     
> aisee
Starts aiSee¹.

> aisee helloworld.gdl
Starts aiSee¹ with the file helloworld.gdl.

> aisee -multi hello.gdl world.gdl how_are_you.gdl
Starts aiSee¹ with a sequence of graph specifications. First, the graph
hello.gdl is visualized and displayed. To see the next graph in
the sequence, select File>Next File. Wildcards may be
used, too:
> aisee -multi *.gdl

> aisee -fast huge_graph.gdl
The fastest layout mode is switched on¹. See graph layout FAQs.

> aisee -d tree avl.gdl
The tree algorithm is used to lay out the graph¹ (see
tree layout). For a list of all
available algorithms, see the corresponding GDL graph attribute
layout_algorithm.

> aisee -color -svgoutput humpty.svg dumpty.gdl
A file named humpty.svg containing a color picture of the graph
is written in SVG format. Interactive displaying of the graph is turned off ².

> aisee -split 25 -paper 11x17 -psoutput puzzle.ps jigsaw.gdl
A file named puzzle.ps containing a black and white picture of the
graph split into 25 tabloid pages is written in PostScript
format. Interactive displaying of the graph is turned off ².

> aisee -gdloutput beauty.gdl -ignoresingles chaos.gdl
The input graph is laid out and saved in GDL format. All visible nodes
of the graph are annotated by the calculated coordinates. Most information about
folded subgraphs is lost. All nodes of the upper-level graph which would
appear singly are deleted from the graph specification. This applies to
normal nodes, summary nodes, and boxed subgraphs. Interactive displaying of the
graph is turned off².

> aisee -
The input GDL specification comes from stdin instead of a file¹.

> aisee -gdloutput - input.gdl
The output GDL specification is written to stdout instead of a file (Unix only)².

> aisee -gdloutput - -
The data is piped through aiSee (Unix only)².

> echo 'graph: { node: {title:"Hello\nWorld!"} }'
| aisee -pngoutput hello.png -scale 100 -tm 0px -lm 0px -
Produces the following image (Unix only):



» Next: Index
» Prev: Command line options W-Y
|