# Generated RDF; rebuild with scripts/build_inventory.py or scripts/build_profiles.py. Do not edit. @prefix brick: . @prefix csvw: . @prefix dc: . @prefix dcam: . @prefix dcat: . @prefix dcmitype: . @prefix dct: . @prefix doap: . @prefix foaf: . @prefix geo: . @prefix id: . @prefix inv: . @prefix odrl: . @prefix org: . @prefix owl: . @prefix prof: . @prefix prov: . @prefix qb: . @prefix rdf: . @prefix rdfs: . @prefix schema: . @prefix sh: . @prefix skos: . @prefix sosa: . @prefix ssn: . @prefix time: . @prefix vann: . @prefix void: . @prefix wgs: . @prefix xml: . @prefix xsd: . inv:hasProfile . inv:hasProfile . inv:hasProfile . inv:hasProfile . dct:description "link is a named binary connection. Its ends refer to axle.mount and wheel.hub. The plain solid line is an illustrative connection representation, with no flow direction implied." ; rdf:type inv:Example ; inv:code """// Original documentation example. Source-reviewed; not parser-validated. package AssemblyExample { port def Mount; part def Wheel { port hub : Mount; } part def Axle { port mount : Mount; } part def Assembly { part wheel : Wheel; part axle : Axle; ref part spare : Wheel[0..1]; connection link connect axle.mount to wheel.hub; } part assembly : Assembly; } """ ; inv:evidence ; inv:verificationStatus inv:SourceReviewedNotExecuted . dct:description "Wheel, Axle and Assembly are part definitions. Their port and part declarations specify features; assembly : Assembly is a separate usage of the defined kind." ; rdf:type inv:Example ; inv:code """// Original documentation example. Source-reviewed; not parser-validated. package AssemblyExample { port def Mount; part def Wheel { port hub : Mount; } part def Axle { port mount : Mount; } part def Assembly { part wheel : Wheel; part axle : Axle; ref part spare : Wheel[0..1]; connection link connect axle.mount to wheel.hub; } part assembly : Assembly; } """ ; inv:evidence ; inv:verificationStatus inv:SourceReviewedNotExecuted . dct:description "wheel is a composite part usage within Assembly. spare is an owned but referential part usage. Both are typed by Wheel; the [0..1] on spare explicitly constrains its modeled values." ; rdf:type inv:Example ; inv:code """// Original documentation example. Source-reviewed; not parser-validated. package AssemblyExample { port def Mount; part def Wheel { port hub : Mount; } part def Axle { port mount : Mount; } part def Assembly { part wheel : Wheel; part axle : Axle; ref part spare : Wheel[0..1]; connection link connect axle.mount to wheel.hub; } part assembly : Assembly; } """ ; inv:evidence , ; inv:verificationStatus inv:SourceReviewedNotExecuted . dct:description "hub and mount are port usages typed by Mount. The connection refers to them through axle.mount and wheel.hub. The example uses no directional arrows or transfer behavior." ; rdf:type inv:Example ; inv:code """// Original documentation example. Source-reviewed; not parser-validated. package AssemblyExample { port def Mount; part def Wheel { port hub : Mount; } part def Axle { port mount : Mount; } part def Assembly { part wheel : Wheel; part axle : Axle; ref part spare : Wheel[0..1]; connection link connect axle.mount to wheel.hub; } part assembly : Assembly; } """ ; inv:evidence , ; inv:verificationStatus inv:SourceReviewedNotExecuted . dct:description "A connection can use a solid binary line with an optional label, or a rounded full node labeled connection. The example omits the optional direction-indication arrow." ; rdf:type inv:Notation ; rdfs:label "Binary edge and connection node" ; inv:asset "assets/notation/connection-usage.svg" ; inv:concept ; inv:context "Structural connection representations" ; inv:depictionStatus inv:OriginalRedraw ; inv:evidence , ; inv:verificationStatus inv:RepresentativeNotationVisuallyChecked . dct:description "The grammar also provides a central filled dot with segments to the connected usage nodes. It is an additional representation, not a universal replacement for binary lines." ; rdf:type inv:Notation ; rdfs:label "N-ary connection variant" ; inv:concept ; inv:context "Connections with more than two ends" ; inv:depictionStatus inv:SourceDescriptionOnly ; inv:evidence ; inv:verificationStatus inv:RepresentativeNotationVisuallyChecked . dct:description "Sharp-corner rectangle with the part def keyword and definition name. Compartment and interconnection contents may extend the basic node." ; rdf:type inv:Notation ; rdfs:label "Part definition node" ; inv:asset "assets/notation/part-definition.svg" ; inv:concept ; inv:context "Definition node in a structural view" ; inv:depictionStatus inv:OriginalRedraw ; inv:evidence ; inv:verificationStatus inv:RepresentativeNotationVisuallyChecked . dct:description "Rounded rectangle with a part usage label. The referential variant has a dashed outline and the ref prefix. Compartments and side ports are additional variants." ; rdf:type inv:Notation ; rdfs:label "Composite and referential part usages" ; inv:asset "assets/notation/part-usage.svg" ; inv:concept ; inv:context "Usage nodes in structural views" ; inv:depictionStatus inv:OriginalRedraw ; inv:evidence ; inv:verificationStatus inv:RepresentativeNotationVisuallyChecked . dct:description "The full node is rounded and labeled port. The compact outline in this older illustration is a geometry primitive only: displayed boundary alternatives include horizontal or vertical direction indicators, plus side-specific labels. Their selection and layout are separate renderer responsibilities." ; rdf:type inv:Notation ; rdfs:label "Full node and boundary port" ; inv:asset "assets/notation/port-usage.svg" ; inv:concept ; inv:context "Structural and interconnection views" ; inv:depictionStatus inv:OriginalRedraw ; inv:evidence , , ; inv:verificationStatus inv:RepresentativeNotationVisuallyChecked . dct:description "Dotted-outline reference port productions are restricted to nested ports. The filled-dot proxy option is restricted to a part usage contained within an interconnection view." ; rdf:type inv:Notation ; rdfs:label "Restricted reference and proxy variants" ; inv:concept ; inv:context "Nested ports and part usages within interconnection views" ; inv:depictionStatus inv:SourceDescriptionOnly ; inv:evidence ; inv:verificationStatus inv:RepresentativeNotationVisuallyChecked . dct:description "Represents a structural connection with end features. It combines PartUsage and ConnectorAsUsage semantics and retains its own model-element identity." ; rdf:type inv:ConceptProfile ; inv:caveat "This profile illustrates selected structural notations and does not implement execution or all association-structure semantics." ; inv:concept ; inv:evidence , ; inv:evidenceStatus inv:EditorialSummary ; inv:hasExample ; inv:hasNotation , ; inv:hasRelationship , ; inv:learningPoint "A connection is a model element with end roles and references, even when drawn as a simple line.", "A structural connection is not interchangeable with a binding, succession or flow.", "Allowed typing includes connection definitions and suitable KerML association structures.", "Nonabstract connections require at least two ends. Each end is referential with multiplicity 1..1; cross multiplicity is a separate concept." ; inv:profilePage "concepts/connection-usage.md" ; inv:profileStatus inv:DraftSourceChecked . dct:description "ConnectionUsage directly specializes PartUsage as well as ConnectorAsUsage." ; rdf:type inv:ConceptRelationship ; inv:condition "A connection therefore has inherited part properties, but adds connector end structure and applicable constraints." ; inv:evidence ; inv:evidenceStatus inv:EditorialSummary ; inv:fromConcept ; inv:relationKind "specialization" ; inv:toConcept . dct:description "The example connects two port usages through qualified feature paths." ; rdf:type inv:ConceptRelationship ; inv:condition "Retain the connection end declarations and their reference-subsetting semantics, rather than storing only a graphical line." ; inv:evidence ; inv:evidenceStatus inv:EditorialSummary ; inv:fromConcept ; inv:relationKind "endpoint reference" ; inv:toConcept . dct:description "Defines a reusable kind of system or system part, including features that usages of that kind can have." ; rdf:type inv:ConceptProfile ; inv:caveat "Instance-level composition is governed by usages and their context, rather than by the outline of the definition box." ; inv:concept ; inv:evidence , ; inv:evidenceStatus inv:EditorialSummary ; inv:hasExample ; inv:hasNotation ; inv:hasRelationship , ; inv:learningPoint "A definition is a classifier; a part usage is a feature in context. They retain different metaclass identities.", "Declaring a nested definition introduces a scoped kind. It does not by itself declare a part usage.", "Properties of this metaclass describe the language definition, rather than arbitrary attributes such as a modeled wheel diameter." ; inv:profilePage "concepts/part-definition.md" ; inv:profileStatus inv:DraftSourceChecked . dct:description "Part usages can use the kind introduced by a part definition." ; rdf:type inv:ConceptRelationship ; inv:condition "Typing is distinct from model ownership; many usages can share the same definition." ; inv:evidence ; inv:evidenceStatus inv:EditorialSummary ; inv:fromConcept ; inv:relationKind "usage of a kind" ; inv:toConcept . dct:description "A part definition can declare port usages as features." ; rdf:type inv:ConceptRelationship ; inv:condition "Port definitions determine permitted port typing; the enclosing declaration is not a substitute for that type." ; inv:evidence ; inv:evidenceStatus inv:EditorialSummary ; inv:fromConcept ; inv:relationKind "declared feature" ; inv:toConcept . dct:description "Describes a system or system part in a context. A definition describes its kind; multiple usages can share that kind." ; rdf:type inv:ConceptProfile ; inv:caveat "No exhaustive permission matrix or complete notation grammar is claimed.", "The examples have been checked against source notation, but no SysML parser or semantic engine was run." ; inv:concept ; inv:evidence , ; inv:evidenceStatus inv:EditorialSummary ; inv:hasExample ; inv:hasNotation ; inv:hasRelationship , , ; inv:learningPoint "A referential part remains a PartUsage. It is not converted into the metaclass ReferenceUsage just because its declaration contains ref.", "Owning a part declaration, featuring its values, and making those values composite are separate mechanisms.", "The declared partDefinition property has multiplicity 0..*. Class-level constraints still require at least one applicable PartDefinition typing; declaration cardinality alone is not the whole rule.", "The normalized defaults below describe metamodel fields. The multiplicity and composition of a part in a user model follow contextual SysML rules." ; inv:profilePage "concepts/part-usage.md" ; inv:profileStatus inv:DraftSourceChecked . dct:description "A part usage has applicable part-definition typing, explicit or supplied through its semantic specialization." ; rdf:type inv:ConceptRelationship ; inv:condition "Do not restrict every allowed explicit type to PartDefinition; the source also permits qualifying item definitions and kernel structures." ; inv:evidence ; inv:evidenceStatus inv:EditorialSummary ; inv:fromConcept ; inv:relationKind "typing" ; inv:toConcept . dct:description "A part usage can declare nested part usages as features in its context." ; rdf:type inv:ConceptRelationship ; inv:condition "Permitted examples do not establish that every nesting is valid; membership, featuring and composition constraints still apply." ; inv:evidence ; inv:evidenceStatus inv:EditorialSummary ; inv:fromConcept ; inv:relationKind "nested declaration" ; inv:toConcept . dct:description "Ports can be declared within a part usage or its defining type." ; rdf:type inv:ConceptRelationship ; inv:condition "The port typing and context-specific referentiality rules apply independently of the enclosing part." ; inv:evidence ; inv:evidenceStatus inv:EditorialSummary ; inv:fromConcept ; inv:relationKind "nested port" ; inv:toConcept . dct:description "Describes an interaction point in a structural context, typed by a port definition." ; rdf:type inv:ConceptProfile ; inv:caveat "The pinned XMI overview overgeneralizes referentiality; the profile preserves the nested-port qualification rather than silently applying that overview as an unconditional rule." ; inv:concept ; inv:evidence , ; inv:evidenceStatus inv:EditorialSummary ; inv:hasExample ; inv:hasNotation , ; inv:hasRelationship , , ; inv:learningPoint "A connection referencing a port does not by itself establish a flow or an executable transfer.", "A port usage can appear as a full node or as a small boundary glyph; its semantic identity is not determined by the drawing size.", "Only port definitions can type a port usage. Conjugated typing uses ~ and reverses in/out while preserving inout.", "The source overview and well-formedness constraints need to be read together: nested-port exceptions prevent an unconditional rule that every nested port value must be non-composite." ; inv:profilePage "concepts/port-usage.md" ; inv:profileStatus inv:DraftSourceChecked . dct:description "Port usages can be declared in part definitions." ; rdf:type inv:ConceptRelationship ; inv:condition "Type featuring, declaration ownership and referentiality remain separate questions." ; inv:evidence ; inv:evidenceStatus inv:EditorialSummary ; inv:fromConcept ; inv:relationKind "feature context" ; inv:toConcept . dct:description "Port usages can be nested in part usages." ; rdf:type inv:ConceptRelationship ; inv:condition "Nesting is contextual; a glyph placed on a boundary is not itself evidence of a new ownership rule." ; inv:evidence ; inv:evidenceStatus inv:EditorialSummary ; inv:fromConcept ; inv:relationKind "feature context" ; inv:toConcept . dct:description "A connection can reference a port feature as an end target." ; rdf:type inv:ConceptRelationship ; inv:condition "Preserve end roles and reference-subsetting relationships; do not infer flow semantics from the line." ; inv:evidence ; inv:evidenceStatus inv:EditorialSummary ; inv:fromConcept ; inv:relationKind "referenced endpoint" ; inv:toConcept . rdf:type inv:EvidenceLocation ; inv:pdfPage "100"^^xsd:integer ; inv:printedPage "68"^^xsd:integer ; inv:sourceArtifact ; inv:sourceLocator "§7.13.2 Connection Definitions and Usages" . rdf:type inv:EvidenceLocation ; inv:pdfPage "103"^^xsd:integer ; inv:printedPage "71"^^xsd:integer ; inv:sourceArtifact ; inv:sourceLocator "§7.13.2 binary connection shorthand", "§7.13.2" . rdf:type inv:EvidenceLocation ; inv:pdfPage "241"^^xsd:integer ; inv:printedPage "209"^^xsd:integer ; inv:sourceArtifact ; inv:sourceLocator "§8.2.3.11 Parts" . rdf:type inv:EvidenceLocation ; inv:pdfPage "242"^^xsd:integer ; inv:printedPage "210"^^xsd:integer ; inv:sourceArtifact ; inv:sourceLocator "§8.2.3.12 Ports" . rdf:type inv:EvidenceLocation ; inv:pdfPage "243"^^xsd:integer ; inv:printedPage "211"^^xsd:integer ; inv:sourceArtifact ; inv:sourceLocator "§8.2.3.12 Ports" . rdf:type inv:EvidenceLocation ; inv:pdfPage "244"^^xsd:integer ; inv:printedPage "212"^^xsd:integer ; inv:sourceArtifact ; inv:sourceLocator "§8.2.3.12 boundary-port alternatives" . rdf:type inv:EvidenceLocation ; inv:pdfPage "246"^^xsd:integer ; inv:printedPage "214"^^xsd:integer ; inv:sourceArtifact ; inv:sourceLocator "§8.2.3.12 restriction notes" . rdf:type inv:EvidenceLocation ; inv:pdfPage "247"^^xsd:integer ; inv:printedPage "215"^^xsd:integer ; inv:sourceArtifact ; inv:sourceLocator "§8.2.3.13 Connections" . rdf:type inv:EvidenceLocation ; inv:pdfPage "248"^^xsd:integer ; inv:printedPage "216"^^xsd:integer ; inv:sourceArtifact ; inv:sourceLocator "§8.2.3.13 Connections" . rdf:type inv:EvidenceLocation ; inv:pdfPage "321"^^xsd:integer ; inv:printedPage "289"^^xsd:integer ; inv:sourceArtifact ; inv:sourceLocator "§8.3.11.2 PartDefinition", "§8.3.11.3 PartUsage" . rdf:type inv:EvidenceLocation ; inv:pdfPage "327"^^xsd:integer ; inv:printedPage "295"^^xsd:integer ; inv:sourceArtifact ; inv:sourceLocator "§8.3.12.6 PortUsage" . rdf:type inv:EvidenceLocation ; inv:pdfPage "330"^^xsd:integer ; inv:printedPage "298"^^xsd:integer ; inv:sourceArtifact ; inv:sourceLocator "§8.3.13.4 ConnectionUsage", "§8.3.13.4" . rdf:type inv:EvidenceLocation ; inv:pdfPage "72"^^xsd:integer ; inv:printedPage "40"^^xsd:integer ; inv:sourceArtifact ; inv:sourceLocator "§7.6.3 Usages" . rdf:type inv:EvidenceLocation ; inv:pdfPage "73"^^xsd:integer ; inv:printedPage "41"^^xsd:integer ; inv:sourceArtifact ; inv:sourceLocator "§7.6.3" . rdf:type inv:EvidenceLocation ; inv:pdfPage "90"^^xsd:integer ; inv:printedPage "58"^^xsd:integer ; inv:sourceArtifact ; inv:sourceLocator "§7.11 Parts", "§7.11.1 Parts Overview" . rdf:type inv:EvidenceLocation ; inv:pdfPage "93"^^xsd:integer ; inv:printedPage "61"^^xsd:integer ; inv:sourceArtifact ; inv:sourceLocator "§7.11.2 Part Definitions and Usages", "§7.11.2" . rdf:type inv:EvidenceLocation ; inv:pdfPage "95"^^xsd:integer ; inv:printedPage "63"^^xsd:integer ; inv:sourceArtifact ; inv:sourceLocator "§7.12.2–3 Port Definitions and Usages", "§7.12.2–3" .