Znalazłem już jakiś czas temu tylko wyleciało mi z głowy.
Poniżej wszystko co mam (po za programem).
Programy, które z tym działały to PC mind oraz Futuremind.
Poniżej opis i schemat.
Jak już powiedziano w tym wątku nie jest to wskazane przy epilepsji itp, a nawet u zdrowych nie mogę zagwarantować że nie przyniesie negatywnych efektów, tak czy inaczej mi nic złego, od tego, się nie stało.
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The LED driver is a little additional hardware needed to make the LEDs flash with powerful brightness. The diagram shows how the components are soldered together. For building this device you need some practical skills. If you have no idea what the diagram says, you won't probably be able to solder this device. In this case please ask a friend to help you.
Component List:
* 2x NPN Transistor (BC 239C or any other)
* 2x 220 ohms resistor
* 2x 10k ohms resistor
* 1x 200uF capacitor
* 4x LED red (5mm, clear glass, super-bright LEDs)
* 2x LED green (same type)
* 1x 9 Volts battery block
* 1x DB25 printer port plug
* Some cables/wires and plastic sunglasses to mount the LEDs.
The circuit can be soldered on a prototype-board. These parts cost only a few dollars. You can get them at any electronic parts shop (Radio Shack). The diagram below shows the connections needed.
Buy some plastic sunglasses and drill a hole in front of each eye to fit the LEDs into. I used an

in Chip socket for each eye to plug the LEDs into (see below).
If the LEDs are too bright, you may replace the 220 Ohms resistors by greater ones (300-500 Ohms). Though itŐs possible to control the brightness from the software there are only 16 distinct brightness values. If you reduce the brightness by software, you will also reduce the waveform resolution.
If you want to test the software, you can connect a single(!) LED for each eye *directly* to the printer port. Be sure to put a 220 ohms resistor in series with the LEDs - otherwise you will probably damage your printer port. The LEDs won't flash very bright, but you can see how the program works.
If the LEDs are too bright, you may replace the 220 Ohms resistors by greater ones (300-500 Ohms). Though itŐs possible to control the brightness from the software there are only 16 distinct brightness values. If you reduce the brightness by software, you will also reduce the waveform resolution.
If you are tired of soldering your own goggles - the Futuremind L/S Software (MindTech, Berlin) and the PC based L/S system that comes along with it are compatible with the PCM MindWave program. MindTech will also have a distributor in the U.S. soon. For info e-mail:
ed.enilno-t@dnimerutuf or refer directly to their homepage
www.futuremind.com/.---------------------
Mam problem z załączeniem obrazka więc na wszelki wypadek jest też tu
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