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Mathematica > Mathematics and Algorithms > Graphs & Networks > Constructing Graphs > Graphs and Matrices >
Mathematica > Mathematics and Algorithms > Graphs & Networks > Graph Representation and Properties > Graphs and Matrices >
Mathematica > Visualization and Graphics > Graphs & Networks > Constructing Graphs > Graphs and Matrices >
Graphs and Matrices
Matrix representations of graphs go back a long time and are still in some areas the only way to represent graphs. Adjacency matrices represent adjacent vertices and incidence matrix vertex-edge incidences. Both are fully capable of representing undirected and directed graphs. Matrix representations provide a bridge to linear algebra-based algorithms for graph computation.
Matrix Graph Constructors
AdjacencyGraph graph from an adjacency matrix
IncidenceGraph graph from an incidence matrix
Matrix Graph Representations
AdjacencyMatrix vertex-vertex adjacency matrix
IncidenceMatrix vertex-edge incidence matrix
SparseArray create and represent a sparse matrix
Normal  ▪ MatrixPlot  ▪ ...
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