The solution GLSVe includes the GLSVe library (source code) and several examples of use. 
Each of them has a brief description of its functionality at the top of the Form1.cs code.
We reproduce those descriptions here:


0. Starting
  
This demo shows a sphere rotating in the middle of your screen. You can change between the different stereoscopic
modes implemented in GLSVe library using the keys Z,X,C,V,B, N and M. S swapps the observer eyes in monoscopic view. You can 
also modify the paralax through Q - A keys, and the zoom using P - L keys.
  
To better understand the stereoscopic geometric theory, try to adjust the global parameters to be equal to your computer display
dimensions (pixels and mm). The result will be a sphere of 20 mm radio (40 mm diameter). You should be able to measure it on your
screen.


1. New Model
  
This demo displays two wired spheres rotating in the middle of your screen and a teapot.
  
Despite the spheres, the teapot class has been defined outside the GLSVe library. So, If you don't want to modify and compile
again the library but you need a new model not defined on it, you can define your own models in this way. Try this by yourself.
  
As the previos example, you can change between the different stereoscopic
modes implemented in GLSVe library using the keys Z,X,C,V,B, N and M. S swapps the observer eyes in monoscopic view. You can 
also modify the paralax through Q - A keys, and the zoom using P - L keys.
  
  

2. Mouse Events
  
This demo displays three wired spheres rotating in the middle of your screen and a 3D pointer.
  
Using the wheel of your mouse you can control the depth of the 3D pointer. If you press the key T, the mouse wheel will
be used to control the paralax.
  
With the right buttom of your mouse pressed you have the pan tool. If you maintain the right buttom pressed and you
move the wheel, you have the zoom tool.
  
  
3. Tracking Touchless
  
This demo displays three wired spheres rotating in the middle of your screen.
  
If you press the W key a new window will be opened. The window will show your webcam (of course only if you have one
installed!!) . You must have two different color marks on your glasses. You must select them consecutively with the 
buttom "Marks 1-2" (it is better not to wear your favourite flowered shirt...) When you have succesfully selected the
marks, you must press the ok buttom.
  
Then, press the E key. You can move backwards and forwards your head, up and down, and rotate it. The library will
generate the correct projections and the stereo perception will remain.
  
Of course, this is not a professional tracking, because the cameras are not calibrated and the geometric problem can not be
completely solved with only two points.
  
Thanks to Touchless SDK team for their fantastic job! http:touchless.codeplex.com
  
  
3. Tracking Wiimote
  
This demo displays three wired spheres rotating in the middle of your screen.
  
You must have a wiimote connected to your computer.
  
If you press the W key the program will expect a single infrared mark (use a candle if you donīt have IR leds). The observer 
position will be move up-down and left-right according with the IR mark.
  
If you press the E key the program will expect a double IR mark. The observer position can be moved up-down, left-right,
backwards-forwards and rotate as in the Touchless Tracking demo.
  
Of course, this are not professional trackings, because the wiimotes have not been calibrated and the geometric problem can not be
completely solved with only one or two points.
  
Finally, if you press the R key the acelerometers signals of the wiimote will be used to rotate the scene.
  
Thanks to Managed Library for Nintendo's Wiimote team for their fantastic job! http:wiimotelib.codeplex.com
  
5. Meshes
  
This demo displays a monkey rotating in the middle of your screen.
  
It is a example of a new Model we are still working on. Mesh vertexs are readed from a X3D file. No other information
is actually readed (colour, matherial, texture, etc.)
  
Render mode can be switched between wired (mode 2) and polygon (mode 1). As in this example there are not lights, polygon mode
is flat.
  
  
6. Light, Material, Texture and Transparency
  
This demo displays a cube and a sphere rotating in the middle of your screen.
  
First, you can turn on the lights using "2" numpad key. Or to turn them off using "3".
  
Once you have lights, you can move them to the left or to the right ("8" and "9").
  
Transparency can be activated with the lights on or off, but the level of transparency only 
can be observed if the lights are on. Transparency is activated  desactivated with "5" and "6" and
transparency level is increased  decreased with "4" and "7".
  
  
7. Nodes

This demo displays a first node that contains a list of objects and a second node that contains the first node.