Download

Arageli package contains the following components: the library sources, set of tests sources, a test system sources for the library, the documentation sources and an environment to build all of them.  Note, the original package doesn't contain built documentation or any executables.  But you can download some built parts of the library separatly on this page.  You can also read the documentation online instead downloading.

All archives on this page are ZIP archives.  Use ZIP to unpack them.

Latest Release 2006-08-31   Arageli 2.2.1.191 prealpha

It is not usual released version.  Some parts of the library are incompleted, not all implemented things are documented, even some tests can be failed.  But this version intended to use by external users.  And again, be carefull, it's unstable!  Read readme.txt file in root directory after downloading.

• Arageli 2.2.1.191 Package
• Arageli 2.2.1.191 Only Documentation

Also some library binaries (arageli.lib) for Windows X86 Machines are availible:

• Arageli library binary file 2.2.1.191 (debug multithreaded)
• Arageli library binary file 2.2.1.191 (release multithreaded)
• Arageli library binary file 2.2.1.191 (debug singlethreaded)
• Arageli library binary file 2.2.1.191 (release singlethreaded)

All of them have been built with Visual C++ 2003 .Net (MSDNAA License). You can just link one of them with your program.

Currently we are going to ship a new prealpha version 2.2.8 that is available via our SVN repository only (see the next section).

Current Development

If you'd like to use the currently developed version of the library, visit the repository https://arageli.svn.sourceforge.net/svnroot/arageli/trunk.  It is SubVersion repository; you can also access it with SVN client (we use http://tortoisesvn.tigris.org).

Older Versions

Each of the following packages includes already built documentation.

• Arageli 2.0 beta
• Arageli 1.1.1
• Arageli 1.1
• Arageli 1.0

If you are interested in Pascal library for arbitary precision arithmetic you can also try Nikolai's old Borland Pascal 7.0 unlimited-precision arithmetic package.