="c41363a6-d9e0-4752-b280-49d136a3b916">
<Documentation>unit of information within an entity, defined by a particular type or reference to a particular entity
> NOTE There are three kinds of attributes: direct attributes, inverse attributes and derived attributes.</Documentation>
<Terms>
<DocTerm Name="direct attribute" UniqueId="80a3bba7-3775-4651-9abf-323d3bf650de">
<Documentation>scalar values or collections including Set (unordered, unique), List (ordered), or Array (ordered, sparse) as defined in [ISO 10303-11]
> NOTE Similar to the term "field" in common programming languages.</Documentation>
</DocTerm>
<DocTerm Name="inverse attribute" UniqueId="e388a2b8-24fa-4937-96b1-9829419e4ef4">
<Documentation>unit of information defining queries for obtaining related data and enforcing referential integrity
> NOTE Similar to the term "navigation property" in entity-relational programming frameworks.</Documentation>
</DocTerm>
<DocTerm Name="derived attribute" UniqueId="19a5f4e8-f227-4220-9073-e74870af2a0c">
<Documentation>unit of information computed from other attributes using an expression defined in the schema</Documentation>
</DocTerm>
<DocTerm Name="constraints on attributes" UniqueId="686d037e-f9a8-4a61-831b-ef11e94a38e6">
<Documentation>data type restricting the values of attributes
> NOTE The most general constraint is about the existence of attribute values. There are basically two types: mandatory and optional attributes. Values of mandatory attributes must be provided whereas values of optional attributes may be omitted.
> NOTE For aggregation data types such as Set, List, or Array, the existence constraint is often refined by a minimal and maximal number of elements, which is also known as cardinality.</Documentation>
</DocTerm>
</Terms>
</DocTerm>
<DocTerm Name="classification" UniqueId="be7ae9de-9a6e-4d5b-9d72-392f636c08b9">
<Documentation>categorization, the act of distributing things into classes or categories of the same type</Documentation>
</DocTerm>
<DocTerm Name="constraint" UniqueId="aede2368-b9da-47af-b1e5-d2b766753a39">
<Documentation>restriction for a specified reason
> NOTE A specialization of the general term control.</Documentation>
</DocTerm>
<DocTerm Name="control" UniqueId="6cdc3322-2264-4e38-a555-71277a30dddd">
<Documentation>directive to meet specified requirements such as for scope, time, or cost
> NOTE A specialization of the general term object.</Documentation>
</DocTerm>
<DocTerm Name="dictionary" UniqueId="2b13c0dc-2e6f-45b3-b4e5-8fed105ee7a4">
<Documentation>collection of words, terms or concepts, with their definition</Documentation>
</DocTerm>
<DocTerm Name="element" UniqueId="f34155e6-4862-4a91-8000-deeecf4b1cbb">
<Documentation>tangible physical product that can be described by its shape representation, material representations, and other properties
> NOTE A specialization of the general term product.</Documentation>
<Terms>
<DocTerm Name="element occurrence" UniqueId="62b2365f-717f-4084-8334-3d64eac71306">
<Documentation>element's position within the project coordinate system and its containment within the spatial structure</Documentation>
</DocTerm>
</Terms>
</DocTerm>
<DocTerm Name="entity" UniqueId="5ba445f4-1bf1-45f7-84f7-5956d9181c5a">
<Documentation>class of information defined by common attributes and constraints as defined in [ISO 10303-11]
> NOTE Similar to the term "class" in common programming languages but describing data structure only (not behavior such as methods).</Documentation>
</DocTerm>
<DocTerm Name="external reference" UniqueId="001e056f-d0eb-4de0-ba7d-d032dfc1641b">
<Documentation>link to information outside the data set, with direct relevance to the specific information the link originates from inside the data set</Documentation>
</DocTerm>
<DocTerm Name="feature" UniqueId="5cb5ee7c-cfa0-47de-bf1d-bca254244bd1">
<Documentation>parametric information and additional property information modifiying the shape representation of an element to which it applies</Documentation>
</DocTerm>
<DocTerm Name="group" UniqueId="158e49d9-6fe6-4e9f-8c20-659684d47d5a">
<Documentation>collection of information that fulfills a specified purpose
> NOTE A specialization of the general term object.</Documentation>
</DocTerm>
<DocTerm Name="identification" UniqueId="3f4bf606-3d77-49ed-b363-2a15cfdace98">
<Documentation>capability to find, retrieve, report, change, or delete specific instances without ambiguity</Documentation>
</DocTerm>
<DocTerm Name="instance" UniqueId="2a8a64cc-87bc-42a2-bc82-2503e4f522bf">
<Documentation>occurrence of an entity
> NOTE Similar to the term "instance of a class" in object oriented programming.</Documentation>
</DocTerm>
<DocTerm Name="library" UniqueId="e23e1ee2-2574-4d4b-8516-40c454f3e511">
<Documentation>catalogue, database or holder of data, that is relevant to information in the data set
> NOTE It is information referenced from an external source that is not copied into the data set.</Documentation>
</DocTerm>
<DocTerm Name="model" UniqueId="83121c1b-c2f4-42fd-9a4f-a0f0ad5416a6">
<Documentation>a data set, governed by the structure of an underlying schema, to meet certain data requirements
> NOTE&nbsp; Information models and building information models are examples for a model.
> NOTE&nbsp; In scope of this standard IFC models are populations of the IFC schema.</Documentation>
</DocTerm>
<DocTerm Name="model view" UniqueId="7d1ca355-d45d-4af1-b982-535968fb4f6f">
<Documentation>subset of a schema, representing the data structure required to fullfil the data requirements within one or several exchange scenarios
> NOTE&nbsp; Beside being a subset of a schema, a model view (or model view definition) may also impose additional constraints to the population of the subset schema</Documentation>
<Terms>
<DocTerm Name="concept" UniqueId="8650d894-ddd1-4e56-b060-d6dfb9b4195a">
<Documentation>rules on using a subset of the schema structure identified as a concept template to enable a certain functionality within the context of a concept root contained in a model view
> NOTE&nbsp; The utilization of material definitions for a paticular concept root representing a wall is an example of a concept.</Documentation>
</DocTerm>
<DocTerm Name="concept template" UniqueId="b052bbe1-5b2a-402d-9442-4305403fc3a6">
<Documentation>the specification of a subset of the schema structure to enable a certain unit of functionality
> NOTE&nbsp; The identification of the entities, attributes and constraints needed to express a material definition independently on how it is utilized later in the context of a wall is an example of a concept template.</Documentation>
</DocTerm>
<DocTerm Name="concept root" UniqueId="d1065277-a0eb-4517-903e-acabc2e30de2">
<Documentation>an entity of a schema used to assign concepts to describe the required functionality
> NOTE&nbsp; A root concept often describes a model element, such as wall, air outlet, construction task, or similar, that is the root of a graph of connected entities and attributes defining the specific information items required, such as geometry, material, breakdown structure, etc.</Documentation>
</DocTerm>
</Terms>
</DocTerm>
<DocTerm Name="object" UniqueId="138eb22c-325c-4136-a3a9-9301a2cb1d17">
<Documentation>anything perceivable or conceivable that has a distinct existence, albeit not material</Documentation>
<Terms>
<DocTerm Name="object occurrence" UniqueId="c0836241-4778-40a1-911a-bb40a9b77966">
<Documentation>characteristics of an object as an individual
> NOTE Similar to "object", "instance", "individual" in other publications.</Documentation>
</DocTerm>
<DocTerm Name="object type" UniqueId="ea2e1c47-993e-4a78-8a67-69cca3d2ba12">
<Documentation>common characteristics shared by multiple object-occurrences
> NOTE Similar to "class", "template", "type" in other publications.</Documentation>
</DocTerm>
</Terms>
</DocTerm>
<DocTerm Name="process" UniqueId="c497955f-0eb5-4191-accd-8f44213e823e">
<Documentation>object-occurrence located in time, indicating "when"</Documentation>
</DocTerm>
<DocTerm Name="product" UniqueId="34bbbb1b-f741-4754-bc5f-023637d4bf3b">
<Documentation>physical or conceptual object that occurs in space
> NOTE It is specialization of the general term object.</Documentation>
</DocTerm>
<DocTerm Name="project" UniqueId="ccb1e357-de00-4d8f-97a5-d3c4ac8dfb54">
<Documentation>encapsulation of related information for a particular purpose providing context for information contained within
> NOTE Context information may include default measurement units or representation context and precision.</Documentation>
</DocTerm>
<DocTerm Name="property" UniqueId="810b5f89-761d-4f66-9c61-ea689a317835">
<Documentation>unit of information that is dynamically defined as a particular entity instance
> NOTE Similar to "late-bound" or "run-time" in programming terminology.</Documentation>
<Terms>
<DocTerm Name="property occurrence" UniqueId="6fddaecd-a666-4be4-9d7e-66b38bb1cd58">
<Documentation>unit of information providing a value for a property identified by name</Documentation>
</DocTerm>
<DocTerm Name="property template" UniqueId="99ba7b63-c330-484d-a1fe-8afd140310c1">
<Documentation>metadata for a property including name, description, and data type
> NOTE Similar in concept to "extension property" in common programming languages.</Documentation>
</DocTerm>
<DocTerm Name="property set occurrence" UniqueId="42c41b5c-b048-4f87-9ca3-906cf07424c8">
<Documentation>unit of information containing a set of property occurrences, each having a unique name within the property set</Documentation>
</DocTerm>
<DocTerm Name="property set template" UniqueId="d5efe4f1-7c65-4382-aaa7-6051d599e5e8">
<Documentation>set of property templates serving a common purpose and having applicability to objects of a particular entity
> NOTE Similar in concept to "extension class" in common programming languages.</Documentation>
</DocTerm>
</Terms>
</DocTerm>
<DocTerm Name="proxy" UniqueId="b1b74ac8-c633-4e63-b55b-b52b6d50d779">
<Documentation>object that does not hold a specific object type information
> NOTE a specialization of object occurrence.</Documentation>
</DocTerm>
<DocTerm Name="quantity" UniqueId="0921ed5b-4acc-4508-852d-6626da31ffd4">
<Documentation>measurement of a scope-based metric, specifically length, area, volume, weight, count, or time</Documentation>
</DocTerm>
<DocTerm Name="relationship" UniqueId="556a1caa-78c9-4f8d-9632-883c4e504cce">
<Documentation>unit of information describing an interaction between items</Documentation>
</DocTerm>
<DocTerm Name="representation" UniqueId="e39bac1f-7153-4b5c-9ef1-d771718483e2">
<Documentation>unit of information describing how an object is displayed, such as physical shape or topology</Documentation>
</DocTerm>
<DocTerm Name="resource" UniqueId="668bf36b-2c77-4d4d-97da-ab9d13ad7f12">
<Documentation>entity with limited availability such as materials, labor, or equipment
> NOTE a specialization of the general term object.
> NOTE the "resource definition data schemas" section is unrelated to this concept.</Documentation>
</DocTerm>
<DocTerm Name="schema" UniqueId="36e68fd4-23a3-464e-afc2-db2f42493f0d">
<Documentation>the definition of the structure to organize data for storage, exchange and sharing, using a formal language
> NOTE&nbsp; The formal languages EXPRESS [ISO 10303-11] and XML Schema [W3C Recommendation] are currently used to define the schemata of this standard</Documentation>
</DocTerm>
<DocTerm Name="space" UniqueId="a266f8d5-bd1d-4339-9d35-2e44ff0c49ff">
<Documentation>area or volume bounded actually or theoretically
> NOTE a specialization of the general term product.</Documentation>
</DocTerm>
<DocTerm Name="type" UniqueId="56ecd9a3-37c4-4d93-bc86-43b5fad62d52">
<Documentation>basic information construct derived from a primitive, an enumeration, or a select of entities
> NOTE Similar to the "Type" construct as defined in [ISO 10303-11].
> NOTE Similar in concept to "typedef" or "value type" in common programming languages.</Documentation>
<Terms>
<DocTerm Name="select" UniqueId="8239ba54-e5e5-49ea-aa8a-e714ed5c11bc">
<Documentation>construct that allows an attribute value to be one of multiple types or entities
> NOTE Similar to the "Select" construct as defined in [ISO 10303-11].
> NOTE Similar to a "marker interface" in common programming languages.</Documentation>
</DocTerm>
<DocTerm Name="enumeration" UniqueId="7f75d324-feac-4442-b68d-1e089f02af11">
<Documentation>construct that allows an attribute value to be one of multiple predefined values identified by name
> NOTE Similar to the "Enumeration" construct as defined in [ISO 10303-11].
> NOTE Similar in concept to "enum" in common programming languages.</Documentation>
</DocTerm>
</Terms>
</DocTerm>
</Terms>
<Abbreviations>
<DocAbbreviation Name="AEC" UniqueId="ad8a8f28-b2d7-47b8-b0b4-3b2054431287">
<Documentation>Architecture, Engineering, and Construction</Documentation>
</DocAbbreviation>
<DocAbbreviation Name="AEC-FM" UniqueId="d4c9338f-00a9-4927-99ba-e0c395b10453">
<Documentation>Architecture, Engineering, Construction, and Facilities Management</Documentation>
</DocAbbreviation>
<DocAbbreviation Name="BIM" UniqueId="0ccd0e83-d8e7-4926-a02d-1a0bad0a1002">
<Documentation>Building Information Modeling</Documentation>
</DocAbbreviation>
<DocAbbreviation Name="GUID" UniqueId="ede29532-1c66-4aa1-ac46-b43e1ad0e49d">
<Documentation>Globally Unique Identifier</Documentation>
</DocAbbreviation>
<DocAbbreviation Name="IFC" UniqueId="cd41aeea-aa58-4f73-a38f-b45e3210e1b6">
<Documentation>Industry Foundation Classes</Documentation>
</DocAbbreviation>
<DocAbbreviation Name="IFD" UniqueId="818d0474-78e7-4490-b1c1-3e04f759f14b">
<Documentation>International Framework for Dictionaries</Documentation>
</DocAbbreviation>
<DocAbbreviation Name="MVD" UniqueId="134733e0-5471-4477-a094-9d5e961e8fa5">
<Documentation>Model View Definition</Documentation>
</DocAbbreviation>
<DocAbbreviation Name="SPF" UniqueId="269e86ce-0537-4196-b9dc-892e03338e0e">
<Documentation>STEP Physical File</Documentation>
</DocAbbreviation>
<DocAbbreviation Name="STEP" UniqueId="eed23239-de91-48e2-bf28-ddae2770a4a5">
<Documentation>STandard for the Exchange of Product data</Documentation>
</DocAbbreviation>
<DocAbbreviation Name="URI" UniqueId="89732118-d64e-4cb3-9fd3-840865a4ccb3">
<Documentation>Uniform Resource Identifier</Documentation>
</DocAbbreviation>
<DocAbbreviation Name="UUID" UniqueId="a1dbfb0b-6e4d-4700-8f65-fe39bb03086b">
<Documentation>Universally Unique Identifier</Documentation>
</DocAbbreviation>
<DocAbbreviation Name="XML" UniqueId="0a0685e9-204e-4563-93eb-25063c9b16db">
<Documentation>Extensible Markup Language</Documentation>
</DocAbbreviation>
</Abbreviations>
</DocProject>