usb to db15

[MikeDubreuil]

I had an idea as to how this could be done with USB. It involves writing a driver for a laptop.

You need the laptop to interpret the USB signals from the gamepad and run the driver for the gamepad. Then you send a data stream to a microcontroller. The microcontroller uses it's digital and analog outputs to output to the joystick inputs on the Operator Interface.

Very complicated. You would definitely get major props for creating this and bonus points for a white paper.

[Kyle Fenton]

I have seen controllers like this but involved cutting off the connecter at the end and doing some weird wire mapping. But I am guessing that you don't want to do that. There is a possibility of building your own converter, but you would have to know the pin-out of the x-box controller.

[Elgin Clock]

You may be interested in this thread here:
http://www.chiefdelphi.com/forums/showthread.php?t=22845&highlight=sega+genesis+cont roller

And this photo: http://www.chiefdelphi.com/forums/pictures.php?s=&action=single&picid=5818&direction =DESC&sort=date&perrow=5&trows=5&quiet=Verbose

And the accompanying discussion about that photo here:
http://www.chiefdelphi.com/forums/sh...threadid=22852

[aaronbr28040]

There was an article on the Parallax website on how to use a playstation controller to control a basic stamp robot. I have a modified version of the basic code that i found online for the project somewhere. It might be easier to use a playstation controller as there is a ton of information available on them and there is already pbasic code written for it. I found out about this in a Nuts and Volts article and was planning on doing a project with it my senior year in high school but ended up working on FIRST stuff the entire time.
-Aaron

[Ian W.]

Originally Posted by MikeDubreuil

I had an idea as to how this could be done with USB. It involves writing a driver for a laptop.

You need the laptop to interpret the USB signals from the gamepad and run the driver for the gamepad. Then you send a data stream to a microcontroller. The microcontroller uses it's digital and analog outputs to output to the joystick inputs on the Operator Interface.

Very complicated. You would definitely get major props for creating this and bonus points for a white paper.

And going by the rules FIRST has set for as long as I can remember, this is effectively illegal, because you have some sort of computer controlling the robot, besides the RC. This idea, while neat, is overly complicated and completely illegal for use during a FIRST competition, and honestly, I think it's a lot easier to rewire a joystick if that's the only joystick you can use.

[Adam Shapiro]

Originally Posted by Ian W.

And going by the rules FIRST has set for as long as I can remember, this is effectively illegal, because you have some sort of computer controlling the robot, besides the RC. This idea, while neat, is overly complicated and completely illegal for use during a FIRST competition, and honestly, I think it's a lot easier to rewire a joystick if that's the only joystick you can use.

This was my assumption as well. We were considering creating a Playstation controller drive system (just for fun) but decided that, even if we did (which I believe we probably will in the upcoming month or two), it would be illegal if it went through a PC.

The alternative to PC control, which I do believe is allowed, would be to create the interpreter using digital circuitry, transistors, and/or logic gates. For the most part, the circuit can be done simply through basic logic although a microcontroller may be necessary to communicate with certain serial-type controllers (PSX included). For more info on how console controllers communicate (systems from NES to N64 - not only Nintendo! ) check out http://www.arcadecontrols.com/Mirror...pro/index.html and http://www.gamesx.com/controldata/psxcont/psxcont.htm. Following instructions on their site, and one other, I was able to create a PSX->Parallel interface and simple driver which could be easily converted to work with separate circuitry rather than a computer.

Feel free to PM me if you have any more questions. I'll be sure to post a thread and pictures as soon as our team gets working on the controller project in the next weeks.

**EDIT
Now that I think about it, I seem to be having a Déja-vu about this topic. I think I may have posted this same information last year (or possibly the year before). I'm too lazy to search right now but if anyone wants to, feel free.

[Ian W.]

In any case, be VERY careful about using anything that could be considered a computer in your controls. Unless you can hook everything up with wires, resistors, capacitors, etc, anything simple and that doesn't have logic in it, you'll almost definitely be safe, because it's not a computer. But if you're doing any sort of programming, don't count on that control system being legal in FIRST.

As always, don't take anything said here for 100% truth, you'll all have to do your own research, but that won't happen tilll January. If you want to prototype now, great, but just don't put all your eggs in one basket.

[Angry Dictator]

Originally Posted by Adam Shapiro

This was my assumption as well. We were considering creating a Playstation controller drive system (just for fun) but decided that, even if we did (which I believe we probably will in the upcoming month or two), it would be illegal if it went through a PC.

The alternative to PC control, which I do believe is allowed, would be to create the interpreter using digital circuitry, transistors, and/or logic gates. For the most part, the circuit can be done simply through basic logic although a microcontroller may be necessary to communicate with certain serial-type controllers (PSX included). For more info on how console controllers communicate (systems from NES to N64 - not only Nintendo! ) check out http://www.arcadecontrols.com/Mirror...pro/index.html and http://www.gamesx.com/controldata/psxcont/psxcont.htm. Following instructions on their site, and one other, I was able to create a PSX->Parallel interface and simple driver which could be easily converted to work with separate circuitry rather than a computer.

Feel free to PM me if you have any more questions. I'll be sure to post a thread and pictures as soon as our team gets working on the controller project in the next weeks.

**EDIT
Now that I think about it, I seem to be having a Déja-vu about this topic. I think I may have posted this same information last year (or possibly the year before). I'm too lazy to search right now but if anyone wants to, feel free.

I was wondering about using an xbox controller, and I know where I can get my hands on some xbox controller ports. Is there any way that someone can think of that I can use the wiring from the controller to connect to the D-15 port?