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stringlengths 2
70
⌀ | Instruction
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stringlengths 11
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1 | Prefix | Prefix RDF | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is the prefix of RDF | http://www.w3.org/1999/02/22-rdf-syntax-ns# | For every RDF structure there are a need for an URI |
2 | Prefix | Prefix owl | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is the prefix of owl | http://www.w3.org/2002/07/owl# | The `adjacentTo` relationship in BOT helps find rooms sharing common boundaries. |
3 | Prefix | Prefix rdfs | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is the prefix of rdfs | http://www.w3.org/2000/01/rdf-schema# | Uses the `hasMaterial` relationship to link materials with structural components. |
4 | Prefix | Prefix xsd | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is the prefix of xsd | http://www.w3.org/2001/XMLSchema#> | Leverages the hierarchical structure in BOT to navigate and count floors in a building. |
5 | Prefix | Prefix dcterms | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is the prefix of dcterms | http://purl.org/dc/terms/ | This is the prefix of dcterm |
6 | Prefix | Prefix vann | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is the prefix of vann | http://purl.org/vocab/vann/ | This is the prefix of vann |
7 | Prefix | Prefix voaf | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is the prefix of voaf | http://purl.org/vocommons/voaf# | This is the prefix of voaf |
8 | Prefix | Prefix vs | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is the prefix of vs | http://www.w3.org/2003/06/sw-vocab-status/ns# | This is the prefix of vs |
9 | Prefix | Prefix dce | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is the prefix of dce | http://purl.org/dc/elements/1.1/ | This is the prefix of dce |
10 | Prefix | Prefix dbo | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is the prefix of dbo | http://dbpedia.org/ontology/ | This is the prefix of dbo |
11 | Prefix | Prefix vcard | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is the prefix of vcard | http://www.w3.org/2006/vcard/ns# | This is the prefix of vcard |
12 | Prefix | Prefix schema | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is the prefix of schema | https://schema.org/ | This is the prefix of schema |
13 | Prefix | Prefix bot | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is the prefix of bot | https://w3id.org/bot# | This is the prefix of bot |
14 | Prefix | Prefix qudt | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is the prefix of qudt | http://qudt.org/schema/qudt/ | This is the prefix of qudt |
15 | Prefix | Prefix ex | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is the prefix of ex | https://example.com/terms# | This is the prefix of ex |
16 | Prefix | Prefix AAU | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is the prefix of AAU | https://aaubuild.com/speciale# | This is the prefix of AAU |
17 | Prefix | Prefix shacl | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is the prefix of shacl | https://www.w3.org/TR/2017/REC-shacl-20170720/ | This is the prefix of shacl |
18 | Prefix | Prefix ifcowl | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is the prefix of Ifcowl | http://ifcowl.openbimstandards.org/IFC2X3_Final# | This is the prefix of ifcowl |
19 | Prefix | Prefix express | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is the prefix of express | https://w3id.org/express | This is the prefix of express |
20 | bot | bot | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | what is bot | rdf:type owl:Ontology , voaf:Vocabulary | Describtion of what bot is |
21 | bot | zone | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | what is a zone | bot:Zone a owl:Class and a IfcZone | Describtion of what zone is |
22 | bot | zone | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | Give me a context of a zone and connecting informations | owl:disjointWith
bot:Element ,
bot:Interface ;
vs:term_status "stable" ;
rdfs:isDefinedBy bot: . | Describtion of what zone is |
23 | bot | Site | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | what is a site | bot:Site a owl:Class and ifc:IfcSite | Describtion of what Site is |
24 | bot | Site | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | Give me a context of a Site and connecting informations | rdfs:subClassOf bot:Zone ;
owl:disjointWith
bot:Building ,
bot:Storey ,
bot:Space ;
vs:term_status "stable" ;
rdfs:isDefinedBy bot: . | Describtion of what Site is |
25 | bot | Building | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | what is a site | bot:Building a owl:Class and ifc:IfcBuilding ; | Describtion of what Building is |
26 | bot | Building | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | Give me a context of a Building and connecting informations | rdfs:subClassOf bot:Zone ;
owl:disjointWith
bot:Site ,
bot:Storey ,
bot:Space ;
vs:term_status "stable" ;
rdfs:isDefinedBy bot: . | Describtion of what Building is |
27 | bot | Storey | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | what is a Storey | bot:Storey a owl:Class and ifc:IfcBuildingStorey | Describtion of what Storey is |
28 | bot | Storey | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | Give me a context of a Storey and connecting informations | rdfs:subClassOf bot:Zone ;
owl:disjointWith
bot:Site ,
bot:Building ,
bot:Space ;
vs:term_status "stable" ;
rdfs:isDefinedBy bot: . | Describtion of what Storey is |
29 | bot | Space | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | what is a Space | bot:Space a owl:Class and ifc:IfcSpace | Describtion of what Space is |
30 | bot | Space | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | Give me a context of a Space and connecting informations | rdfs:subClassOf bot:Zone ;
owl:disjointWith
bot:Site ,
bot:Building ,
bot:Storey ;
vs:term_status "stable" ;
rdfs:isDefinedBy bot: . | Describtion of what is |
31 | bot | adjacentZone | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | what is a adjacentZone | bot:adjacentZone a owl:ObjectProperty , owl:SymmetricProperty and | Describtion of what adjacentZone is |
32 | bot | adjacentZone | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | Give me a context of a adjacentZone and connecting informations | rdfs:domain bot:Zone ;
rdfs:range bot:Zone ;
schema:domainIncludes
bot:Site ,
bot:Building ,
bot:Storey ,
bot:Space ;
schema:rangeIncludes
bot:Site ,
bot:Building ,
bot:Storey ,
bot:Space ;
owl:propertyDisjointWith
bot:intersectsZone ;
vs:term_status "stable" ;
rdfs:isDefinedBy bot: . | Describtion of what adjacentZone is |
33 | bot | intersectsZone | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a intersectsZone and which connections do it have and how to it connects to other ontologies | bot:intersectsZone a owl:ObjectProperty , owl:SymmetricProperty ;
rdfs:domain bot:Zone ;
rdfs:range bot:Zone ;
schema:domainIncludes
bot:Site ,
bot:Building ,
bot:Storey ,
bot:Space ;
schema:rangeIncludes
bot:Site ,
bot:Building ,
bot:Storey ,
bot:Space ;
owl:propertyDisjointWith
bot:adjacentZone ;
vs:term_status "stable" ;
rdfs:isDefinedBy bot: | Describtion of what intersectsZone is |
34 | bot | containsZone | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a containsZone and which connections do it have and how to it connects to other ontologies | bot:containsZone a owl:ObjectProperty , owl:TransitiveProperty ;
rdfs:domain bot:Zone ;
rdfs:range bot:Zone ;
schema:domainIncludes
bot:Site ,
bot:Building ,
bot:Storey ,
bot:Space ;
schema:rangeIncludes
bot:Site ,
bot:Building ,
bot:Storey ,
bot:Space ;
vs:term_status "stable" ;
rdfs:isDefinedBy bot: . | Describtion of what containsZone is |
35 | bot | hasBuilding | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a hasBuilding and which connections do it have and how to it connects to other ontologies | bot:hasBuilding a owl:ObjectProperty ;
rdfs:subPropertyOf bot:containsZone ;
rdfs:domain bot:Zone ;
schema:domainIncludes bot:Site ;
rdfs:range bot:Building ;
vs:term_status "stable" ;
rdfs:isDefinedBy bot: . | Describtion of what hasBuilding is |
36 | bot | hasStorey | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a hasStorey and which connections do it have and how to it connects to other ontologies | bot:hasStorey a owl:ObjectProperty ;
rdfs:subPropertyOf bot:containsZone ;
rdfs:domain bot:Zone ;
schema:domainIncludes bot:Building ;
rdfs:range bot:Storey ;
vs:term_status "stable" ;
rdfs:isDefinedBy bot: . | Describtion of what hasStorey is |
37 | bot | hasSpace | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a hasSpace and which connections do it have and how to it connects to other ontologies | bot:hasSpace a owl:ObjectProperty ;
rdfs:subPropertyOf bot:containsZone ;
rdfs:domain bot:Zone ;
schema:domainIncludes bot:Storey ;
rdfs:range bot:Space ;
vs:term_status "stable" ;
rdfs:isDefinedBy bot: . | Describtion of what hasSpace is |
38 | bot | Element | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a Element and which connections do it have and how to it connects to other ontologies | bot:Element a owl:Class ;
owl:disjointWith bot:Zone , bot:Interface ;
vs:term_status "stable" ;
rdfs:isDefinedBy bot: . | Describtion of what Element is |
39 | bot | hasSubElement | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a hasSubElement and which connections do it have and how to it connects to other ontologies | bot:hasSubElement a owl:ObjectProperty ;
rdfs:domain bot:Element ;
rdfs:range bot:Element ;
vs:term_status "stable" ;
rdfs:isDefinedBy bot: . | Describtion of what hasSubElement is |
40 | bot | hasElement | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a hasElement and which connections do it have and how to it connects to other ontologies | bot:hasElement a owl:ObjectProperty ;
rdfs:domain bot:Zone ;
rdfs:range bot:Element ;
owl:propertyChainAxiom ( bot:containsZone bot:hasElement ) ;
vs:term_status "stable" ;
rdfs:isDefinedBy bot: . | Describtion of what hasElement is |
41 | bot | adjacentElement | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a adjacentElement and which connections do it have and how to it connects to other ontologies | bot:adjacentElement a owl:ObjectProperty ;
rdfs:subPropertyOf bot:hasElement ;
owl:propertyDisjointWith
bot:intersectingElement ;
vs:term_status "stable" ;
rdfs:isDefinedBy bot: . | Describtion of what adjacentElement is |
42 | bot | containsElement | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a containsElement and which connections do it have and how to it connects to other ontologies | bot:containsElement a owl:ObjectProperty ;
rdfs:subPropertyOf bot:hasElement ;
owl:propertyChainAxiom ( bot:containsZone bot:containsElement ) ;
vs:term_status "stable" ;
rdfs:isDefinedBy bot: . | Describtion of what containsElement is |
43 | bot | intersectingElement | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a intersectingElement and which connections do it have and how to it connects to other ontologies | bot:intersectingElement a owl:ObjectProperty ;
rdfs:subPropertyOf bot:hasElement ;
owl:propertyDisjointWith
bot:adjacentElement ;
vs:term_status "stable" ;
rdfs:isDefinedBy bot: | Describtion of what intersectingElement is |
44 | bot | Interface | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a Interface and which connections do it have and how to it connects to other ontologies | bot:Interface a owl:Class ;
owl:disjointWith bot:Zone, bot:Element ;
vs:term_status "stable" ;
rdfs:isDefinedBy bot: . | Describtion of what Interface is |
45 | bot | interfaceOf | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a interfaceOf and which connections do it have and how to it connects to other ontologies | bot:interfaceOf a owl:ObjectProperty ;
rdfs:domain bot:Interface ;
vs:term_status "stable" ;
rdfs:isDefinedBy bot: . | Describtion of what interfaceOf is |
46 | bot | hasZeroPoint | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a hasZeroPoint and which connections do it have and how to it connects to other ontologies | bot:hasZeroPoint a owl:ObjectProperty ;
rdfs:domain bot:Site ;
vs:term_status "unstable" ;
rdfs:seeAlso <https://github.com/w3c-lbd-cg/bot/issues/41> ;
rdfs:isDefinedBy bot: . | Describtion of what hasZeroPoint is |
47 | bot | hasSimple3DModel | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a hasSimple3DModel and which connections do it have and how to it connects to other ontologies | bot:hasSimple3DModel a owl:DatatypeProperty ;
schema:domainIncludes
bot:Element,
bot:Zone ;
vs:term_status "unstable" ;
rdfs:isDefinedBy bot: . | Describtion of what hasSimple3DModel is |
48 | bot | has3DModel | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a has3DModel and which connections do it have and how to it connects to other ontologies | bot:has3DModel a owl:ObjectProperty ;
schema:domainIncludes
bot:Element,
bot:Zone ;
vs:term_status "unstable" ;
rdfs:isDefinedBy bot: . | Describtion of what has3DModel is |
49 | bot | Zone | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | Describtion of a Zone from the comment is has. This relate to Zone and have a rdfs:comment | "A part of the physical world or a virtual world that is inherently both located in this world and has a 3D spatial extent; Sub-classes of bot:Zone include bot:Site, bot:Building, bot:Storey, or bot:Space. An instance of bot:Zone can contain other bot:Zone instances, making it possible to group or subdivide zones. An instance of bot:Zone can be adjacent to or intersecting other bot:Zone instances. Finally, a bot:Zone can instantiate three relations to bot:Element, which are either contained in (bot:containsElement), adjacent to it (bot:adjacentElement) or intersecting (bot:intersectingElement)."@en , | Describtion of what Zone is |
50 | bot | Element | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | Describtion of a Element from the comment is has. This relate to Element and have a rdfs:comment | "Constituent of a construction entity with a characteristic technical function, form or position [ISO 12006-2:2015, 3.4.7]"@en , | Describtion of what Element is |
51 | bot | Interface | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | Describtion of a Interface from the comment is has. This relate to Interface and have a rdfs:comment | "A generic concept to qualify the relationship of two or more things in the world, where at least one is a building element or zone. Examples:\n - Qualification of heat transmission between zones through one or more building elements. This includes one-dimensional (surface) heat losses from one zone to another through a single building element, a two dimensional (line) loss from one zone to another through the connection in which the two elements meet or a three dimensional (point) loss from one zone to another through the connection where three elements (typically two walls and a slab) meet. \n - Connection of an electric device to the electric system of a building. \n - A door between one room and another."@en , | Describtion of what Interface is |
52 | bot | Site | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | Describtion of a Site from the comment is has. This relate to Site and have a rdfs:comment | "A part of the physical world or a virtual world that is inherently both located in this world and having a 3D spatial extent. It is intended to contain or contains one or more buildings."@en , | Describtion of what Site is |
53 | bot | Building | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | Describtion of a Building from the comment is has. This relate to Building and have a rdfs:comment | An independent unit of the built environment with a characteristic spatial structure, intended to serve at least one function or user activity [ISO 12006-2:2013]. A bot:Building is a part of the physical world or a virtual world that is inherently both located in this world and having a 3D spatial extent, is contained in a building site, and can contain one or more storeys that are vertically connected."@en , | Describtion of what Building is |
54 | bot | Storey | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | Describtion of a Storey from the comment is has. This relate to Storey and have a rdfs:comment | A part of the physical world or a virtual world that is inherently both located in this world and having a 3D spatial extent. A bot:Storey is contained in one or more buildings, and is intended to contain one or more spaces that are horizontally connected. Storeys of a building are connected by means of vertical connections such as elevators and stairs. A bot:Storey encompasses both zones above and below ground, for example, a building with 21 floors above ground, one ground floor and 3 basements is equal to the sentence: A building has 25 instances of bot:Storey.@en , | Describtion of what Storey is |
55 | bot | Space | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | Describtion of a Space from the comment is has. This relate to Space and have a rdfs:comment | "A part of the physical world or a virtual world whose 3D spatial extent is bounded actually or theoretically, and provides for certain functions within the zone it is contained in."@en , | Describtion of what Space is |
56 | bot | adjacentZone | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | Describtion of a adjacentZone from the comment is has. This relate to adjacentZone and have a rdfs:comment | "Relationship between two zones that share a common interface, but do not intersect."@en , | Describtion of what adjacentZone is |
57 | bot | intersectsZone | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | Describtion of a intersectsZone from the comment is has. This relate to intersectsZone and have a rdfs:comment | "Relationship between two zones whose 3D extent intersect. For example, a stairwell intersects different storeys."@en , | Describtion of what intersectsZone is |
58 | bot | containsZone | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | Describtion of a containsZone from the comment is has. This relate to containsZone and have a rdfs:comment | "Relationship to the subzones of a major zone. A space zone could for instance be contained in a storey zone which is further contained in a building zone. bot:containsZone is a transitive property. This implies that in the previous example a bot:containsZone relationship holds between the space zone and the building zone."@en , | Describtion of what containsZone is |
59 | bot | hasBuilding | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | Describtion of a hasBuilding from the comment is has. This relate to hasBuilding and have a rdfs:comment | "Relation to buildings contained in a zone. The typical domains of bot:hasBuilding are instances of bot:Site."@en , | Describtion of what hasBuilding is |
60 | bot | hasStorey | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | Describtion of a hasStorey from the comment is has. This relate to hasStorey and have a rdfs:comment | "Relation to storeys contained in a zone. The typical domains of bot:hasStorey are instances of bot:Building."@en , | Describtion of what hasStorey is |
61 | bot | hasSpace | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | Describtion of a hasSpace from the comment is has. This relate to hasSpace and have a rdfs:comment | "Relation to spaces contained in a zone. The typical domains of bot:hasSpace are instances of bot:Storey or bot:Building."@en , | Describtion of what hasSpace is |
62 | bot | hasSubElement | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | Describtion of a hasSubElement from the comment is has. This relate to hasSubElement and have a rdfs:comment | "Relation between two building elements, either one element hosting another (e.g. a wall hosts a window) or a subcomposition of a building element into smaller parts (e.g. an air handling unit has as a part a fan)."@en , | Describtion of what hasSubElement is |
63 | bot | hasElement | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | Describtion of a hasElement from the comment is has. This relate to hasElement and have a rdfs:comment | "Links a Zone to an Element that is either contained in, adjacent to or intersecting with the Zone. The intended use of this relationship is not to be stated explicitly, but to be inferred from its sub-properties. It will, for example, allow one to query for all the doors of a building given that they have an adjacency to spaces of the building."@en , | Describtion of what hasElement is |
64 | bot | adjacentElement | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | Describtion of a adjacentElement from the comment is has. This relate to adjacentElement and have a rdfs:comment | "Relation between a zone and its adjacent building elements, bounding the zone."@en , | Describtion of what adjacentElement is |
65 | bot | intersectingElement | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | Describtion of a intersectingElement from the comment is has. This relate to intersectingElement and have a rdfs:comment | "Relation between a Zone and a building Element that intersects it."@en , | Describtion of what intersectingElement is |
66 | bot | containsElement | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | Describtion of a containsElement from the comment is has. This relate to containsElement and have a rdfs:comment | "Relation to a building element contained in a zone."@en , | Describtion of what containsElement is |
67 | bot | interfaceOf | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | Describtion of a interfaceOf from the comment is has. This relate to interfaceOf and have a rdfs:comment | "Relationship between an interface and another thing (building zone, element or owl:Thing)"@en , | Describtion of what interfaceOf is |
68 | bot | hasZeroPoint | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | Describtion of a hasZeroPoint from the comment is has. This relate to hasZeroPoint and have a rdfs:comment | "Links a bot:Site to an instance that encodes the latitude and longitude of the Zero Point of the building site. This could be an instance of a wgs84:Point. The definition of GIS and geometry is not within the scope of BOT and an appropriate ontology needs to be selected here by the user. The use of this property is potentially ambiguous and it might be removed or revised in future editions of the ontology."@en , | Describtion of what hasZeroPoint is |
69 | bot | has3DModel | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | Describtion of a has3DModel from the comment is has. This relate to has3DModel and have a rdfs:comment | "Links any bot:Zone or bot:Element to a IRI that identifies its 3D Model. This 3D Model can then be described using some dedicated RDF vocabulary. Else, the 3D Model IRI could be dereferenceable, and when looking up the IRI one could retrieve a representation of the 3D Model with some existing data format for 3D models."@en , | Describtion of what has3DModel is |
70 | bot | hasSimple3DModel | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | Describtion of a hasSimple3DModel from the comment is has. This relate to hasSimple3DModel and have a rdfs:comment | "Links any bot:Zone or bot:Element to a 3D Model encoded as a literal."@en , | Describtion of what hasSimple3DModel is |
71 | ifcowl | timeSeries_IfcTimeSeriesSchedule | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a timeSeries_IfcTimeSeriesSchedule and which connections do it have and how to it connects to other ontologies | Ifc:timeSeries_IfcTimeSeriesSchedule a owl:ObjectProperty , owl:FunctionalProperty ;_x000D_
rdfs:domain ifc:IfcTimeSeriesSchedule ;_x000D_
rdfs:label "TimeSeries" ;_x000D_
rdfs:range ifc:IfcTimeSeries . | a owl:ObjectProperty , owl:FunctionalProperty ;_x000D_
rdfs:domain ifc:IfcTimeSeriesSchedule ;_x000D_
rdfs:label "TimeSeries" ;_x000D_
rdfs:range ifc:IfcTimeSeries . |
72 | ifcowl | varyingThicknessLocation_IfcStructuralSurfaceMemberVarying | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a varyingThicknessLocation_IfcStructuralSurfaceMemberVarying and which connections do it have and how to it connects to other ontologies | Ifc:varyingThicknessLocation_IfcStructuralSurfaceMemberVarying a owl:ObjectProperty , owl:FunctionalProperty ;_x000D_
rdfs:domain ifc:IfcStructuralSurfaceMemberVarying ;_x000D_
rdfs:label "VaryingThicknessLocation" ;_x000D_
rdfs:range ifc:IfcShapeAspect . | a owl:ObjectProperty , owl:FunctionalProperty ;_x000D_
rdfs:domain ifc:IfcStructuralSurfaceMemberVarying ;_x000D_
rdfs:label "VaryingThicknessLocation" ;_x000D_
rdfs:range ifc:IfcShapeAspect . |
73 | ifcowl | IfcFailureConnectionCondition | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a IfcFailureConnectionCondition and which connections do it have and how to it connects to other ontologies | Ifc:IfcFailureConnectionCondition a owl:Class ;_x000D_
rdfs:subClassOf ifc:IfcStructuralConnectionCondition ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:maxQualifiedCardinality "1"^^xsd:nonNegativeInteger ;_x000D_
owl:onClass ifc:IfcForceMeasure ;_x000D_
owl:onProperty ifc:tensionFailureZ_IfcFailureConnectionCondition_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:allValuesFrom ifc:IfcForceMeasure ;_x000D_
owl:onProperty ifc:compressionFailureX_IfcFailureConnectionCondition_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:allValuesFrom ifc:IfcForceMeasure ;_x000D_
owl:onProperty ifc:compressionFailureZ_IfcFailureConnectionCondition_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:maxQualifiedCardinality "1"^^xsd:nonNegativeInteger ;_x000D_
owl:onClass ifc:IfcForceMeasure ;_x000D_
owl:onProperty ifc:tensionFailureX_IfcFailureConnectionCondition_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:maxQualifiedCardinality "1"^^xsd:nonNegativeInteger ;_x000D_
owl:onClass ifc:IfcForceMeasure ;_x000D_
owl:onProperty ifc:compressionFailureX_IfcFailureConnectionCondition_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:allValuesFrom ifc:IfcForceMeasure ;_x000D_
owl:onProperty ifc:tensionFailureZ_IfcFailureConnectionCondition_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:maxQualifiedCardinality "1"^^xsd:nonNegativeInteger ;_x000D_
owl:onClass ifc:IfcForceMeasure ;_x000D_
owl:onProperty ifc:compressionFailureY_IfcFailureConnectionCondition_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:allValuesFrom ifc:IfcForceMeasure ;_x000D_
owl:onProperty ifc:compressionFailureY_IfcFailureConnectionCondition_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:maxQualifiedCardinality "1"^^xsd:nonNegativeInteger ;_x000D_
owl:onClass ifc:IfcForceMeasure ;_x000D_
owl:onProperty ifc:tensionFailureY_IfcFailureConnectionCondition_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:allValuesFrom ifc:IfcForceMeasure ;_x000D_
owl:onProperty ifc:tensionFailureY_IfcFailureConnectionCondition_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:allValuesFrom ifc:IfcForceMeasure ;_x000D_
owl:onProperty ifc:tensionFailureX_IfcFailureConnectionCondition_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:maxQualifiedCardinality "1"^^xsd:nonNegativeInteger ;_x000D_
owl:onClass ifc:IfcForceMeasure ;_x000D_
owl:onProperty ifc:compressionFailureZ_IfcFailureConnectionCondition_x000D_
] ;_x000D_
owl:disjointWith ifc:IfcSlippageConnectionCondition . | a owl:Class ;_x000D_
rdfs:subClassOf ifc:IfcStructuralConnectionCondition ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:maxQualifiedCardinality "1"^^xsd:nonNegativeInteger ;_x000D_
owl:onClass ifc:IfcForceMeasure ;_x000D_
owl:onProperty ifc:tensionFailureZ_IfcFailureConnectionCondition_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:allValuesFrom ifc:IfcForceMeasure ;_x000D_
owl:onProperty ifc:compressionFailureX_IfcFailureConnectionCondition_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:allValuesFrom ifc:IfcForceMeasure ;_x000D_
owl:onProperty ifc:compressionFailureZ_IfcFailureConnectionCondition_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:maxQualifiedCardinality "1"^^xsd:nonNegativeInteger ;_x000D_
owl:onClass ifc:IfcForceMeasure ;_x000D_
owl:onProperty ifc:tensionFailureX_IfcFailureConnectionCondition_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:maxQualifiedCardinality "1"^^xsd:nonNegativeInteger ;_x000D_
owl:onClass ifc:IfcForceMeasure ;_x000D_
owl:onProperty ifc:compressionFailureX_IfcFailureConnectionCondition_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:allValuesFrom ifc:IfcForceMeasure ;_x000D_
owl:onProperty ifc:tensionFailureZ_IfcFailureConnectionCondition_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:maxQualifiedCardinality "1"^^xsd:nonNegativeInteger ;_x000D_
owl:onClass ifc:IfcForceMeasure ;_x000D_
owl:onProperty ifc:compressionFailureY_IfcFailureConnectionCondition_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:allValuesFrom ifc:IfcForceMeasure ;_x000D_
owl:onProperty ifc:compressionFailureY_IfcFailureConnectionCondition_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:maxQualifiedCardinality "1"^^xsd:nonNegativeInteger ;_x000D_
owl:onClass ifc:IfcForceMeasure ;_x000D_
owl:onProperty ifc:tensionFailureY_IfcFailureConnectionCondition_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:allValuesFrom ifc:IfcForceMeasure ;_x000D_
owl:onProperty ifc:tensionFailureY_IfcFailureConnectionCondition_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:allValuesFrom ifc:IfcForceMeasure ;_x000D_
owl:onProperty ifc:tensionFailureX_IfcFailureConnectionCondition_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:maxQualifiedCardinality "1"^^xsd:nonNegativeInteger ;_x000D_
owl:onClass ifc:IfcForceMeasure ;_x000D_
owl:onProperty ifc:compressionFailureZ_IfcFailureConnectionCondition_x000D_
] ;_x000D_
owl:disjointWith ifc:IfcSlippageConnectionCondition . |
74 | ifcowl | NOTOCCUPIED | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a NOTOCCUPIED and which connections do it have and how to it connects to other ontologies | Ifc:NOTOCCUPIED a ifc:IfcResourceConsumptionEnum , owl:NamedIndividual ;_x000D_
rdfs:label "NOTOCCUPIED" . | a ifc:IfcResourceConsumptionEnum , owl:NamedIndividual ;_x000D_
rdfs:label "NOTOCCUPIED" . |
75 | ifcowl | IfcControllerTypeEnum | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a IfcControllerTypeEnum and which connections do it have and how to it connects to other ontologies | Ifc:IfcControllerTypeEnum a owl:Class ;_x000D_
rdfs:subClassOf expr:ENUMERATION . | a owl:Class ;_x000D_
rdfs:subClassOf expr:ENUMERATION . |
76 | ifcowl | SINGLE_SWING_LEFT | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a SINGLE_SWING_LEFT and which connections do it have and how to it connects to other ontologies | Ifc:SINGLE_SWING_LEFT a ifc:IfcDoorStyleOperationEnum , owl:NamedIndividual ;_x000D_
rdfs:label "SINGLE_SWING_LEFT" . | a ifc:IfcDoorStyleOperationEnum , owl:NamedIndividual ;_x000D_
rdfs:label "SINGLE_SWING_LEFT" . |
77 | ifcowl | IfcBlock | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a IfcBlock and which connections do it have and how to it connects to other ontologies | Ifc:IfcBlock a owl:Class ;_x000D_
rdfs:subClassOf ifc:IfcCsgPrimitive3D ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:allValuesFrom ifc:IfcPositiveLengthMeasure ;_x000D_
owl:onProperty ifc:zLength_IfcBlock_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:onClass ifc:IfcPositiveLengthMeasure ;_x000D_
owl:onProperty ifc:yLength_IfcBlock ;_x000D_
owl:qualifiedCardinality "1"^^xsd:nonNegativeInteger_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:allValuesFrom ifc:IfcPositiveLengthMeasure ;_x000D_
owl:onProperty ifc:xLength_IfcBlock_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:allValuesFrom ifc:IfcPositiveLengthMeasure ;_x000D_
owl:onProperty ifc:yLength_IfcBlock_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:onClass ifc:IfcPositiveLengthMeasure ;_x000D_
owl:onProperty ifc:zLength_IfcBlock ;_x000D_
owl:qualifiedCardinality "1"^^xsd:nonNegativeInteger_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:onClass ifc:IfcPositiveLengthMeasure ;_x000D_
owl:onProperty ifc:xLength_IfcBlock ;_x000D_
owl:qualifiedCardinality "1"^^xsd:nonNegativeInteger_x000D_
] ;_x000D_
owl:disjointWith ifc:IfcRectangularPyramid , ifc:IfcSphere , ifc:IfcRightCircularCone , ifc:IfcRightCircularCylinder . | a owl:Class ;_x000D_
rdfs:subClassOf ifc:IfcCsgPrimitive3D ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:allValuesFrom ifc:IfcPositiveLengthMeasure ;_x000D_
owl:onProperty ifc:zLength_IfcBlock_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:onClass ifc:IfcPositiveLengthMeasure ;_x000D_
owl:onProperty ifc:yLength_IfcBlock ;_x000D_
owl:qualifiedCardinality "1"^^xsd:nonNegativeInteger_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:allValuesFrom ifc:IfcPositiveLengthMeasure ;_x000D_
owl:onProperty ifc:xLength_IfcBlock_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:allValuesFrom ifc:IfcPositiveLengthMeasure ;_x000D_
owl:onProperty ifc:yLength_IfcBlock_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:onClass ifc:IfcPositiveLengthMeasure ;_x000D_
owl:onProperty ifc:zLength_IfcBlock ;_x000D_
owl:qualifiedCardinality "1"^^xsd:nonNegativeInteger_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:onClass ifc:IfcPositiveLengthMeasure ;_x000D_
owl:onProperty ifc:xLength_IfcBlock ;_x000D_
owl:qualifiedCardinality "1"^^xsd:nonNegativeInteger_x000D_
] ;_x000D_
owl:disjointWith ifc:IfcRectangularPyramid , ifc:IfcSphere , ifc:IfcRightCircularCone , ifc:IfcRightCircularCylinder . |
78 | ifcowl | TRIPLE_PANEL_RIGHT | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a TRIPLE_PANEL_RIGHT and which connections do it have and how to it connects to other ontologies | Ifc:TRIPLE_PANEL_RIGHT a ifc:IfcWindowStyleOperationEnum , owl:NamedIndividual ;_x000D_
rdfs:label "TRIPLE_PANEL_RIGHT" . | a ifc:IfcWindowStyleOperationEnum , owl:NamedIndividual ;_x000D_
rdfs:label "TRIPLE_PANEL_RIGHT" . |
79 | ifcowl | centreOfGravityInY_IfcLShapeProfileDef | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a centreOfGravityInY_IfcLShapeProfileDef and which connections do it have and how to it connects to other ontologies | Ifc:centreOfGravityInY_IfcLShapeProfileDef a owl:ObjectProperty , owl:FunctionalProperty ;_x000D_
rdfs:domain ifc:IfcLShapeProfileDef ;_x000D_
rdfs:label "CentreOfGravityInY" ;_x000D_
rdfs:range ifc:IfcPositiveLengthMeasure . | a owl:ObjectProperty , owl:FunctionalProperty ;_x000D_
rdfs:domain ifc:IfcLShapeProfileDef ;_x000D_
rdfs:label "CentreOfGravityInY" ;_x000D_
rdfs:range ifc:IfcPositiveLengthMeasure . |
80 | ifcowl | IfcThermalAdmittanceMeasure | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a IfcThermalAdmittanceMeasure and which connections do it have and how to it connects to other ontologies | Ifc:IfcThermalAdmittanceMeasure a owl:Class ;_x000D_
rdfs:subClassOf expr:REAL , ifc:IfcDerivedMeasureValue . | a owl:Class ;_x000D_
rdfs:subClassOf expr:REAL , ifc:IfcDerivedMeasureValue . |
81 | ifcowl | IfcShapeModel_List | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a IfcShapeModel_List and which connections do it have and how to it connects to other ontologies | Ifc:IfcShapeModel_List a owl:Class ;_x000D_
rdfs:subClassOf list:OWLList ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:allValuesFrom ifc:IfcShapeModel_List ;_x000D_
owl:onProperty list:hasNext_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:allValuesFrom ifc:IfcShapeModel_List ;_x000D_
owl:onProperty list:isFollowedBy_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:allValuesFrom ifc:IfcShapeModel ;_x000D_
owl:onProperty list:hasContents_x000D_
] . | a owl:Class ;_x000D_
rdfs:subClassOf list:OWLList ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:allValuesFrom ifc:IfcShapeModel_List ;_x000D_
owl:onProperty list:hasNext_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:allValuesFrom ifc:IfcShapeModel_List ;_x000D_
owl:onProperty list:isFollowedBy_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:allValuesFrom ifc:IfcShapeModel ;_x000D_
owl:onProperty list:hasContents_x000D_
] . |
82 | ifcowl | IfcSurfaceCurveSweptAreaSolid | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a IfcSurfaceCurveSweptAreaSolid and which connections do it have and how to it connects to other ontologies | Ifc:IfcSurfaceCurveSweptAreaSolid a owl:Class ;_x000D_
rdfs:subClassOf ifc:IfcSweptAreaSolid ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:onClass ifc:IfcSurface ;_x000D_
owl:onProperty ifc:referenceSurface_IfcSurfaceCurveSweptAreaSolid ;_x000D_
owl:qualifiedCardinality "1"^^xsd:nonNegativeInteger_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:onClass ifc:IfcCurve ;_x000D_
owl:onProperty ifc:directrix_IfcSurfaceCurveSweptAreaSolid ;_x000D_
owl:qualifiedCardinality "1"^^xsd:nonNegativeInteger_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:allValuesFrom ifc:IfcSurface ;_x000D_
owl:onProperty ifc:referenceSurface_IfcSurfaceCurveSweptAreaSolid_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:onClass ifc:IfcParameterValue ;_x000D_
owl:onProperty ifc:startParam_IfcSurfaceCurveSweptAreaSolid ;_x000D_
owl:qualifiedCardinality "1"^^xsd:nonNegativeInteger_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:onClass ifc:IfcParameterValue ;_x000D_
owl:onProperty ifc:endParam_IfcSurfaceCurveSweptAreaSolid ;_x000D_
owl:qualifiedCardinality "1"^^xsd:nonNegativeInteger_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:allValuesFrom ifc:IfcParameterValue ;_x000D_
owl:onProperty ifc:startParam_IfcSurfaceCurveSweptAreaSolid_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:allValuesFrom ifc:IfcParameterValue ;_x000D_
owl:onProperty ifc:endParam_IfcSurfaceCurveSweptAreaSolid_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:allValuesFrom ifc:IfcCurve ;_x000D_
owl:onProperty ifc:directrix_IfcSurfaceCurveSweptAreaSolid_x000D_
] ;_x000D_
owl:disjointWith ifc:IfcExtrudedAreaSolid , ifc:IfcRevolvedAreaSolid . | a owl:Class ;_x000D_
rdfs:subClassOf ifc:IfcSweptAreaSolid ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:onClass ifc:IfcSurface ;_x000D_
owl:onProperty ifc:referenceSurface_IfcSurfaceCurveSweptAreaSolid ;_x000D_
owl:qualifiedCardinality "1"^^xsd:nonNegativeInteger_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:onClass ifc:IfcCurve ;_x000D_
owl:onProperty ifc:directrix_IfcSurfaceCurveSweptAreaSolid ;_x000D_
owl:qualifiedCardinality "1"^^xsd:nonNegativeInteger_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:allValuesFrom ifc:IfcSurface ;_x000D_
owl:onProperty ifc:referenceSurface_IfcSurfaceCurveSweptAreaSolid_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:onClass ifc:IfcParameterValue ;_x000D_
owl:onProperty ifc:startParam_IfcSurfaceCurveSweptAreaSolid ;_x000D_
owl:qualifiedCardinality "1"^^xsd:nonNegativeInteger_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:onClass ifc:IfcParameterValue ;_x000D_
owl:onProperty ifc:endParam_IfcSurfaceCurveSweptAreaSolid ;_x000D_
owl:qualifiedCardinality "1"^^xsd:nonNegativeInteger_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:allValuesFrom ifc:IfcParameterValue ;_x000D_
owl:onProperty ifc:startParam_IfcSurfaceCurveSweptAreaSolid_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:allValuesFrom ifc:IfcParameterValue ;_x000D_
owl:onProperty ifc:endParam_IfcSurfaceCurveSweptAreaSolid_x000D_
] ;_x000D_
rdfs:subClassOf [ a owl:Restriction ;_x000D_
owl:allValuesFrom ifc:IfcCurve ;_x000D_
owl:onProperty ifc:directrix_IfcSurfaceCurveSweptAreaSolid_x000D_
] ;_x000D_
owl:disjointWith ifc:IfcExtrudedAreaSolid , ifc:IfcRevolvedAreaSolid . |
83 | ifcowl | daylightSavingOffset_IfcLocalTime | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a daylightSavingOffset_IfcLocalTime and which connections do it have and how to it connects to other ontologies | Ifc:daylightSavingOffset_IfcLocalTime a owl:ObjectProperty , owl:FunctionalProperty ;_x000D_
rdfs:domain ifc:IfcLocalTime ;_x000D_
rdfs:label "DaylightSavingOffset" ;_x000D_
rdfs:range ifc:IfcDaylightSavingHour . | a owl:ObjectProperty , owl:FunctionalProperty ;_x000D_
rdfs:domain ifc:IfcLocalTime ;_x000D_
rdfs:label "DaylightSavingOffset" ;_x000D_
rdfs:range ifc:IfcDaylightSavingHour . |
84 | ifcowl | hasShapeAspects_IfcProductDefinitionShape | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a hasShapeAspects_IfcProductDefinitionShape and which connections do it have and how to it connects to other ontologies | Ifc:hasShapeAspects_IfcProductDefinitionShape a owl:ObjectProperty ;_x000D_
rdfs:domain ifc:IfcProductDefinitionShape ;_x000D_
rdfs:label "HasShapeAspects" ;_x000D_
rdfs:range ifc:IfcShapeAspect ;_x000D_
owl:inverseOf ifc:partOfProductDefinitionShape_IfcShapeAspect . | a owl:ObjectProperty ;_x000D_
rdfs:domain ifc:IfcProductDefinitionShape ;_x000D_
rdfs:label "HasShapeAspects" ;_x000D_
rdfs:range ifc:IfcShapeAspect ;_x000D_
owl:inverseOf ifc:partOfProductDefinitionShape_IfcShapeAspect . |
85 | ifcowl | ENERGYUNIT | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a ENERGYUNIT and which connections do it have and how to it connects to other ontologies | Ifc:ENERGYUNIT a ifc:IfcUnitEnum , owl:NamedIndividual ;_x000D_
rdfs:label "ENERGYUNIT" . | a ifc:IfcUnitEnum , owl:NamedIndividual ;_x000D_
rdfs:label "ENERGYUNIT" . |
86 | ifcowl | CONTINUOUS | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a CONTINUOUS and which connections do it have and how to it connects to other ontologies | Ifc:CONTINUOUS a ifc:IfcTimeSeriesDataTypeEnum , ifc:IfcTransitionCode , owl:NamedIndividual ;_x000D_
rdfs:label "CONTINUOUS" . | a ifc:IfcTimeSeriesDataTypeEnum , ifc:IfcTransitionCode , owl:NamedIndividual ;_x000D_
rdfs:label "CONTINUOUS" . |
87 | ifcowl | TROCHOIDAL | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a TROCHOIDAL and which connections do it have and how to it connects to other ontologies | Ifc:TROCHOIDAL a ifc:IfcCompressorTypeEnum , owl:NamedIndividual ;_x000D_
rdfs:label "TROCHOIDAL" . | a ifc:IfcCompressorTypeEnum , owl:NamedIndividual ;_x000D_
rdfs:label "TROCHOIDAL" . |
88 | ifcowl | documentReferences_IfcDocumentInformation | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a documentReferences_IfcDocumentInformation and which connections do it have and how to it connects to other ontologies | Ifc:documentReferences_IfcDocumentInformation a owl:ObjectProperty ;_x000D_
rdfs:domain ifc:IfcDocumentInformation ;_x000D_
rdfs:label "DocumentReferences" ;_x000D_
rdfs:range ifc:IfcDocumentReference ;_x000D_
owl:inverseOf ifc:referenceToDocument_IfcDocumentReference . | a owl:ObjectProperty ;_x000D_
rdfs:domain ifc:IfcDocumentInformation ;_x000D_
rdfs:label "DocumentReferences" ;_x000D_
rdfs:range ifc:IfcDocumentReference ;_x000D_
owl:inverseOf ifc:referenceToDocument_IfcDocumentReference . |
89 | ifcowl | SWITCHBOARD | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a SWITCHBOARD and which connections do it have and how to it connects to other ontologies | Ifc:SWITCHBOARD a ifc:IfcElectricDistributionPointFunctionEnum , owl:NamedIndividual ;_x000D_
rdfs:label "SWITCHBOARD" . | a ifc:IfcElectricDistributionPointFunctionEnum , owl:NamedIndividual ;_x000D_
rdfs:label "SWITCHBOARD" . |
90 | ifcowl | description_IfcConstraintAggregationRelationship | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a description_IfcConstraintAggregationRelationship and which connections do it have and how to it connects to other ontologies | Ifc:description_IfcConstraintAggregationRelationship a owl:ObjectProperty , owl:FunctionalProperty ;_x000D_
rdfs:domain ifc:IfcConstraintAggregationRelationship ;_x000D_
rdfs:label "Description" ;_x000D_
rdfs:range ifc:IfcText . | a owl:ObjectProperty , owl:FunctionalProperty ;_x000D_
rdfs:domain ifc:IfcConstraintAggregationRelationship ;_x000D_
rdfs:label "Description" ;_x000D_
rdfs:range ifc:IfcText . |
91 | ifcowl | SHEAR | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a SHEAR and which connections do it have and how to it connects to other ontologies | Ifc:SHEAR a ifc:IfcWallTypeEnum , ifc:IfcReinforcingBarRoleEnum , owl:NamedIndividual ;_x000D_
rdfs:label "SHEAR" . | a ifc:IfcWallTypeEnum , ifc:IfcReinforcingBarRoleEnum , owl:NamedIndividual ;_x000D_
rdfs:label "SHEAR" . |
92 | ifcowl | IfcSurface | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a IfcSurface and which connections do it have and how to it connects to other ontologies | Ifc:IfcSurface a owl:Class ;_x000D_
rdfs:subClassOf ifc:IfcGeometricRepresentationItem , ifc:IfcGeometricSetSelect , ifc:IfcSurfaceOrFaceSurface ;_x000D_
rdfs:subClassOf [ a owl:Class ;_x000D_
owl:unionOf ( ifc:IfcSweptSurface ifc:IfcElementarySurface ifc:IfcBoundedSurface )_x000D_
] ;_x000D_
owl:disjointWith ifc:IfcPoint , ifc:IfcCurve , ifc:IfcLightSource , ifc:IfcOneDirectionRepeatFactor , ifc:IfcShellBasedSurfaceModel , ifc:IfcGeometricSet , ifc:IfcAnnotationSurface , ifc:IfcCsgPrimitive3D , ifc:IfcCompositeCurveSegment , ifc:IfcPlanarExtent , ifc:IfcDraughtingCallout , ifc:IfcFillAreaStyleTileSymbolWithStyle , ifc:IfcBooleanResult , ifc:IfcTextLiteral , ifc:IfcHalfSpaceSolid , ifc:IfcAnnotationFillArea , ifc:IfcVector , ifc:IfcSectionedSpine , ifc:IfcPlacement , ifc:IfcCartesianTransformationOperator , ifc:IfcSolidModel , ifc:IfcDefinedSymbol , ifc:IfcBoundingBox , ifc:IfcFaceBasedSurfaceModel , ifc:IfcFillAreaStyleTiles , ifc:IfcFillAreaStyleHatching , ifc:IfcDirection . | a owl:Class ;_x000D_
rdfs:subClassOf ifc:IfcGeometricRepresentationItem , ifc:IfcGeometricSetSelect , ifc:IfcSurfaceOrFaceSurface ;_x000D_
rdfs:subClassOf [ a owl:Class ;_x000D_
owl:unionOf ( ifc:IfcSweptSurface ifc:IfcElementarySurface ifc:IfcBoundedSurface )_x000D_
] ;_x000D_
owl:disjointWith ifc:IfcPoint , ifc:IfcCurve , ifc:IfcLightSource , ifc:IfcOneDirectionRepeatFactor , ifc:IfcShellBasedSurfaceModel , ifc:IfcGeometricSet , ifc:IfcAnnotationSurface , ifc:IfcCsgPrimitive3D , ifc:IfcCompositeCurveSegment , ifc:IfcPlanarExtent , ifc:IfcDraughtingCallout , ifc:IfcFillAreaStyleTileSymbolWithStyle , ifc:IfcBooleanResult , ifc:IfcTextLiteral , ifc:IfcHalfSpaceSolid , ifc:IfcAnnotationFillArea , ifc:IfcVector , ifc:IfcSectionedSpine , ifc:IfcPlacement , ifc:IfcCartesianTransformationOperator , ifc:IfcSolidModel , ifc:IfcDefinedSymbol , ifc:IfcBoundingBox , ifc:IfcFaceBasedSurfaceModel , ifc:IfcFillAreaStyleTiles , ifc:IfcFillAreaStyleHatching , ifc:IfcDirection . |
93 | ifcowl | IfcElectricVoltageMeasure | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a IfcElectricVoltageMeasure and which connections do it have and how to it connects to other ontologies | Ifc:IfcElectricVoltageMeasure a owl:Class ;_x000D_
rdfs:subClassOf expr:REAL , ifc:IfcDerivedMeasureValue . | a owl:Class ;_x000D_
rdfs:subClassOf expr:REAL , ifc:IfcDerivedMeasureValue . |
94 | ifcowl | IfcElementComponentType | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a IfcElementComponentType and which connections do it have and how to it connects to other ontologies | Ifc:IfcElementComponentType a owl:Class ;_x000D_
rdfs:subClassOf ifc:IfcElementType ;_x000D_
rdfs:subClassOf [ a owl:Class ;_x000D_
owl:unionOf ( ifc:IfcDiscreteAccessoryType ifc:IfcFastenerType )_x000D_
] ;_x000D_
owl:disjointWith ifc:IfcSpatialStructureElementType , ifc:IfcFurnishingElementType , ifc:IfcTransportElementType , ifc:IfcBuildingElementType , ifc:IfcDistributionElementType . | a owl:Class ;_x000D_
rdfs:subClassOf ifc:IfcElementType ;_x000D_
rdfs:subClassOf [ a owl:Class ;_x000D_
owl:unionOf ( ifc:IfcDiscreteAccessoryType ifc:IfcFastenerType )_x000D_
] ;_x000D_
owl:disjointWith ifc:IfcSpatialStructureElementType , ifc:IfcFurnishingElementType , ifc:IfcTransportElementType , ifc:IfcBuildingElementType , ifc:IfcDistributionElementType . |
95 | ifcowl | KELVIN | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a KELVIN and which connections do it have and how to it connects to other ontologies | Ifc:KELVIN a ifc:IfcSIUnitName , owl:NamedIndividual ;_x000D_
rdfs:label "KELVIN" . | a ifc:IfcSIUnitName , owl:NamedIndividual ;_x000D_
rdfs:label "KELVIN" . |
96 | ifcowl | G_MAINTENANCELEVEL | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a G_MAINTENANCELEVEL and which connections do it have and how to it connects to other ontologies | Ifc:G_MAINTENANCELEVEL a ifc:IfcServiceLifeFactorTypeEnum , owl:NamedIndividual ;_x000D_
rdfs:label "G_MAINTENANCELEVEL" . | a ifc:IfcServiceLifeFactorTypeEnum , owl:NamedIndividual ;_x000D_
rdfs:label "G_MAINTENANCELEVEL" . |
97 | ifcowl | ENDSUCTION | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a ENDSUCTION and which connections do it have and how to it connects to other ontologies | Ifc:ENDSUCTION a ifc:IfcPumpTypeEnum , owl:NamedIndividual ;_x000D_
rdfs:label "ENDSUCTION" . | a ifc:IfcPumpTypeEnum , owl:NamedIndividual ;_x000D_
rdfs:label "ENDSUCTION" . |
98 | ifcowl | JUNCTION | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a JUNCTION and which connections do it have and how to it connects to other ontologies | Ifc:JUNCTION a ifc:IfcPipeFittingTypeEnum , ifc:IfcDuctFittingTypeEnum , owl:NamedIndividual ;_x000D_
rdfs:label "JUNCTION" . | a ifc:IfcPipeFittingTypeEnum , ifc:IfcDuctFittingTypeEnum , owl:NamedIndividual ;_x000D_
rdfs:label "JUNCTION" . |
99 | ifcowl | definedValues_IfcPropertyTableValue | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a definedValues_IfcPropertyTableValue and which connections do it have and how to it connects to other ontologies | Ifc:definedValues_IfcPropertyTableValue a owl:ObjectProperty , owl:FunctionalProperty ;_x000D_
rdfs:domain ifc:IfcPropertyTableValue ;_x000D_
rdfs:label "DefinedValues" ;_x000D_
rdfs:range ifc:IfcValue_List . | a owl:ObjectProperty , owl:FunctionalProperty ;_x000D_
rdfs:domain ifc:IfcPropertyTableValue ;_x000D_
rdfs:label "DefinedValues" ;_x000D_
rdfs:range ifc:IfcValue_List . |
100 | ifcowl | SOFT | You are a helpfull translater for ontologies, so when asked i normal type of building element or related stuff, you try to find the name of the element in ontologies. So fx if i ask what is a zone, you look for ex for IFC it will be IFCzone and for bot it will be zone. For every ansver there is a connection in the RDF structure | What is a SOFT and which connections do it have and how to it connects to other ontologies | Ifc:SOFT a ifc:IfcConstraintEnum , owl:NamedIndividual ;_x000D_
rdfs:label "SOFT" . | a ifc:IfcConstraintEnum , owl:NamedIndividual ;_x000D_
rdfs:label "SOFT" . |