What is MMjoy2? A USB controller based on Arduino boards that work as HID controller device - or 'joystick' - using Windows native drivers, is 'PnP': Update: MMjoy2 USB 2.0 Hardware needed: ~5$ Arduino PRO Micro (clone) or ~20$ Sparkfun/Teensy versions or Arduino boards ( based on ATMEGA32U4). Sample: Attention, is need the 5v version of Sparkfun board: Firmware: MMjoy2 - free for non commercial use, loaded in Arduino through USB cable using the JoySetup programn. Tutorial for firmware upload - by: Sample of firmware writing using Teensy 2.0+ (very easy): Features (latest firmware): Up to 120 buttons (12x 10 matrix, diodes needed) - Notice 120 buttons was possible in some Arduino boards only due pinout limitation in some versions, see in links bellow.

6 encoder - adjustable times 8x 10 (1024) - 12 bits* (4096 position) axis - compatibility for digital BUS sensor 'MMSens', position sensor that work like HALL sensor, but is less trick to configure, see the (in the links bellow). * For axis resolution above 10 bits is need use external ADC converter (eg. MCP 3204/8, TLE5010/11.) achieving 12 bits, since the native resolution in ATMEGA32U4 mc is 10 bits. 8 way POV HAT.

Download the latest versions of a Defender Cobra M5 USB Gamepad / Joystick drivers for Windows. Do you have the latest drivers for your Defender Cobra M5 USB Gamepad / Joystick? Download Cobra M5 USB Gamepad / Joystick driver at high speed. Drivers for ATK Package, Smart Gesture, Audio, Bluetooth, WLAN, VGA, Card Reader, BIOS, and more.

- 'Shift' (mode) function, allow a physical button press a virtual button if 'shift' are ON. - Compatibility with Shift Registers board in Tm F-22 PRO, Cougar, Warthog and Cobra M-5 grips, making use this grips 'plug-and-play' or DIY Shift Register boards, eliminating the need for Diode Matrix. - 'Joystick' name, VID, PID defined be user as desired.

5 predlozhenij s obrascheniem iz literaturnih proizvedenij avtor. - Special functions for the first 32 buttons, like timer. JoySetup allow you configure MMJoy as you want, even the 'joystick' name, and their features, for example as '2 axis and 1(or 0) button joystick'. Arduino boards compatible with MMjoy2 firmware: For MMJoy firmware/Configurator download see the more recently Mega_Mozg links (end of topic). Related topic in Russian forums: In this topic skip the DIY build boards part (first posts - like here) with today available and cheap Arduino bords the DIY boards ones became obsolete/uninteresting.

Or: ================================================================================================ Original topic - obsolete. Perhaps useful for someone: MMjoy is new firmware developed by MEGA_Mozg, for the old (2004) Mindaugas/Meandog project (DIY USB Controller based on ATMEL mc), that that besides original Mjoy8 or Mjoy16 boards works on 'developer” board, and Arduino based. Is a configurable joystick firmware, after write MMJoy firmware on your board (require USB ISP programmer cable), this is recognized by Windows as USB HID device, but not as “joystick”, because since the firmware is configurable, are you that define the “joystick' parameters, to this use the program “Configurator”, via standart USB cable: MMJoy main features. How did even you find this in the first place? In any case, my Chinese is pretty rusty. After about half hr of wrangling and talking to my credit card company to approve the purchase, the order finally went through. ~$23 netted me: 1 x Arduino Micro board 1 x CD4021 shift register board + cables 3 x TLE5010 board + cables The reviews seems good for the items, lot of talk about the seller being helpful and patient.

Now comes the waiting game. I am almost done designing my cam-based gimbal, so a TLE5010 will be a nice upgrade from the existing HAL based design.

A joystick is really just a pointing device, very closely related in function to the mouse. For games designed for use on a PC running the Windows 98 operating system (and earlier), the joysticks usually connected to the computer via the 15-pin game port. Post Windows 98 operating systems started employing the USB interface, and it is the most popular method for connecting a joystick today. Joysticks can provide many functions. Most joysticks provide the ability to point or move an on-screen object using coordinates on an x and y axis.

In addition, the joystick can provide from one to several buttons which can be used for various functions. Steering wheels and game pads basically provide the same functions but with a different physical design for the user. Joystick drivers are programs that provide for the communication between the computer and the joystick regardless of what connection method is used to connect the two. The provide the programming that tells the computer what the joystick positional signals mean, how they may be calibrated, and how they relate to user programs that require them. They also provide for the monitoring of button signal states (on or off), which normally represent a user programmed function (such as dropping a bomb or firing a gun).