  Browsing Interface : Welcome guest : log in [  Home |  Graph |  ]  KB:  SUMO Language:  ChineseLanguageChinesePinyinWritingChineseSimplifiedWritingChineseTraditionalLanguageEnglishLanguageFrenchLanguageGermanLanguageJapaneseLanguageSpanishLanguageSwedishLanguage   Formal Language:  OWLSUO-KIFTPTPtraditionalLogic

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Sigma KEE - Graph
 Graph(graph)  Cartesian_coordinate_system, bus, bus_topology, coordinate_system, exponential_curve, frame_of_reference, inertial_frame, inertial_reference_frame, logical_topology, loop, loop_topology, mesh, mesh_topology, physical_topology, profile, reference_frame, reference_system, star, star_topology

 appearance as argument number 1 (documentation Graph ChineseLanguage "这是图的 Class，我们可以把图理解成一组由 GraphArc 联系 的 GraphNode。注：这个 Class 只包括连通图，即是两个 GraphNode 之间有一个 GraphPath 的图， 也要注意的是每一个 Graph 需要拥有起码两个 GraphArc 和三个 GraphNode。") chinese_format.kif 2323-2325 (documentation Graph EnglishLanguage "The Class of graphs, where a graph is understood to be a set of GraphNodes connected by GraphArcs. Note that this Class includes only connected graphs, i.e. graphs in which there is a GraphPath between any two GraphNodes. Note too that every Graph is required to contain at least two GraphArcs and three GraphNodes.") Merge.kif 5524-5528 (externalImage Graph "http://upload.wikimedia.org/wikipedia/commons/thumb/ 3/ 33/ Cubicpoly.svg/ 255px-Cubicpoly.svg.png") pictureList.kif 1125-1125 (subclass Graph Proposition) Merge.kif 5522-5522 Graph is a subclass of proposition

 appearance as argument number 2 (subclass DirectedGraph Graph) Merge.kif 5568-5568 Directed graph is a subclass of graph (subclass MultiGraph Graph) Merge.kif 5669-5669 Multi graph is a subclass of graph (subclass PseudoGraph Graph) Merge.kif 5699-5699 Pseudo graph is a subclass of graph (termFormat ChineseLanguage Graph "图") chinese_format.kif 933-933 (termFormat EnglishLanguage Graph "graph") english_format.kif 1073-1073

 appearance as argument number 3 (domain CutSetFn 1 Graph) Merge.kif 5975-5975 The number 1 argument of cut set is an instance of graph (domain MinimalCutSetFn 1 Graph) Merge.kif 5983-5983 The number 1 argument of minimal cut set is an instance of graph (domain graphMeasure 1 Graph) Merge.kif 6053-6053 The number 1 argument of graphMeasure is an instance of graph (domain graphPart 2 Graph) Merge.kif 5787-5787 The number 2 argument of graph part is an instance of graph (domain subGraph 1 Graph) Merge.kif 5796-5796 The number 1 argument of sub graph is an instance of graph (domain subGraph 2 Graph) Merge.kif 5797-5797 The number 2 argument of sub graph is an instance of graph

 antecedent (=>     (and         (instance ?GRAPH Graph)         (instance ?NODE1 GraphNode)         (instance ?NODE2 GraphNode)         (graphPart ?NODE1 ?GRAPH)         (graphPart ?NODE2 ?GRAPH)         (not             (equal ?NODE1 ?NODE2)))     (exists (?ARC ?PATH)         (or             (links ?NODE1 ?NODE2 ?ARC)             (and                 (subGraph ?PATH ?GRAPH)                 (instance ?PATH GraphPath)                 (or                     (and                         (equal                             (BeginNodeFn ?PATH) ?NODE1)                         (equal                             (EndNodeFn ?PATH) ?NODE2))                     (and                         (equal                             (BeginNodeFn ?PATH) ?NODE2)                         (equal                             (EndNodeFn ?PATH) ?NODE1))))))) Merge.kif 5530-5550 If a graph is an instance of graph and a graph node is an instance of graph node and another graph node is an instance of graph node and the graph node is a part of the graph and the other graph node is a part of the graph and the graph node is not equal to the other graph node,then there exist a graph arc and a graph path such that the graph arc links the graph node and the other graph node or the graph path is a subgraph of the graph and the graph path is an instance of graph path and the beginning of the graph path is equal to the graph node and the end of the graph path is equal to the other graph node or the beginning of the graph path is equal to the other graph node and the end of the graph path is equal to the graph node (=>     (instance ?GRAPH Graph)     (exists (?NODE1 ?NODE2 ?NODE3 ?ARC1 ?ARC2)         (and             (graphPart ?NODE1 ?GRAPH)             (graphPart ?NODE2 ?GRAPH)             (graphPart ?NODE3 ?GRAPH)             (graphPart ?ARC1 ?GRAPH)             (graphPart ?ARC2 ?GRAPH)             (links ?NODE1 ?NODE2 ?ARC1)             (links ?NODE2 ?NODE3 ?ARC2)             (not                 (equal ?NODE1 ?NODE2))             (not                 (equal ?NODE2 ?NODE3))             (not                 (equal ?NODE1 ?NODE3))             (not                 (equal ?ARC1 ?ARC2))))) Merge.kif 5552-5566 If a graph is an instance of graph,then there exist a graph node, another graph node,, , a third graph node,, , a graph arc and another graph arc such that the graph node is a part of the graph and the other graph node is a part of the graph and the third graph node is a part of the graph and the graph arc is a part of the graph and the other graph arc is a part of the graph and the graph arc links the graph node and the other graph node and the other graph arc links the other graph node and the third graph node and the graph node is not equal to the other graph node and the other graph node is not equal to the third graph node and the graph node is not equal to the third graph node and the graph arc is not equal to the other graph arc (=>     (instance ?GRAPH Graph)     (subclass         (MinimalCutSetFn ?GRAPH)         (CutSetFn ?GRAPH))) Merge.kif 5991-5993 If a graph is an instance of graph,then the set of minimal paths that partition the graph into two separate graphs is a subclass of the set of paths that partition the graph into two separate graphs

 consequent (=>     (instance ?PART GraphElement)     (exists (?GRAPH)         (and             (instance ?GRAPH Graph)             (graphPart ?PART ?GRAPH)))) Merge.kif 5723-5728 If a graph element is an instance of graph element,then there exists a graph such that the graph is an instance of graph and the graph element is a part of the graph (=>     (instance ?TS TransitSystem)     (exists (?G)         (and             (instance ?G Graph)             (abstractCounterpart ?G ?TS)))) Transportation.kif 2846-2851 If a physical is an instance of transit system,then there exists an abstract such that the abstract is an instance of graph and the abstract counterpart of the physical is the abstract Show full definition with tree view
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