(Entity["Foster graph 434A", Entity["Graph","Foster434A"], "Entity[\"Graph\", \"Foster434A\"]", "graph"])(Entity["octahedral graph", Entity["Graph","OctahedralGraph"], "Entity[\"Graph\", \"OctahedralGraph\"]", "graph"])(Entity["self-dual graph 1", Entity["Graph","SelfDualGraph1"], "Entity[\"Graph\", \"SelfDualGraph1\"]", "graph"])(Entity["Sylvester graph", Entity["Graph","SylvesterGraph"], "Entity[\"Graph\", \"SylvesterGraph\"]", "graph"])(Entity["(3,4)-cone graph", Entity["Graph",{"Cone",{3,4}}], "Entity[\"Graph\", {\"Cone\", {3, 4}}]", "graph"])(Entity["(2,7)-Dutch windmill graph", Entity["Graph",{"DutchWindmill",{2,7}}], "Entity[\"Graph\", {\"DutchWindmill\", {2, 7}}]", "graph"])(Entity["(10,4)-generalized Petersen graph", Entity["Graph",{"GeneralizedPetersen",{10,4}}], "Entity[\"Graph\", {\"GeneralizedPetersen\", {10, 4}}]", "graph"])(Entity["heptahedral graph 6", Entity["Graph",{"Heptahedral",6}], "Entity[\"Graph\", {\"Heptahedral\", 6}]", "graph"])(Entity["heptahedral graph 29", Entity["Graph",{"Heptahedral",29}], "Entity[\"Graph\", {\"Heptahedral\", 29}]", "graph"])(Entity["11-Mycielski graph", Entity["Graph",{"Mycielski",11}], "Entity[\"Graph\", {\"Mycielski\", 11}]", "graph"])…

(EntityClass["Celmins-Swart snarks", EntityClass["Graph","CelminsSwartSnarks"], "EntityClass[\"Graph\", \"CelminsSwartSnarks\"]", "graphs"])(EntityClass["Ellingham-Horton graphs", EntityClass["Graph","EllinghamHortonGraphs"], "EntityClass[\"Graph\", \"EllinghamHortonGraphs\"]", "graphs"])(EntityClass["Grinberg graphs", EntityClass["Graph","GrinbergGraphs"], "EntityClass[\"Graph\", \"GrinbergGraphs\"]", "graphs"])(EntityClass["Grünbaum graphs", EntityClass["Graph","GruenbaumGraphs"], "EntityClass[\"Graph\", \"GruenbaumGraphs\"]", "graphs"])(EntityClass["Horton graphs", EntityClass["Graph","HortonGraphs"], "EntityClass[\"Graph\", \"HortonGraphs\"]", "graphs"])(EntityClass["Lindgren-Sousselier graphs", EntityClass["Graph","LindgrenSousselierGraphs"], "EntityClass[\"Graph\", \"LindgrenSousselierGraphs\"]", "graphs"])(EntityClass["Royle graphs", EntityClass["Graph","RoyleGraphs"], "EntityClass[\"Graph\", \"RoyleGraphs\"]", "graphs"])(EntityClass["simple graphs", EntityClass["Graph","Simple"], "EntityClass[\"Graph\", \"Simple\"]", "graphs"])(EntityClass["Thomassen graphs", EntityClass["Graph","ThomassenGraphs"], "EntityClass[\"Graph\", \"ThomassenGraphs\"]", "graphs"])(EntityClass["Zamfirescu graphs", EntityClass["Graph","ZamfirescuGraphs"], "EntityClass[\"Graph\", \"ZamfirescuGraphs\"]", "graphs"])…

(StringTypeLink["Graph", paclet:ref/entity/Graph]) entities include particular named simple graphs as well as members of parametrized families.

(StringTypeLink["Graph", paclet:ref/entity/Graph]) entity classes include common mathematical types of graphs, such as "Complete", "Cyclic" and "Planar", together with the negations of some of these.

Mathematical properties are available for most (StringTypeLink["Graph", paclet:ref/entity/Graph]) entities if they are concisely representable and either well known or straightforward to compute. For size reasons, (StringTypeLink["Graph", paclet:ref/entity/Graph]) entities of given types generally are complete only up to type-dependent vertex count or parameter value. Properties for some parametrized (StringTypeLink["Graph", paclet:ref/entity/Graph]) entities are available for symbolic parameters.

Some properties are available for the (StringTypeLink["Graph", paclet:ref/entity/Graph]) entity type as a whole and can be given using the form (RefLink[EntityValue, paclet:ref/EntityValue])[(StringTypeLink["Graph", paclet:ref/entity/Graph]),property]. Such properties include:

The following annotations can be used in the third argument of (RefLink[EntityValue, paclet:ref/EntityValue])[(StringTypeLink["Graph", paclet:ref/entity/Graph]),property,annotation]:

The following annotations can be used in the second argument of (RefLink[EntityValue, paclet:ref/EntityValue])[property,annotation]:

A qualifier value of (RefLink[Automatic, paclet:ref/Automatic]) indicates that an applicable format of values can be used; e.g. for the "Date" qualifier, this includes a proper date or date span.

OpenersPrimaryExamplesSection(Spacer1)Examples  (3)

OpenersExampleSection0(Spacer1)Basic Examples  (3)

Use (Key1[ctrl, ==]) for entity discovery:

LinguisticAssistant

Find a property value for an entity:

(Entity["Coxeter graph", Entity["Graph","CoxeterGraph"], "Entity[\"Graph\", \"CoxeterGraph\"]", "graph"])["AdjacencyMatrix"]

Retrieve a dataset of all available properties for an entity:

LinguisticAssistant["Dataset"]

({{DocumentationFooterIconsRelatedFunction.png, ({{See Also}, {Related Entity Types:  (RefLink[Knot, paclet:ref/entity/Knot])  ▪  (RefLink[FiniteGroup, paclet:ref/entity/FiniteGroup])  ▪  (RefLink[Lattice, paclet:ref/entity/Lattice])  ▪  (RefLink[LatticeSystem, paclet:ref/entity/LatticeSystem])  ▪  (RefLink[IntegerSequence, paclet:ref/entity/IntegerSequence])}, {Related Interpreter Types:  (RefLink[Graph, paclet:ref/interpreter/Graph])  ▪  (RefLink[GraphClass, paclet:ref/interpreter/GraphClass])  ▪  (RefLink[ComputedGraph, paclet:ref/interpreter/ComputedGraph])}})}})

({{DocumentationFooterIconsRelatedGuide.png, ({{Related Guides}, {▪(RefLinkPlain[Entity Types, paclet:guide/EntityTypes])}})}})