Free mens wedding bands software for linux

LibBand is a simple library wrapper written in assembly and C (but I plan to rewrite everything in C) useful if you want to limit the bandwidth used by a program.
It simply overrides some libc functions, using the LD_PRELOAD environment variable, and puts some pauses in the program to clamp the bandwidth at the specified value, for both upload and download operations.
You just have to set UPLOAD_BAND and DOWNLOAD_BAND and run your program, for example:
export LD_PRELOAD=/replace-with-the-path/to/libband.so
export UPLOAD_BAND=1024
export DOWNLOAD_BAND=8192
ftp somewhere.com
The bandwidth must be expressed in bytes/s, and so in the above example, we want the upload band clamped at 1.0 kb/s, the download band at 8.0 kb/s.
Theres a small utility in the scripts/ directory, called lb: you can use it to set everything and start your program from a nice whiptail/dialog environment.
You need NASM to build the binary (but dont worry, a pre-assembled version is included in the package).
Just type "make" to compile, and "make install" to install the library.
Remember that $HOME/lib is the default installation directory, so you usually have to export LD_PRELOAD by using:
export LD_PRELOAD=$HOME/lib/libband.so
The "lb" script is configured to work with this path, but you may change it by editing the script itself (search for the LIBPATH variable).
Please note that at the moment libBand DOESNT WORK with multithreaded and _graphic_ applications.
Enhancements:
- We keep track of sockets by wrapping socket(), accept() and close(). The old fstat() mechanism has been obsoleted.

GNU Radio is a collection of software that when combined with minimal hardware, allows the construction of radios where the actual waveforms transmitted and received are defined by software. What this means is that it turns the digital modulation schemes used in todays high performance wireless devices into software problems.
What is a Software Defined Radio?
Joe Mitola says, "A software radio is a radio whose channel modulation waveforms are defined in software. That is, waveforms are generated as sampled digital signals, converted from digital to analog via a wideband DAC and then possibly upconverted from IF to RF. The receiver, similarly, employs a wideband Analog to Digital Converter (ADC) that captures all of the channels of the software radio node. The receiver then extracts, downconverts and demodulates the channel waveform using software on a general purpose processor."
For our purposes, on the receive side, the idea is to get a wide band ADC as close to the antenna as is convenient, get the samples into something we can program, and then grind on them in software.
Enhancements:
- GNU Radio 2.6 includes sending and receiving data at up to 1Mbit/sec using GMSK. - Theres also support for the new USRP Flex 400 transceiver daughterboards.
- Handling of all daughterboards has been unified, so most apps will work without modification on any of them. For those of you interested in wireless networking, see especially gnuradio-examples/python/gmsk2. Weve got a framework in place to allow you to build and experiment with your own MACs. 2.6 includes the "null MAC". A carrier sense MAC is the next logical step.

MediaFrame project is a streaming media platform.
It provides a fast, easy to implement, and extremely small applet that allows over 97% of Web users to view your audio and video content without having to rely on external player applications or bulky plug-ins.
It does not require special servers, software, or programming knowledge, is based on open standards, and is compatible with MPEG-1 and MPEG-4, the industry standard in video compression.
It support content created in any number of applications, from Adobe AfterEffects to Media Cleaner.
Main features:
- Streaming or download
- Dynamic video scaling
- Broad and narrow band compatible
- Built-in connection speed detection
- Digital Rights Management (DRM)
- Supports .zip compressed files
- Pre and post image support
- Auto-start, click-to-play and rollover-to-play states
- Media loop support
- Full media controls
- Real-time feedback agent
- JavaScript API
- Subtitling support
- Easy encoding
- Cross platform

tngCalendar is a Web calendar addon to the TNG software for online genealogy.
I have a fairly large family and often have trouble keeping track of birthdays, anniversaries, and the like.
Ive also started keeping track of my familys genealogy via a web-based package, so the solution seemed obvious: add the component I needed so the software I was already using.
The result is called tngCalendar. The calendar is a simple monthly view with birthdays, wedding anniversaries, and dates of death overlaid.
tngCalendar operates in conjunction with the TNG package, but can (and should) be installed separately. Simply download the package, and uncompress in a temporary directory. Edit the php file according to the directions contained inside, and copy the pieces into place.
Note that tngCalendar may circumvent your security setup by "giving away" birth and marriage dates relevent to living persons. However, since the exact year of a persons birth or marriage is not shown on the calendar (it only shows anniversaries, the year is only used for dFixed a bug in the anniversaries.php links (the day numbers on the calendar).
Enhancements:
- This release fixes a bug introduced in 1.2 that caused anniversaries to fail to display.
- It fixes a bug that caused links to point to the wrong entries in some cases.
- It adds support for nickname, lnprefix, and suffix when available.

Mill 3D is a nine mens morris game, based on classical board game. You can play against the computer, or a human player, in a nice 3D environment. The computer has three difficulty level, it is quite smart.
Main features:
- Play against your friend
- Play against the computer, choose from the 3 difficulty levels
- Sophisticated 3D enviroment
- Runs under Linux and Windows

SBaGen generates sounds that give an altered state of consciousness. The theory behind binaural beats is that if you apply slightly different frequency sine waves to each ear, a beating affect is created in the brain itself, due to the brains internal wiring.
If, in the presence of these tones, you relax and let your mind go, your mind will naturally synchronize with the beat frequency. In this way it is possible to tune the frequency of your brain waves to particular frequencies that you have selected, using of the four bands: Delta: deep sleep, Theta: dreaming and intuitive stuff, Alpha: awake, focussed inside, and Beta: awake, focussed outside.
It is also possible to produce mixtures of brain waves of different frequencies by mixing binaural tones, and in this way, with practice and experimentation, it is reportedly possible to achieve rather unusual states, such as out-of-body stuff, and more. See the books by Ken Eagle Feather, and the Monroe Institute site for more details. The Monroe Institute have apparently put 40 years of research into these techniques.
Centerpointe have also done a great deal of research into binaural beats, concentrating more on improving overall well-being and holistic functioning rather than reaching unusual states, and I recommend reading some of the articles on their site (look under "Site Map", for example their Special Report: "How The Holosync Technology Works" and their FAQ).
I should add that I have only read about the more advanced and unusual uses (OOBEs and so on). My own experiences have not reached quite that far, but still I feel that I have benefitted immensely from using these techniques over the last few years: from simply getting my head clear in confusing moments, to the energy boosts that come at times, to more general emotional clearing, and occasional very intense dreams (although not quite lucid).
So, SBAGEN is my utility, released as free software (under the GNU General Public Licence) for Linux, Windows, DOS and Mac OS X, that generates binaural tones in real-time according to a 24-hour programmed sequence read from a file. It can also be used to play a sequence on demand, rather than according to the clock, or to write a WAV file for playing later. Pink noise, MP3 and Ogg files (since version 1.2.0) may also be mixed with the binaural beats to provide background sounds. (Two files of randomly-looping river sounds are provided from version 1.4.0 onwards). This tool is ideal for anyone who wishes to experiment with these techniques and do research into this for themselves. (For those who would rather pay for a pre-packaged programme with support, I recommend taking a look at the Centerpointe site -- and see my disclaimer)
My original idea was to use this utility to play a programme of different tones throughout the night, hoping to improve dreaming and dream-recall, and then to bring myself up into Alpha rhythms to (hopefully) make a good start to the day. I am now using it more for shorter focussed sessions of about an hour, both during daytime and at night. However, other people have used this software in many different ways. For example, one person suffering constant pain from historical injuries appreciated the way that he could tune the frequencies very accurately to his needs to help him sleep better at night. Other more unusual uses have included: mixing the sounds in as part of musical compositions, and generating ambient sounds during live DJ sets or trance music.
Enhancements:
- Fixed problem when playing 7+ hour sequences with -SE or -L
- Warns properly if the WAV file limit of ~7 hours is exceeded, and truncates

libDSP project is C++ class library of common digital signal processing functions. There is also a wrapper for the C language.
Current (vector) functions:
- Float to integer conversion with rounding
- Addition (real, complex)
- Subtraction (real, complex)
- Multiply (real, complex)
- Division (real, complex)
- 1/x (real)
- Absolute value (real)
- Square root (real)
- Zero (real, complex)
- Set (real, complex)
- Clip (real)
- Copy (real, complex)
- Convolution (real)
- Correlation (real)
- Autocorrelation (real)
- Dot product (real)
- Min and Max (real)
- Mean (real)
- Median (real)
- Negate (real)
- Normalization (real)
- Product (real)
- Reverse
- Scale to -1..1 and 0..1 (real)
- Sort (real)
- Standard deviation (real)
- Sum (real)
- Square (real)
- Integer-Float and Float-Integer conversion: 8, 12, 16, 24, 32 bits (real)
- Cartesian-Polar and Polar-Cartesian conversion
- Cross correlation (real)
- Energy (real)
- Magnitude
- Power
- Phase
- Decimation
- Interpolation
- RMS (real)
- Variance (real)
- Peak level in dB (real)
- Window functions: Bartlett, Blackman, Blackman-Harris, Cosine tapered, Exponential, Flat-top, Generic cosine, Hamming, Hanning, Kaiser, Kaiser-Bessel, Tukey, Dolph-Chebyshev
- Mix (real)
- Spatialize (real)
- Interleave/Deinterleave (real)
- Rebuffer
- Deg-Rad and Rad-Deg conversion
- FIR filter
- IIR filter
- DFT, DCT, DST
- FFT filter
- Multirate decimation/interpolation with FFT, FIR and IIR filters
- Frequency band flipping
- Hankel