release 1.1

LocaleLib is a C library developed to translate the applications in some languages implementing the Locale Technology of AmigaOS. This method allows to translate the langauge strings without recompile the source code. A simply translation of a template text file and a conversion with an included utility is needed.

Included in this package:

• Percompiled libraries (static and dynamic) for Win32 (locale.dll), Irix and Linux.
• Sources and makefiles.
• A simple example.
• Documanetation.
• FlexCat catalog compiler.

System requirements:

• Operating system: Windows 9x/ME/NT/2000, SGI Irix, Linux, other Unix-like.
• A developer's kit to build C applications.
• About 1 Mb of free disk space.

Click here to begin the download (~326 Kb)

release 4.0

A molecular dynamics program to simulate solvated biomolecules

ORAC is a program for running classical simulations of biomolecules. Simulations can be carried out in the NVE, NPT, NHP, and NVT thermodynamic ensembles. The integration of the equations of motion in any ensemble can be carried out with the r-RESPA multiple time step integrator (Tuckermann et al., JCP 97 1990-2001 (1992)) and electrostatic interactions can be handled with the Smooth Particle Mesh Ewald method (T. Darden and coworkers JCP 98 10089 (1993) and JPC 101 8577 (1995)).
The ORAC program has been written and is mantained by Massimo Marchi (CEA Saclay, Paris FR) and P. Procacci (Dip. Chimica, Florence University I) . For more information, click here.

This is the Win32 porting of the original Orac 4.0 package. Intel Pentium 4 and AMD Athlon/Duron program versions are included.

System requirements:

• Pentium class CPU.
• Microsoft Windows 9x/ME/NT/2000/XP operating system.
• Adobe Acrobat Reader 3.0 or better.
• ~33 Mb of disk space for the installation.
• 128 Mb of ram.

Click here to begin the download (~2.9 Mb)

release 1.4

WinDD is the graphic interface of the Data De/compressor Engine implemented in VEGA package. This tool is able to unpack files in multiple formats (BZip2, GZip, PowerPacker and Z-compress). System requirements: Windows 9x/ME/NT/2000. Pentium class CPU. Click here to begin the download (~830 Kb)

This is the AmigaDOS porting of the  MoPac 5.00, the molecular orbital semi-empirical package originally developed by James J. P. Stewart for Unix systems. The archive contain executables, sources (C and Fortran77) and link libreries optimized for 020/881, 030/881 and 040.

System requirements:

• AmigaDos 2.04.
• CPU 68020 or better.
• FPU 68881 or better.
• A very large amount of fast ram (8-16 Mb) or a virtual memory manger (e.g. VMM V3.1).
• At least the release 41 of Ixemul.library.
• About 4 Mb of free disk space.

Click here to begin the download (~1.7 Mb)

This is the AmigaDOS porting of the program called PREDATOR developed by Dmitrij Frishman & Patrick Argos for UNIX, MS-DOS and MacOS systems. This software is useful to predict the protein secondary structure starting from the aminoacidic sequence.
The archive include executables (optimized for 68000, 68020, 68020/68881 and 68040 systems), all C sources, and a mini interface for Workbench users.

System requirements:

• AmigaDOS 2.04 or better.
• CPU 68000 or better.
• FPU not required but strongly raccomanded.
• About 2 Mb of RAM (but this is in function of database dimensions used in the secondary structure prediction).
• At least the release 41 of ixemul.library (included the 68000 version).
• At least the release 37 of reqtools.library (included).
• About 1 Mb of free disk space (with sources).

Click here to begin the download (~518 Kb)

This Fortran77 library was developed to simplify strings handling and i/o parsing operation. In Fortan the read operation of free format files (like C files) is not very easy, because this language requires fields with formatted position. On the other hand, the native Fortran77 does'nt have directed functions to manage the strings also for simpliest operations. In this library, you can find functions & routines to read also the free format files and handle the strings.

Click here to begin the download (~5 Kb)