Free when will wii fit be available software for linux

Genetic Algorithm File Fitter (gaffitter) is a command-line software written in C++ that extracts --via Genetic Algorithm-- subsets of an input list of files/directories that best fit the given volume size (target), such as CD, DVD and others. Genetic Algorithm File Fitter is initially designed to run under Linux and POSIX systems, but easily portable to non-POSIX operating environment.
Using GA search, gaffitter improve different combinations of the files on the list so that the lost of space will be minimized. Ideal to be used for backups/records in CD, DVD and others.
Main features:
- Uses a global meta-heuristic (Genetic Algorithm search).
- The command-line interface provides high integration (via pipe) with other tools, i.e. works as a "filter".
- Pretty configurable. gaffitter have many input parameters to control/adjust its behavior (including GA params).
- It is free software! (GPL)
Usage:
gaffitter [options...] < files >
... | gaffitter - [options...] [files]
General options:
-t < n >, --target < n >
target size [default = 700]
--bytes
target, min and max size in bytes
--kb
target, min and max size in kibi bytes (KiB)
--mb
target, min and max size in mebi bytes (MiB) [default]
--gb
target, min and max size in gibi bytes (GiB)
-i < n >, --iter < n >
number of iterations [default = 1]
-v, --verbose
verbose
--min < n >, --min-size < n >
minimum file size [default = none]
--max < n >, --max-size < n >
maximum file size [default = none]
--bs < n >, --block-size < n >
the smallest amount of bytes a file can occupy [default = 1]
--ss, --show-size
print size of each output file
--sb, --show-bytes
print output sizes in bytes too
--su, --show-unselected
print unselected files
--hsel, --hide-selected
Dont print selected files
--hs, --hide-summary
hide summary line containing sum, difference and number of
selected files
-h, --help
this help
Enhancements:
- This release fixes a bug regarding an uninitialized variable and changes the default behavior of GAFFitter, which now extracts the volumes as much as possible (with unlimited iterations).

WmWiFi is a wireless network interface monitor dockapp for the WindowMaker desktop which dislays the signal strength of a wireless card.

WmWiFi is designed to fit well with dockapps like wmnetload and wmcpuload.

JPEG Fit is a PHP class that can be used to optimize images to fit within a given file size limit. The project takes a picture in any format supported by the GD library and generates a JPEG picture with the maximum quality factor that makes the picture file size not exceed a given limit.

This class is similar to the JPEG Reducer class. It uses the binary search algorithm to reach the ideal quality factor in the smallest number of iterations.

The class stops searching when a given number of limit iterations is reached, or when the quality factor difference between the ideal and the found values is less than the configured precision value

video2wii is another service menu for KDE, this time to convert a video for nintendo wii.

It depends of the ffmpeg.

It looks like this:

[Desktop Action 2video4wii]
Exec=cd "%d";konsole --noclose -e ffmpeg -i %u -vcodec mjpeg -acodec pcm_u8 "`echo %u | perl -pe s/.[^.]+$//`.avi"
Icon=video
Name=Convert to video for Wii
Name[es]=Convertir en video para Wii

[Desktop Entry]
Actions=2video4wii
Icon=video
Name=2wii
Name[es]=2wii
ServiceTypes=video/*

Wolvix is a desktop oriented distribution made to fit the needs from regular to advanced desktop users.
This edition is meant to be a portable audio & video ripping/encoding and editing OS, without DRM and rootkit problems or worries. I guess you can say Sony inspired me somewhat to create this edition.
Media Edition features lots of audio and video software and it also has most of the applications you need for daily tasks: Web browser, IM client, word processor, spreadsheet, graphics manipulation tools, etc.
In this edition you will find some of the many great multimedia applications available for GNU/Linux. You get: CD rippers/encoders; audio editors; a digital audio workstation; an audio mastering program; DVD rippers/encoders; a DVD authoring program; video editors; a movie studio program; TV tuner programs; GUI front ends for portable audio devices; and of course various music and multimedia players.
In addition to the Xfce4 Desktop Environment, Media Edition features the Fluxbox Window Manager.
Enhancements:
Updated:
- gmusicbrowser
- XChat
- Firefox
- Thunderbird
- Abiword
- Gimp
- Comix
Added:
- Thunar (File manager)
- MP3Creator (Console CD ripper)
- networkconfig (Config tool from Zenwalk)
- Kye (Puzzle game)
- Freeciv (Strategy game)
- Bygfoot (Football manager game)

PDL::IO::FITS Perl module offers a simple FITS support for PDL.

SYNOPSIS

use PDL;
use PDL::IO::FITS;

$a = rfits(foo.fits); # read a FITS file
$a->wfits(bar.fits); # write a FITS file

This module provides basic FITS support for PDL, in the sense of reading and writing whole FITS files. (For more complex operations, such as prefiltering rows out of tables or performing operations on the FITS file in-place on disk), you can use the Astro::FITS::CFITSIO module that is available on CPAN.

Basic FITS image files are supported, along with BINTABLE and IMAGE extensions. ASCII Table support is planned, as are the HEASARC bintable extensions that are recommended in the 1999 FITS standard.

Table support is based on hashes and named columns, rather than the less convenient (but slightly more congruent) technique of perl lists of numbered columns.

The principle interface routines are rfits and wfits, for reading and writing respectively. FITS headers are returned as perl hashes or (if the module is present) Astro::FITS::Header objects that are tied to perl hashes.

Astro::FITS::Header objects provide convenient access through the tied hash interface, but also allow you to control the card structure in more detail using a separate method interface; see the Astro::FITS::Header documentation for details.

FUNCTIONS

rfits()

Simple piddle FITS reader.

$pdl = rfits(file.fits); # Read a simple FITS image

Suffix magic:

$pdl = rfits(file.fits.gz); # Read a file with gunzip(1)
$pdl = rfits(file.fits.Z); # Read a file with uncompress(1)

$pdl = rfits(file.fits[2]); # Read 2nd extension
$pdl = rfits(file.fits.gz[3]); # Read 3rd extension
@pdls = rfits(file.fits); # Read primary data and extensions

$hdr = rfits(file.fits,{data=>0}); # Options hash changes behavior

In list context, rfits reads the primary image and all possible extensions, returning them in the same order that they occurred in the file. In scalar context, the default is to read the primary HDU. One can read other HDUs by using the [n] syntax, the second one is [1]. Currently recognized extensions are IMAGE and BINTABLE. (See the addendum on EXTENSIONS for details).

rfits accepts several options that may be passed in as a hash ref if desired:
bscale (default=1)

Determines whether the data are linearly scaled using the BSCALE/BZERO keywords in the FITS header. To read in the exact data values in the file, set this to 0.

data (default=1)

Determines whether to read the data, or just the header. If you set this to 0, you will get back the FITS header rather than the data themselves. (Note that the header is normally returned as the hdr field of the returned PDL; this causes it to be returned as a hash ref directly.)

hdrcpy (default=0)

Determines whether the hdrcpy flag is set in the returned PDL. Setting the flag will cause an explicit deep copy of the header whenever you use the returned PDL in an arithmetic or slicing operation. That is useful in many circumstances but also causes a hit in speed.

FITS image headers are stored in the output PDL and can be retrieved with hdr or gethdr. The hdrcpy flag of the PDL is set so that the header is copied to derived piddles by default. (This is inefficient if you are planning to do lots of small operations on the data; clear the flag with "->hcpy(0)" or via the options hash if thats the case.)

The header is a hash whose keys are the keywords in the FITS header. If you have the "Astro::FITS::Header" module installed, the header is actually a tied hash to a FITS header object, which can give you more control over card order, comment fields, and variable types. (see Astro::FITS::Header for details).
The header keywords are converted to uppercase per the FITS standard. Access is case-insensitive on the perl side, provided that Astro::FITS::Header is installed.

If Astro::FITS::Header is not installed, then a built-in legacy parser is used to generate the header hash. Keyword-associated comments in the headers are stored under the hash key < keyword >_COMMENT >. All HISTORY cards in the header are collected into a single multiline string stored in the HISTORY key. All COMMENT cards are similarly collected under the COMMENT key.

KWiideo is a video encoder for the mjpeg codec, which is supported by the Nintendo Wii.

You can use mencoder or ffmpeg as encoder. If you want to add subtitles you have to use mencoder, because ffmpeg cant add srt files to videos (maybe ffmpeg can do it, but didnt found a function for it).

You can set the quality of the output video using the quality slider. Available values 1 (best quality, largest files) to 30 (poor quality, small files). An other way to change the quality is setting the bitrate. High bitrates create better quality, but the filesize increase. It is not possible to use the quality slider and the bitrate setting function at the same time. Changing the bitrate seems not to work with mencoder and mjpeg as codec, you better take the quality slider when you use mencoder as encoder.

For splitting the video, you need avisplit. Comments are welcome.