Free genius 0.7.7 software for linux

Genius project is a calculator program similiar in some aspects to BC, Matlab or Maple. GEL is the name of its extention language (stands for "Genius Extension Language", clever huh?), in fact, a large part of the standard genius functions are written in GEL itself.
Main features:
- Arbitrary precision ints, multiple precision floats, using all the power of gmp.
- Rational numbers, stored as quotient and denominator.
- Complex numbers, stored in cartesian coordinates as usual.
- Automatic typing, no need to declare types of variables.
- Math-like-looking expressions, tries to be as much a what you mean is what Genius understands, up to a limit of course.
- Matrix calculations, with many related functions.
- Modular arithmetic, including inversions and modular arithmetic on matrices.
- A complete programming language. In fact large part of Genius standard library is written in GEL.
- Can output matrices in LaTeX, Troff (eqn) or MathML, this is I think a very cool feature that allows you to copy stuff directly from the Genius console to a document in LaTeX, troff or MathML. I in fact use this even to just enter matrices into LaTeX documents to begin with.
- 2D Function line plots, standard 2D graphs of up to 10 functions at once, with possibility to export to EPS or PNG
- 3D Function surface plots, with possibility to export to EPS or PNG
- GUI IDE where you can edit and run/test your programs
- A plugin interface, not yet really used.

Dalle aims to build a set of utilities to work with split files in various formats. Supported formats by Dalle are hacha (1, 2, and pro), kamaleon (1 and 2), FileSplit, and SplitFile.

The idea behind dvbd is to make maximum use of your DVB card by allowing multiple channels on the same frequency to be tuned. It is split into a daemon (dvbd) and client programs (dvbcat, dvbsched, dvblist). It is possible to associate a priority with a connection to the daemon, so that (depending on the given priority) the tuner can be made available by dropping connections of inferior priority.

A web frontend to dvbsched, called dvbdguide, is included to facilitate the scheduling of dvbd recording activities. Please note this requires an XMLTV datafeed. Check out a captured dvbdguide page.

The daemon has a configuration file which by default is /etc/dvbd/config. The format of the file is lines of key=value. Line comments can be begun with #.

The following configuration options are available:

socket
the (unix) socket to listen on. Default is /var/run/dvbd/dvbd.socket
pid
the pid file to write to once it has become a daemon. Default is /var/run/dvbd/dvbd.pid
log
the log file to write to. Default is /var/log/dvbd.log
schedule
the schedule file to write to. Default is /var/spool/dvbd/schedule
debug
the debug level (default is 0) If a higher debug level is set, dvbd will not go into the background.
numcards
the number of DVB cards your system supports
card0
the first DVB card. The format of this field is type:frontend:channels Where

type may be one of dvb-t, dvb-s or dvb-t.
frontend is the path to the frontend (tuner) for the card
channels is the path to the tzap/szap/czap format channels.conf file for the card.

If no cards are specified, a default of one dvb-t card is assumed with channels file /etc/tzap.channels.conf and frontend /dev/dvb/adapter0/frontend0

At the moment there are three client programs. dvbcat, dvblist and dvbsched. dvbcat can be used to extract a stream from the dvbd for live TV.

For example:

$ dvbcat dvb-t "BBC ONE" | mplayer -

dvbsched is used to schedule a recording. Note that an output file must be specified whose containing directory must be owned by the user issuing the request. The directory must also be writable by the dvbd program.

The time format is in at(1) format. See ats manpage for more information about it.

For example:

mkdir /tmp/recordings
dvbsched dvb-t "ITV 2" 19.20 32 /tmp/recordings/itv2.mpg

If there is a clash the program will ask you if you want to cancel your job.

dvblist shows the channels available to tune at the given priority (default is 10).

For example:

dvblist dvb-t

If there are some existing connections the list of channels may be shorter than the full list.

Flame Project is an Integrated Development Environment (IDE) for producing Flash and Animated SVG files, similar to Macromedia Captivate. It is licensed under the LGPL.

Imagine a free, easy to use GUI authoring environment that helps you create visually impressive and actually useful learning material. The short term goal for this project is to provide such an environment, and were well on the way to a first release for doing that.

Initially similar to Macromedia Captivate, but a big part is the support for Animated SVG. Flash has at least one serious design limitation (from my POV) making it nearly useless for comprehensive eLearning, and this appears to be addressed by the SVG spec.

The long term goal for this project is to provide both a complete authoring solution (like the Macromedia Flash IDE), and the components for server side communication, but thats a long way off. Lets finish the first bits first.

Html to Xhtml Convertor is a straight-forward Perl script to convert HTML pages into XHTML pages.
It can process batches of files, convert Windows/Unix/Mac line breaks, and deal with attribute minimization, quoting of attribute values, and more.
Installation:
To install, simply run the following command as root: make install
Alternatively, simply move the htx file to wherever you would like. The command above installs it to /usr/local/bin/
Usage:
Use the following command to get usage information after installing:
htx --help
or if the htx file is in the current directory, try:
./htx --help
Example use:
htx --dos --verbose index.html index2.html
That will take a file with DOS line breaks, index.html, convert it
to XHTML as best it can and save the result as index2.html
Version restrictions:
- oes not check for closing < /p >, < /li > or other block-level tags.
- Assumes there are no < or > which are not part of tags, use < and >
- Does not distingish between block and inline tags.
Enhancements:
- Added the --tty option to dump output to STDOUT rather than a file
- Added detection of old ICRA data
- Improved handling of single quoted attribute values
- Removed updating of Pico version
- Fixed a typo with the years in the Changelog file
- Did a couple of very minor internal changes

Volume.app is a small graphical software utility enabling quick and convenient control of a computers audio volume level. Volume.app is intended for use on Linux/Unix systems in conjunction with an X window manager that supports dockable applications ("dockapps") such as AfterStep, BlackBox, or Window Maker.

It is a refinement of an idea that first appeared in Timecops WMix: a user interface comprising a "knob" that can be interactively "turned" by clicking and dragging the mouse. I found this approach quite appealing, both from an aesthetic viewpoint, and (more importantly) from a user-interface perspective.

A handful of other dockapp volume control programs are out there, and I have tried many of them. An interface element present in most of these is some form of "slider" as the primary means of adjusting the volume. (A fictitious example may be seen at right). To my dismay, with this kind of interface, volume adjustments tended to be large and abrupt. Because the slider was so small, raising or lowering the volume "just a bit" required extremely careful control of the mouse-- a slip of the hand had the potential to spike the volume to full blast. (I have a set of Altec-Lansing ACS48 speakers which make this a rather unpleasant experience). This approach left much to be desired.

I longed for an alternative, and upon playing with WMix (pictured at left) I had found it. The knob was genius in that it provided a means of graphically adjusting the volume, as a slider would, without tying itself directly to the motion of the mouse. The basic mode of usage is identical: you click on the thing and drag the mouse up or down. However, with the knob, the range of motion need not be confined to the postage-stamp-sized area of the dockapp. The mouse travel needed to cover the entire range of volume settings can be made longer, on the order of the full height of the screen-- almost like a much larger, easier-to-use slider. No longer were precise movements needed to make volume adjustments!

Still, I found WMixs interface to be a bit busy (never was a fan of tiny little buttons) and the all-important knob was yet a rather small target to find with the mouse. So, I grabbed a copy of the WMix source code, and rebuilt it into a dockapp that had a much larger knob as its sole interface element. I dubbed it Volume.app, and have placed it here for the benefit of everyone.

DirectX support for Wine project enables DirectX 9 support for Wine, which is useful for games and 3D graphics.
DirectX support for Wine is a set of patches against Wine to implement DirectX 9. It allows modern games and 3D applications to run under Wine.
The patches include many experimental and beta features that have not yet made it into the stable Wine source tree.
The aim of the project is to provide full support for DirectX 8 and 9 so that all games and 3D applications will run on Linux or any other platform that Wine supports.
Main features:
- Shared wined3d codebase for Direct3D 8 and 9
- Hardware non-power2 texstures
- Improved compressed texture support
- Many more texture formats supported
- Offscreen texture improvements
- Colour corrections for textures
- A tonne of bug fixes and other improvements from earlier releases
Enhancements:
- Reworked support for non-power2 textures
- Support for Vertex buffer objects
- Support for caching
- Hardware vertex shaders
- Partial tidyup of vertex declarations
- Better support for compressed textures
- Fix for texturing problems in Axis and Allies and Evil Genius
- Fix for model corruption in Pirates
- Movies in Pirates
- A Fix for the lines on the landscape in Axis and Allies
- Crash fixes in fixupvertices with indexes data
- Numerous other performance improvements