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Test Graphviz

January 05, 2019
 demo test graphviz

Test

remark-draw

graphviz

Examples taken from the DOT pocket reference

Example 1: Simple Graph

%3 a a b b a--b c c a--c b--c d d d--c e e e--a e--c

Example 2: K6

%3 a a b b a--b c c a--c d d a--d e e a--e f f a--f b--c b--d b--e b--f c--d c--e c--f d--e d--f e--f

Example 3: Simple Digraph

%3 a a b b a->b c c b->c d d c->d d->a

Example 4: Full Digraph

%3 a a b b a->b 0.2 c c a->c 0.4 c->b 0.6 e e c->e 0.6 e->b 0.7 e->e 0.1

Example 5: Showing A Path

%3 a a b b a--b d d a--d c c b--c b--d c--d f f c--f e e d--e e--f

Note that there's also a shorthand method as follows:

%3 a a b b a--b d d a--d b--d c c b--c d--c e e d--e f f c--f e--f

Example 6: Subgraphs

Please note there are some quirks here, First the name of the subgraphs are important, to be visually separated they must be prefixed with cluster_ as shown below, and second only the DOT and FDP layout methods seem to support subgraphs (See the graph generation page for more information on the layout methods)

%3 cluster_0 Subgraph A cluster_1 Subgraph B a a b b a->b f f a->f c c b->c d d c->d f->c

Another Example of a Subgraph, In this example I group nodes together separately from their edges, And also uses the graph attribute splines=line; to specify that edges should be drawn only as straight lines, no curves allowed.

%3 cluster_0 Subgraph A cluster_1 Subgraph B a a d d a--d e e a--e b b b--d b--e c c c--d c--e

Example 7: Large Graphs

To make it easier to input large graph descriptions, One may group edges together with a set of braces, It may also help to lay the graph out left to right instead of top to bottom.

%3 a a b b a--b c c a--c d d a--d b--c e e b--e c--e f f c--f d--f g g d--g h h e--h f--g f--h i i f--i j j f--j k k g--k o o h--o l l h--l i--j i--l m m i--m j--k j--m n n j--n k--n r r k--r p p o--p s s o--s l--o l--m m--o m--n m--p n--r q q n--q t t r--t p--q p--s p--t q--r q--t z z s--z t--z

Another feature that can make large graphs manageable is to group nodes together at the same rank, the graph above for example is copied from a specific assignment, but doesn't look the same because of how the nodes are shifted around to fit in a more space optimal, but less visually simple way. We can make it look much more similar by grouping the nodes together for display as is done in the assignment with rank, as follows

%3 a a b b a--b c c a--c d d a--d b--c e e b--e c--e f f c--f d--f g g d--g h h e--h f--g f--h i i f--i j j f--j k k g--k o o h--o l l h--l i--j i--l m m i--m j--k j--m n n j--n k--n r r k--r p p o--p s s o--s l--o l--m m--o m--n m--p n--r q q n--q t t r--t p--q p--s p--t q--r q--t z z s--z t--z