The camera image sensor picks up the IR light that your eyes cannot see. Later I used an IR led since I needed something a little more steady (and less burny.) You can use a digital camera to see if your IR LED's are working. I first used a match to check the camera.
#HOW TO RESET WII REMOTE TO FIRST PLAYER SERIAL#
Once running, in the serial I/O stream in the arduino programmer you should see data coming in as long as the camera sees some IR light. You may need to insure that the Pvision.h file is in your arduino library so that is it properly reference when compiling. Make sure your i2c circuit and clock are all connected and the power is on and then run the code. Here: Connect the arduino to the same pins that he used. Second, download Stephen Hobley's Wii camera library and example code.
#HOW TO RESET WII REMOTE TO FIRST PLAYER CODE#
Run the servo example code in the arduino programmer to get your feet wet. Here is the main arduino page: First thing, get the servo working.
If you need information about arduino's, just google it. Good thing, we can get straight to playing around with it. This is pretty easy and the fellas who I've linked to worked out most of the details. We'll handle the i2c circuit in the next step.
These are all pretty standard parts, you can get them all from or other online electronics sites. You need two capacitors, a 25 MHz crystal, a 1 Meg Ohm resistor and a 74AC04 inverter logic gate. Do you want to undertand i2c? Don't ask me: Here is a direct link to the schematic shown below (so you can actually read it.) The clock is pretty simple. We need the clock circuitry and the i2c interface. He is going to supply us with the arduino Wii camera library which we will use while programming. It is useful to try several of them.) Johnny Lee did his part as well and he has some good information: But the most useful information came from Stephen Hobley. (Please note that the various translation services online all give slightly different results. Here is an exhaustive list: This fellow (kako) seems to be the first. I got all my information from other sources. We'll need a small circuit to interface the IR camera to the arduino.
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