System Requirements

AGD is based on LEDA, the Library of Efficient Data Types and Algorithms. More information about LEDA is available at the LEDA homepage

http://leda.algorithmic-solutions.com/

AGD also provides optimal branch-and-cut algorithms in a separate library libAGDopt. This library is not delivered with the commercial version by default, since using this library requires that ABACUS [JT97] (version 2.3) is installed on your system. Additionally, ABACUS requires an LP-solver (Cplex, SoPlex or Xpress). More information about ABACUS is available at

http://www.oreas.de/

If you want to obtain libAGDopt, please contact
agd@algorithmic-solutions.com

AGD is distributed as source code package and as object code package for the platforms shown in the following table.

Platforms
Machine	Operating System	Compiler
SUN Sparc	SunOS, Solaris	SunPRO CC5.1, CC5.2 (Forte 6)
		g++-2.95, g++-3.0.1, KAI C++ 4.0
Silicon Graphics	IRIX	CC, g++-2.95
Silicon Graphics	IRIX64	CC
Hewlett Packard	HP-UX	aCC, g++-2.95
DEC	OSF	cxx, g++-2.95
DEC	Linux	g++-2.95
IBM	AIX	xlC
80x86	Linux	g++-2.91, g++-2.95, g++-2.96,
		g++-3.0.1, KAI C++ 4.0
80x86	Solaris	g++-2.95, g++-3.0.1
80x86	Windows 95/98/2000/NT	Borland 5.4, 5.5
	DLLs and libs	Microsoft Visual C++ 5.0, 6.0

If the platform you're using is not listed here, please contact
agd@algorithmic-solutions.com.

Notice: Starting from AGD version 1.2, the commercial version of AGD is integrated in a LEDA package. The following procedures therefore are an extension of the corresponding parts of the LEDA Manual.

Section Installation describes how to compile the LEDA libraries and the AGD library in the source code package for Unix and Microsoft Windows. Section UnixObjectCodePackage and Section Windows Object Code Package describe the installation and usage of the object code packages for Unix and Windows, respectively.