Free electric bsg sunglasses software for linux

electricsheep software owes its name to Philip K. Dicks novel Do Androids Dream of Electric Sheep. It realizes the collective dream of sleeping computers from all over the internet.
When the screen-saver is activated, the screen goes black and an animated sheep appears. Behind the scenes, the screen-saver contacts a server and joins the parallel computation of new sheep.
Every fifteen minutes 24/7 a new sheep is born and distributed to all clients for display. Each sheep is an animated fractal flame.
The Interpretation of Dreams contains an artistic, conceptual, and technical explanation, or you can watch the streaming video documentary. Also available is a ten page academic paper to appear in EvoMusArt05.
Enhancements:
- The new libpng api is used, and libpng errors are handled properly.
- The window now has a name.
- The documentation was updated.
- The use of AC_OUTPUT was updated.
- Readonly parts of the cache are handled.
- Files partially downloaded by bittorrent are not played.
- The --show-errors option was added.

This is a program that will help you at your electronic based projects or at school. For it to calculate you will have to enter data in two of the four data fields. The four data fields are: electric power [P], resistance[R], current[I] and voltage[V].

As an example if you want to calculate the resistance[R] you wil have to supply the value for the electric power[P] and current[I] or you can supply the value of the power[P] and voltage[V].

Elfelli is a tool to simulate and visualize electric flux lines around arbitrary positioned, electrically charged bodies.
The project is able to export PNG files of the current canvas. Elfelli is written in C++ and uses gtkmm.
Compiling:
To compile Elfelli, you need SCons. In many distributions you will also need the development package of gtkmm (in Debian this is libgtkmm-2.4-dev).
Compiling itself is very simple:
$ scons
Installation:
To install Elfelli, simply type:
$ scons install
By default, it is installed in /usr/local. If you want to change that prefix, alter the install command to:
$ scons install prefix=/install/prefix
Enhancements:
- Its now possible to save and load the current scene as well as changing a bodys charge.

Linux From Scratch (LFS) is a project that provides you with the steps necessary to build your own custom Linux system.
There are a lot of reasons why somebody would want to install an LFS system. The question most people raise is "why go through all the hassle of manually installing a Linux system from scratch when you can just download an existing distribution?". That is a valid question which I hope to answer for you.
The most important reason for LFSs existence is teaching people how a Linux system works internally. Building an LFS system teaches you about all that makes Linux tick, how things work together, and depend on each other. And most importantly, how to customize it to your own taste and needs.
One of the key benefits of LFS is that you are in control over your system without having to rely on somebody elses Linux implementation. You are in the drivers seat now and are able to dictate every single thing such as the directory layout and boot script setup. You will also know exactly where, why and how programs are installed.
Another benefit of LFS is that you can create a very compact Linux system. When you install a regular distribution, you end up installing a lot of programs you probably would never use. Theyre just sitting there taking up (precious) disk space. Its not hard to get an LFS system installed under 100 MB. Does that still sound like a lot? A few of us have been working on creating a very small embedded LFS system. We installed a system that was just enough to run the Apache web server; total disk space usage was aproximately 8 MB. With further stripping, that can be brought down to 5 MB or less. Try that with a regular distribution.
If we were to compare a Linux distribution with a hamburger you buy at a supermarket or fast-food restaurant, you would end up eating it without knowing precisely what it is you are eating, whereas LFS gives you the ingredients to make a hamburger. This allows you to carefully inspect it, remove unwanted ingredients, and at the same time allow you to add ingredients to enhance the flavour of your hamburger. When you are satisfied with the ingredients, you go on to the next part of putting it together. You now have the chance to make it just the way you like it: broil it, bake it, deep-fry it, barbeque it, or eat it raw.
Another analogy that we can use is that of comparing LFS with a finished house. LFS will give you the skeleton of a house, but its up to you to install plumbing, electrical outlets, kitchen, bathtub, wallpaper, etc.
Another advantage of a custom built Linux system is added security. You will compile the entire system from source, thus allowing you to audit everything, if you wish to do so, and apply all the security patches you want or need to apply. You dont have to wait for somebody else to provide a new binary package that fixes a security hole. Besides, you have no guarantee that the new package actually fixes the problem (adequately). You never truly know whether a security hole is fixed or not unless you do it yourself.
Enhancements:
- The LFS LiveCD Team is proud to announce the release of the x86-6.2-3 version of LFS LiveCD. This version is built using LFS 6.2 and many Beyond Linux From Scratch packages from the Subversion branch. Source packages for LFS 6.2, and the LFS book itself, are included on the live CD. The CD is also suitable as a host for building x86 and x86_64 Cross LFS systems. Other features and bugfixes: the CD supports hibernation; the CD file system can be written to; the CD contains a visually pleasing and easy-to-use window manager, XFce...

Fractal Flames are algorithmically generated images and animations. The software was originally written in 1992 and released as open source, aka free software. Since then it has developed a lot.

Flames has been incorporated into many graphics programs and ported to most operating systems. The shape of each image is specified by a long string of numbers - a genetic code of sorts.

You can create your own flames with the Apophysis interactive designer (for windows) or with the gimps flame plug-in (for linux and OSX). Or you can use the Electric Sheep distributed screen saver to join the collective evolution of animated fractal flames.

Six Sigma project is a formalized methodology which some companies use to measure and delivery quality to their customers.
Companies who participate in Six Sigma programs strive for a statistical goal of six standard deviations between the mean and the closest specification limit for whatever process is being measured.
This translates to a permissible defect or error rate of just 3.4 errors or defects of out of every 1 million "opportunities" to create that error or defect, or a success rate of 99.9997%.
How did Six Sigma originate?
A Motorola Corporation Quality and Reliability engineer by the name of Bill Smith is widely credited with devising the Six Sigma process. He had concluded a study which determined that actual Motorola product failure rates were much higher than had been predicted when the products were designed. The high failure rates translated into additional warranty repair costs for Motorola and decreased customer satisfaction.
Mr. Smith went to Motorolas CEO and convinced him that the company would benefit financially from a formalized methodology which analyzed and controlled quality and reliability processes. This process became what is known as Six Sigma.
Does Six Sigma work?
There are many large and small businesses who have implemented Six Sigma programs successfully. It is reported that the General Electric Corporation saved over $10 billion dollars in the first five years after implementing their Six Sigma program.
Enhancements:
- The CSS had a few bugs in the syntax that caused some minor display problems.

XCircuit is a UNIX/X11 program for drawing publishable-quality electrical circuit schematic diagrams and related figures, and producing circuit netlists through schematic capture.
XCircuit regards circuits as inherently hierarchical, and writes both hierarchical PostScript output and hierarchical SPICE netlists. Circuit components are saved in and retrieved from libraries which are fully editable.
XCircuit does not separate artistic expression from circuit drawing; XCircuit maintains flexiblity in style without compromising the power of schematic capture.
Enhancements:
- XCircuit-3.3 is considered the current, stable, official release version. XCircuit-3.3 is the also development version of XCircuit. Current work includes the integration of automatic schematic capture (ASG) with Stephen Frezza of Gannon University. This should keep us occupied for a while. The Automatic Schematic Capture (ASG) is currently disabled by default until it becomes stable enough to be considered usable. The first function to be added is an hspice parser that reads hspice files and generates schematics from the netlist. Future work includes automatically rerouting in response to moving objects around on the screen, and reading Verilog netlists. The ASG module can be enabled by specifying "--enable-asg" at configuration time. The ASG package is incorporated into revision 3.2.7 and later. XCircuit version 3.3 changed from the original C++ SPICE parser to a simpler but more stable parser by Conrad Ziesler.
- Revision 7 changes the way selections are handled, getting rid of the cumbersome and oddball "click to accept/reject" method. The new method makes use of the recursive selection routine developed for selecting networks anywhere in the (visible) hierarchy of a schematic. This allows limiting selection of object instances to avoid selecting where the object instance has large amounts of whitespace, such as a border or frame object. Consequently, ambiguity about what element was intended to be selected occurs less often. The new method selects exactly one element on a button-1 press or button-2 click. If this is not the intended element to select, just select again and XCircuit will cycle to the next element found near the pointer.
- Note: Those who downloaded revisions 7 or 8 will almost certainly want to update to revision 9. The new selection mechanism was introduced in revision 7 and fixed for bugs in revision 8. However, in spite of the better underlying code, the algorithm ended up, if anything, even more cumbersome than the original. Quite a bit of optimization of the selection heuristics went into revision 9. In particular, XCircuit is now better at picking the "intended" element. Also, pointer warps to line endpoints are reverted back to the original position on a cancelation, and element edits can be undone with the "undo" command (an important part of the undo mechanism that I left uncoded for much too long).
Enhancements:
- Many bugfixes, some extensions, and some minor UI updates.