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ALGLIB aims to be one of the most portable numerical analysis libraries. There is no reason it shouldn't work under any platform which is at least 32-bit and supports IEEE-compatible double precision floating point operations. However, ALGLIB was tested only with a limited number of platforms/compilers (see below). If your OS/CPU/compiler is not in the list, you still may compile ALGLIB and manually execute tests.
OK
Minor issues
Major issues
Not tested yet, planned in the near future
Nonexistent combination of CPU/OS/compiler
| *nix world | |||||||
| Language/compiler | Linux | Solaris | |||||
| x86 | x86_64 | SPARC V9* | C++ | GCC | |||
| Sun Studio | |||||||
| C# | Mono | ||||||
| FreePascal | FPC | ||||||
| MPFR | GCC | not tested | |||||
* Access to server with SPARC CPU was given by Sage project (www.sagemath.org).
| Windows world | |||
| Language/compiler | Windows | ||
| x86 | x86_64 | ||
| C++ | MSVC | ||
| MinGW | |||
| MinGW-W64 | |||
| Cygwin | |||
| C# | MS C# | ||
| Mono | |||
| FreePascal | FPC | major issues* | |
| Delphi | DCC32 | ||
| VBA | VBA | ||
* Compiler bug. FreePascal Compiler for Win64 includes standard library which loses precision for Exp() and, possibly, another functions, which causes ALGLIB to fail tests.
This article is intended for personal use only.
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ALGLIB® - numerical analysis library, 1999-2012. |