SetVertexLabels (Combinatorica Package Symbol)

SetVertexLabels[g, l] assigns the labels in l to vertices of g.

ShowGraphArray (Combinatorica Package Symbol)

ShowGraphArray[{g_1, g_2, ...}] displays a row of graphs. ShowGraphArray[{{g_1, ...}, {g_2, ...}, \ ...}] displays a two-dimensional table of graphs.

Strings (Combinatorica Package Symbol)

Strings[l, n] constructs all possible combinatorial strings of length n from the elements of list l.

SymmetricQ (Combinatorica Package Symbol)

SymmetricQ[r] tests if a given square matrix r represents a symmetric relation. SymmetricQ[g] tests if the edges of a given graph represent a symmetric relation.

TransitiveClosure (Combinatorica Package Symbol)

TransitiveClosure[g] finds the transitive closure of graph g, the supergraph of g that contains edge {x, y} if and only if there is a path from x to y.

VertexConnectivity (Combinatorica Package Symbol)

VertexConnectivity[g] gives the minimum number of vertices whose deletion from graph g disconnects it. VertexConnectivity[g, Cut] gives a set of vertices of minimum size ...

VertexLabel (Combinatorica Package Symbol)

VertexLabel is an option that can take on values True or False, allowing the user to set and display vertex labels.

Vertices (Combinatorica Package Symbol)

Vertices[g] gives the coordinates of each vertex of graph g embedded in a plane.Vertices[g, All] gives the embedding of the graph along with graphics options associated with ...

LabelPoints (Computational Geometry Package Symbol)

LabelPoints is an option to DiagramPlot and PlanarGraphPlot that specifies whether to label points according to their position in the input list.

ExponentRange (Computer Arithmetic Package Symbol)

ExponentRange is an option to SetArithmetic that specifies the range of exponents that are to be allowed.