Graphvix (graphvix v1.1.0)
Graphvix provides an Elixir interface to Graphviz
notation.
With Graphvix you can iteratively construct directed graphs, save them to
disk in .dot format, and print them.
create-a-new-graph
Create a new graph
iex> graph = Graph.new(edge: [style: "dotted"])
add-vertices
Add vertices
iex> {graph, v1} = Graph.add_vertex(graph, "first vertex", color: "blue")
iex> {graph, v2} = Graph.add_vertex(graph, "second vertex", color: "red")
iex> {graph, v3} = Graph.add_vertex(graph, "hello", shape: "square")
add-vertices-with-nested-record-structure
Add vertices with nested record structure
iex> record = Graphvix.Record.new(row(["a", {"port_b", "b"}, col(["c", "d", "e"])]))
iex> {graph, v4} = Graph.add_record(graph, record)
add-vertices-with-html-style-tables
Add vertices with HTML-style tables
iex> html_record = Graphvix.HTMLRecord.new([tr([td("a", port: "port_a", colspan: 2)]), tr([td("b"), td(["c", br(), "d"])])])
iex> {graph, v5} = Graph.add_record(graph, html_record)
group-vertices-into-subgraphs-and-clusters
Group vertices into subgraphs and clusters
iex> {graph, cluster1} = Graph.add_cluster(graph, [v1, v3, v5], style: "filled")
connect-vertices-and-their-ports-with-edges
Connect vertices and their ports with edges
iex> {graph, e1} = Graph.add_edge(graph, v1, v2)
iex> {graph, e2} = Graph.add_edge(graph, v1, {v4, "port_b"})
iex> {graph, e3} = Graph.add_edge(graph, {v5, "port_a"}, v3, color: "red")
write-the-graph-to-a-dot-file-on-your-local-filesystem
Write the graph to a .dot file on your local filesystem
iex> Graph.write(graph, "my_graph") #=> Creates `my_graph.dot`See the Graphvix.Graph documentation for more detailed usage examples.