Announce: aiSee Graph Layout Software -- Release 2.1.97

"Alexander A. Evstyugov-Babaev" <alex@absint.com>
28 Jun 2004 19:58:43 -0400

          From comp.compilers

Related articles
Announce: aiSee Graph Layout Software -- Release 2.1.97 alex@absint.com (Alexander A. Evstyugov-Babaev) (2004-06-28)
| List of all articles for this month |

From: "Alexander A. Evstyugov-Babaev" <alex@absint.com>
Newsgroups: comp.compilers
Date: 28 Jun 2004 19:58:43 -0400
Organization: AbsInt (http://www.absint.com)
Keywords: tools, available, visual
Posted-Date: 28 Jun 2004 19:58:43 EDT

About aiSee
===========
When working with any kind of complex relational data, visualization
provides for much better and faster understanding. aiSee was developed
to visualize the internal data structures typically found in compilers.
Today it is widely used in many different areas:


- Software development (control flow graphs, call graphs, PERT charts)
- Database management (entity relationship diagrams)
- Hardware design (circuit diagrams, networks)
- Genealogy (family trees, evolution diagrams)
- Webmastering (site maps, P2P networks)


aiSee reads a textual, easy-to-read and easy-to-learn graph specification
and automatically calculates a customizable graph layout. This layout is
then displayed, and can be interactively explored, printed and exported
to various formats.


aiSee has been optimized to handle huge graphs automatically generated
by other applications (e.g. compilers). It is available for Windows,
Linux, Solaris, NetBSD and Mac OS X.


Example graphs: http://www.aiSee.com/gallery
Applications: http://www.aiSee.com/apps




Features
========
- Award-winning readability of calculated layouts.


- Fast layout calculation for huge graphs.


- Various graph layout methods, including force-directed
    layout and a specialized algorithm for layout of trees.


- Zooming of graphs and easy navigation.


- Recursive graph nesting and advanced graph hierarchy operations,
    including folding, unfolding, clustering and wrapping of subgraphs
    and user-specified connected regions.


- Animation of series of graphs and smooth transitions.


- Export of graphs to various formats, including SVG, PNG and
    colored Postscript (on multiple pages for large graphs).


- Commands, hyperlinks, JavaScript functionality and up to
    three additional information windows can be associated
    with each node/subgraph.


- PNG icon support.


- Fish-eye views.


- The input format GDL (Graph Description Language) provides for
    very natural textual data representation, and is also easy to
    learn. Human-readable GDL specifications can be automatically
    produced from all programming languages, enabling seamless
    integration of aiSee into existing tool chains. GDL syntax
    highlighting packages are freely available for many popular
    open source text editors.




Enhancements since last announce on comp.compilers include:
===========================================================
- Export of graphs to HTML (image maps).
- Improved algorithms for drawing edges, edge arrows and splines.
- Improved force-directed layout.
- Enhanced export to PS and SVG.
- Improved layout of nested and clustered subgraphs.
- Support for new GDL attributes and command-line parameters.
- Bugfixes.


For details, see http://www.aiSee.com/changelog




Free trial
==========
Visit http://www.aiSee.com/download for a 30-day trial version.


aiSee is available free of charge for non-commercial usage. The
price for a commercial license starts at EUR 395 (~US $470) and
drops from there (e.g. discounts for site licenses).




For more information
====================
AbsInt GmbH
Stuhlsatzenhausweg 69
66123 Saarbruecken, Germany


phone: +49 681 831 831 7
fax : +49 681 831 832 0
email: aiSee@AbsInt.com
Web : http://www.AbsInt.com
              http://www.aiSee.com


Product flyer: http://www.aiSee.com/aiSee.pdf (1.1MB)




About AbsInt
============
AbsInt provides sophisticated software products and advanced services
in the areas of compiler technology, static program analysis, worst-case
execution time prediction, and software visualization.


Post a followup to this message

Return to the comp.compilers page.
Search the comp.compilers archives again.