Hi sorry this is out of scope of the project to make it compatible atm.

Hi, thanks for the response. The cost of the LEDs are no problem. Its more like 15€ for this and 15€ for that etc. I already have one sensorbar and buying another one is very cheap. Plus the samco code for this 4IR is on GitHub. So the setup of my dream would be wiimotes plus samco calibration. I thought it could be added as an update so that you can switch between your pattern and the samco one.

Hello,

it seems to me that you are talking about the 4 LED tracker for the Wiiremote. The positions for the IRs with an inverted cross pattern is not changeable.

The 2 LED tracker for the WiiRemote is a little more flexible with the arrangement of the 2 IR-LEDs.

I hope that answers your question. If something is variable/optional, then it is also in the tutorials.

About the costs:

You also use normal 980nm LEDs. I think 980nm is better. You only need high power LEDs for big screens or you have light problems around you. xD I think 980nm is better than i used in this tutorial. If you use normal 980nm LEDs it can quite cheap.

Can you do me a favor and mark this project as made on: https://www.instructables.com/Wii-Remote-As-Lightgun-With-Iron-Sight-Accuracy/ ?

Big thanks for your offer. I will send you an invitation mail soon. 🙂

Update: Ah you sort the IRs by x and y. Yeah but i have still different approach.

@Jérôme:
I checked your code. Its not like my software. My Software do not need to see every IR at given time to calc the position. I have also one LED mode, after i saw 2 LEDs. The approach to find out which LED is which is toally different.

Also im not sure with your code that the wiimotelib gives you the correct IRs for top, left, right, bottom everytime by the same indexes.
But seems like that cause you use it. But than your software need to see the LEDs all at once to calc position. 🙂

Hi,

thanks 4 commenting here :-).

# „Concerning the use of a single sensor bar while keeping an iron sight, I think you could propose to the user to define the 4 corners of the screen for the configuration. I would be curious to see the result.“
> Yes this is what i planned todo. Messure the distance of the wii sensor bar IRs. Than scale the distances of the calibrated points in ratio to the messured sensorbar IR distance. It can also be assumed that the sensor bar is horizontal. Therefore, one could also calculate the rotation in this way. Atm not 100% sure how it works in detail. But ppl done it already.

# „I can use the wiimote or the vjoy with iron sight too, but I couldn’t simulate rawInputs for some games/emulators. Did you find a solution?“
> Atm i tested only these emulators: https://geekonarium.de/en/lightgun-emulator-configuration/ . ginzu emulation on youtube atm test whole bunch of other emulators with vjoy2 plugin. I hope he will do some tutorial videos soon. I will let you know. https://www.youtube.com/channel/UCjVKvPckPpzCNX8BhuZ_FIg

# „I suggest you to have a quick look at my github which is basically your ideas : https://github.com/JeromeGsq/LightGunWiimote4Points/tree/develop/NetInputs“
> Thanks i will check it out 🙂

# „In my case, I would like to be able to play PCSX2 Time Crisis 2 to 2 players.“
> We tested that. Had no luck so far with the nuvee plugin. But the nuvee plugin is opensource i think? https://github.com/mirror/nuvee/tree/master/nuvee_ps2_usb%20-%20guncon2%2C%20keyboard%2C%20mouse/src ? Maybe someone fork that project and translate that to gamepad that it is feedable by vjoy2 or use other techniques like net communication from Lichtknarre-plugin ( https://github.com/Geekonarium/LichtknarrePlugin ) to PCSX2-plugin. There are many possible solutions. 🙂 Need to find time for this.