Free encoder wheels software for linux

smp-encode is a compact utility that encodes groups of audio files in parallel to make use of multiple CPUs with single threaded encoders.
smp-encode project supports supports OggEnc and LAME.
Usage:
smp-encode is invoked with 3 mandatory arguments.
-e < encoder > where encoder is one of the available builtin modules, "lame" or "oggenc" as of now. encoder arguments are hardcoded in encoder.cpp, but in the future these will be defined on smp-encodes commandline.
-p < N > where N refers to any number over over 0. This will cause smp-encode to generate N processes to be used to encode the given files. Given files are evenly distributed.
The last mandatory argument is a choice between a list of files, either given explicitly or via wildcard (eg. ./*.wav) or the -d < directory > argument.
As of now, successful invocations dont display anything during runtime, in the future some progress info will be reported.
Compile:
You should be fine with just running make and then make install. This will generate a program named smp-encode that is stripped. And throw it in /usr/local/bin
If you need to add encoders or edit the argvs of them, encoder.cpp is where all that stuff is done.
Enhancements:
- A complete rewrite using the GTK+2.0 UI.
- Thread control (pause and cancel).
- Many options from LAME and oggenc are implemented in the GUI.
- Progress bars indicate individual thread progress.
- Many other tweaks and bugfixes related to the rewrite.

iPod Video Encoder is a command line tool for convenient encoding of video files for use on iPod video. iPod Video Encoder project uses the ffmpeg tool for the actual encoding.
It features recursive encoding of all files in a directory, and generating a podcast.xml file for convenient use in iTunes.
It can be used in a cron job that periodically checks directories for new files and encodes them without user intervention.
Main features:
- Encoding of single files
- Optional specification of a/v bitrates
- Recursively encode all files in a directory
- Generating a podcast.xml for convenient use in iTunes
Options:
--version show programs version number and exit
-h, --help show this help message and exit
-R, --recursive Process directories recusively
-f, --force Force re-encode existing iPod videos
-t, --test Only encode first 10 seconds, to produce test videos
-e EXTENSIONS, --extensions=EXTENSIONS
Comma separated list of input extensions. Default: avi
-i IPODEXT, --ipodext=IPODEXT
iPod extension. Default: .ipod.mp4
-b VIDEO_RATE, --video-rate=VIDEO_RATE
Video bit rate, in kbps (default: 1024)
-a AUDIO_RATE, --audio-rate=AUDIO_RATE
Audio bit rate, in kbps (128)
-W WIDTH, --width=WIDTH
Video width, in pixels (default: 320)
-H HEIGHT, --height=HEIGHT
Video height, in pixels (default: 240)
-P, --pretend Do not really encode, just print out the ffmpeg
commands which would be executed
-v, --verbose Enable verbose output
Podcast options:
-p, --podcast Generate a podcast.xml file for each directory.
--podcast-documentroot=PODCAST_DOCUMENTROOT
Podcast document root; eg. /var/data/Movies/
--podcast-baseurl=PODCAST_BASEURL
Podcast base URL; eg. http://localhost/
Enhancements:
- Only uses the -e option for processing directories.
- The default ipod extension is now _ipod.mp4 for Windows compatibility.
- The README file has been extended with information on the .ipod-encoder settings file.
- The program no longer crashes when HOME is not set on Windows.
- --width and --height parameters have been added.

Fire Encrypter is an Firefox extension which gives you encryption/decryption and hashing functionality right from your Firefox browser, mostly useful for developers or for education & fun.
The new FireEncrypter is ready! (v-3.0, this version contains the following ciphers:
- AES (Rijndael 128Bit)
- Affine
- Caesar
- XOR
- OTP (One Time Pad)
- Vigenere
- Rail Fence
- Morse Encoder
- MD2 Hashing
- MD5 Hashing
- SHA1 Hashing
- SHA256 Hashing
- SHA384 Hashing
- SHA512 Hashing
- Secure password generator.

POE::Wheel::Audio::Mad is a POE Wheel implementing in-session non-blocking mpeg stream playing.

SYNOPSIS

use POE;
use POE::Wheel::Audio::Mad;

POE::Session->create(
inline_states => {
_start => &am_start,
message => &am_message
}
);

sub am_start {
my ($kernel, $heap) = @_[KERNEL, HEAP];

## you may also specify decoder options, listed below..
$heap->{wheel} = new POE::Wheel::Audio::Mad ( message_event => message );

$kernel->yield( decoder_open, {
filename => /path/to/some/stream.mp3,
play => 1
});
}

sub am_message {
my ($kernel, $message) = @_[KERNEL, ARG0];

if ($message->{id} eq INPUT_EOF_WARNING) {

print "finished..n";

undef $heap->{wheel};

} elsif ($message->{id} eq DECODER_FRAME_DATA) {

if (defined($message->{data}->{played})) {

print "rplayed: $message->{data}->{played}";

}
}
}

$poe_kernel->run();
exit();

POE::Wheel::Audio::Mad is an attempt to bring a naitive perl mpeg decoder into a perl session. This module was written to work as a POE Wheel due to its nature -- it simply playes mpeg streams -- you have to do the job of controlling the player and handling updates. This really isnt your traditional wheel.

PicoStreamer is a complete server for live audio/video streaming. It can stream MP3, AAC, and video live using Flash FLV. PicoStreamer does not require any Flash server. It only needs a Web server with Perl and PHP. It requires neither expensive dedicated servers nor compilation on the target machine.
A source client (for Win32) is included. A management/playing framework written in PHP makes PicoStreamer simple to use. The PicoIcy component acts as a local shoutcast server emulator, so you can use your preferred shoutcast source client to stream or stream Flash format directly from the Web.
Enhancements:
- Added live flash audio/video streaming support.
- Added Flash encoder.
- Added Flash player also for mp3.
- Added Brasilian (PT) language.
- Added dynamic playlist chooser.
- Added content-length managing.
- PicoIcy now in tray-bar.
- Fixed list blocking on weird chars.
- Removed php ctype_digits dependence.
- Removed perl html::entitites dependence.
- Fixed many minor bugs.

Racer is a free car simulation project, using real car physics to get a realistic feeling. Cars, tracks, scenes and such can be created with relative simplicity in mind (compared to other driving simulations).
The 3D and other file formats are, or should be, documented. Editors and support programs are also available to get a very flexible and expandable simulator. It uses OpenGL for rendering.
It attempts to do well at the physics section, trying to create life-like cars to emphasize car control and doesnt cut back on realism in the interest of fun. If youve played Grand Prix Legends from Papyrus, youll know what Im talking about.
Racer major features:
- Its totally free! (for non-commercial use)
- Available for multiple platforms; Windows 2000/XP (95/98/ME may work but have some trouble with fonts), Linux and Mac OS X.
- 6 DOF models used (the car can move around freely)
- Uses motion formulae from actual engineering documents from SAE for example.
- Total flexibility; almost everything is customizable through ASCII files.
- Commercial-quality rendering engine (with smoke, skidmarks, sparks, sun, flares, vertex-color lit tracks).
- Support for Matrox Surround Gaming. See the corresponding page on Matrox site.
- Lots of addon cars and tracks available on the web.
- Easy integration of your own cars and tracks that you create in ZModeler, 3D Studio Max(tm), Maya etc.
- At least 15 degrees of freedom for a regular car (6 DOF for the car body, 1 for each wheels vertical motion and 1 for each wheel spinning, and 1 for the engine, several more for the driveline). Depending actually on how many wheels you put on the car.
- Real-time internal clock; no physical dependency on framerate. Controller updates are also done independently of the framerate.
- Not limited to 4 wheels; anything from 2 to 8 wheel vehicles are currently supported (but mostly untested, and some problems with hardcoded differentials for example may exist (v0.5.0)).
- Not much constraints on the track data; surface info is taken from polygon data (VRML tracks), and splines are used to smooth out the track surface (polygons are too harsh for driving on just like that).
- Tools to modify the cars & tracks are freely available on this site (though external utilities are recommended for best results).
- Some used algorithms are explained on this site. Also, references are available. If you are programming a carsim, you might find something useful here.
- Save game present!
Main features:
PHYSICS FEATURES
- Full 6 degree of freedom motion of the car chassis.
- Independent suspension for all wheels.
- Suspension features: springs, dampers, anti-rollbar, rollcenter, anti-pitch.
- Wheel features: camber, wheel hop (the wheels have mass), toe.
- Tires: Pacejka tire model, relaxation length.
GRAPHICS FEATURES
- View frustum culling for increased framerate.
- Shader system for Quake-style rendering.
- Fog definable per track.
- Environment mapping for shiny materials.
- Live track environment mapping.