Free dassault falcon 7x software for linux

The Falcon project is an open firewall project with the intention of developing an independent firewall system. [COPYRIGHT-1]

Falcon consists of different modules:
Falcons own proxies (generic TCP-Proxy and application specific proxies)
Squid for web access and caching (modified package for Linux)
BIND-8 for nameservice (coming soon)
qmail for mail communication
OS hardening (coming later)

The concept behind Falcon is pretty simple. It consists of three main parts:

Self-written proxy applications and configure-/logging facilities. These are all
written in Perl.

Third party applications like BIND, Squid, Qmail.

Concepts/instructions/tools for hardening the OS you want to run Falcon on.

Some third party proxies maybe replaced by self-written ones in the future (its up to you

pittrainer provides a cockpit training environment for the Falcon 4 Allied Force simulation.
In order to run Pit Trainer, you will need to have the Java v1.4.2 (or later) runtime installed.
Enhancements:
- This version provides an interactive ICP/DED with tips for the various DED pages, an embedded Java runtime with the Windows installer, and a number of updates to existing tip text.

ARAnyM comes from Atari Running on Any Machine and is virtual machine software for running the Atari ST/TT/Falcon OS.
It is a virtual machine software for running the Atari ST/TT/Falcon operating systems (TOS, FreeMiNT, MagiC and others) and TOS/GEM applications on any kind of hardware - be it an IBM clone (read it as "PC", an Apple, an Unix server, a graphics workstation or even a portable computer.
We started this project to fill the demand of modern applications, games, demos and multimedia for higher CPU/graphics power. Quite frankly, you cant expect that 9-17 years old Atari hardware will replay fullscreen DivX movies, encode sound to Ogg Vorbis in real time or just compile a new FreeMiNT kernel or SDL game in a reasonable amount of time. Is that a reason to give up on Atari TOS/GEM altogether and switch to another platform/OS? No! ARAnyM is here to give you the much asked CPU speed, large amount of RAM, huge colourful graphics and anything else you need to keep running your favorite TOS/GEM applications.
We would like you to think about ARAnyM as about yet another TOS clone, similar to Medusa, Hades or Milan, but actually much cheaper and way more powerful. Our goal is to create a distribution installable from a floppy/CD that would turn any PC machine into full featured Atari power machine. If we were a hardware vendor we could even sell computers that would boot directly to TOS desktop! That could help all the remaining Atari users that wish to upgrade their aging machines.
Main features:
- MC68040 compatible CPU (including optional MMU!)
- MC68881 compatible FPU
- JIT Compiler for CPU and FPU (speeds up CPU+FPU up to 10x!)
- ST-RAM 14 MB
- Fast-RAM configurable 0-3824 MB
- Host accelerated fVDI graphics (large highcolor/truecolor resolutions)
- Access to Host OS filesystems using BetaDOS or MiNT native XFS driver
- Ethernet networking via host using MiNT-Net XIF driver
- TOS 4.x XBIOS compatible sound (16-bit 48 kHz stereo sound)
- Parallel port (bidirectional)
- MFP, IKBD, ACIA, VIDEL, BLITTER, FDC, IDE, DSP MC56001
Please note that most hardware emulation is there just to make TOS booting possible. It is not our goal to create an emulator of existing Atari machine. Dont expect that ill-designed applications will work as they would on original Atari machine. Still, our compatibility ratio is much much higher than any of the TOS clones achieved so far.
ARAnyM has been intended to run primarily on Linux/x86 but thanks to libSDL and effort of some ARAnyM team members it currently runs on the following platforms and operating systems:
- All 11 Debian GNU/Linux platforms
- MS Windows/x86 (Cygwin)
- NetBSD/x86
- OpenBSD/x86
- MacOS X/PPC
- Irix/SGI
- Solaris/Sun Sparc
- FreeMiNT/m68k (in progress)
- FreeBSD/x86 (in progress)
Please note that ARAnyM is tested and fully working on the Linux-ia32 only. Some of the other platforms/systems might not have all features enabled or might suffer from some bugs that are caused by limitations of the particular host operating system.
Enhancements:
- New release brings major speed up of the MMU version. FreeMiNT with MMU or Linux-m68k can be run on an average ARAnyM machine faster than on any real MC680x0 now. Mac OS X target has been improved and many smaller bugs have been fixed.

Math::Cephes::Polynomial is a Perl interface to the cephes math polynomial routines.

SYNOPSIS

use Math::Cephes::Polynomial qw(poly);
# poly is a shortcut for Math::Cephes::Polynomial->new

require Math::Cephes::Fraction; # if coefficients are fractions
require Math::Cephes::Complex; # if coefficients are complex

my $a = poly([1, 2, 3]); # a(x) = 1 + 2x + 3x^2
my $b = poly([4, 5, 6, 7]; # b(x) = 4 + 5x + 6x^2 + 7x^3
my $c = $a->add($b); # c(x) = 5 + 7x + 9x^2 + 7x^3
my $cc = $c->coef;
for (my $i=0; $ieval($x);
print "At x=$x, c(x) is $rn";

my $u1 = Math::Cephes::Complex->new(2,1);
my $u2 = Math::Cephes::Complex->new(1,-3);
my $v1 = Math::Cephes::Complex->new(1,3);
my $v2 = Math::Cephes::Complex->new(2,4);
my $z1 = Math::Cephes::Polynomial->new([$u1, $u2]);
my $z2 = Math::Cephes::Polynomial->new([$v1, $v2]);
my $z3 = $z1->add($z2);
my $z3c = $z3->coef;
for (my $i=0; $ieval($x);
print "At x=$x, z3(x) has real=", $r->r, " and imag=", $r->i, "n";

my $a1 = Math::Cephes::Fraction->new(1,2);
my $a2 = Math::Cephes::Fraction->new(2,1);
my $b1 = Math::Cephes::Fraction->new(1,2);
my $b2 = Math::Cephes::Fraction->new(2,2);
my $f1 = Math::Cephes::Polynomial->new([$a1, $a2]);
my $f2 = Math::Cephes::Polynomial->new([$b1, $b2]);
my $f3 = $f1->add($f2);
my $f3c = $f3->coef;
for (my $i=0; $ieval($x);
print "At x=$x, f3(x) has num=", $r->n, " and den=", $r->d, "n";
$r = $f3->eval($a1);
print "At x=", $a1->n, "/", $a1->d,
", f3(x) has num=", $r->n, " and den=", $r->d, "n";

OptimFROG is a lossless audio compression program. OptimFROG project main goal is to reduce at maximum the size of audio files, while premitting bit identical restoration for all input. It is similar with the ZIP compression, but it is highly specialized to compress audio data.
OptimFROG obtains asymptotically the best lossless audio compression ratios. It has Windows and Linux versions, fully featured input plug-ins for the foobar2000, Winamp2, Winamp3, dBpowerAMP, XMPlay and XMMS audio players (with bitstream error resilience, ID3v1.1 and APEv2 read tagging support), optimal support for all integer PCM wave formats up to 32 bits and an extensible streamable (error tolerant) compressed format. It is also fast, the default mode encodes CD quality audio data at 12.4x real-time and decodes at 17.4x real-time on AMD Athlon XP 1800+ (the fastest mode encodes at 28.1x real-time and decodes at 24.7x real-time).
The compression ratios which can obtained with OptimFROG are generally ranging from 25% (silent classical music) to 70% (loud rock music) of the original audio file size. This is less compared with around 13% obtained with high quality MP3 files (~176 kb), but you have the great advantage of archiving and listening at perfect copies of your original music.
OptimFROG uses a new audio compression technology, the generalized stereo decorrelation concept (together with the optimal predictor), which was first introduced with OptimFROG 4.0b in December 2001. At the time of its introduction, the new technology yielded significant better (~1.5%) compression than existing state of the art lossless audio compressors.
Main features:
- asymptotically the best lossless audio compression ratios
- optimal support for all integer PCM wave formats up to 32 bits
- fully featured foobar2000, dBpowerAMP, Winamp2, Winamp3, XMPlay, and XMMS input plug-ins for playback
- fast operation, default mode encodes CD quality audio data at 12.4x real-time and decodes at 17.4x real-time on AMD Athlon XP 1800+
- Win32 and Linux command line versions
- simple to use, but powerful Windows GUI front-end, Kermit (made by Speek)
- extensible, streamable compressed format, tagging compatible
- optimize option, further improving compression at no decoding cost
- backward compatible with version 4.2x (decode only)
- 64 bits large file support under Win32
- full pipe support for encoding and decoding
- full raw file support
- quick verify compressed file integrity function
- compatible with Exact Audio Copy, with ID3v1.1 tagging
- extensible command line format
- multiple file processing on the same command line, with wildcards
- option to store MD5 of raw PCM input data and function to check it
- option to delete source file after successful operation
- option to copy source file time stamp to destination file
- bitstream error resilience and transparent real-time recovery
- fast seek with intelligent caching for plug-ins
- ID3v1.1 and APEv2 read tagging support for plug-ins
- streaming support (playing HTTP streams) for foobar2000 plug-in
- Replay Gain compatible plug-ins for foobar2000 and Winamp3
- fully featured SDK for using compressed files in any application