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#Gamecube usb adapter dance pad how to#
#Gamecube usb adapter dance pad install#
#Gamecube usb adapter dance pad Patch#
#Gamecube usb adapter dance pad Pc#
#Gamecube usb adapter dance pad windows#

On Windows, you can press Win-R, type joy.cpl, choose the Maple joystick device, press Properties, and you should see it move the joystick in time to the LED flashes. Then double check to make sure that the joystick is moving between two opposite corners. It should type "Hello World!" in and be flashing the LED. Unplug the device and plug it in while you have a working cursor in a text editor (e.g., in your Arduino sketch). Or if it's already plugged in, press the RESET on it, or unplug and plug it. As soon as it says "Searching for DFU device", plug the Black Pill in via the USB. Go to Tools | Board and scroll down to select Generic STM32F103C series.įinally, press the upload button (right arrow icon). While (!usb_is_connected(USBLIB) || !usb_is_configured(USBLIB)) delay(100) USBHID.begin(HID_KEYBOARD_MOUSE_JOYSTICK) Start a new sketch ( File | New.) and type in: #include You now have a bootloader that you can use with the Arduino IDE.Ĭheck to make sure everything is working. Unpower everything and then move the jumper from B0+/center to B0-/center. Choose a 64kb rather than 128kb flash version. Choose the COM port for your UART bridge. Power up the Black Pill via its USB port (best if you connect it to a charger rather than the computer, as the computer will likely complain about an unrecognized USB device).

#Gamecube usb adapter dance pad windows#

On Linux (and maybe OS X and even Windows if you prefer commandline tools), use this python script instead, but my instructions will be for Windows.Ĭonnect your UART bridge to your computer.

#Gamecube usb adapter dance pad install#

On Windows, install ST's Flash Loader Demonstrator. I used logic probe tips to make the connections on the STM32 side, but you could also just solder in some wires that you can later cut off (or de-solder if you want to be neat)ĭownload the bootloader binary.

PA10 to UART bridge TX ("RX" if you're using the Arduino trick).

PA9 to UART bridge RX ("TX" if you're using the Arduino trick).

On the headers you soldered, put a jumper from B0+ to center and from B1- to center. The Arduino runs at 5v and the Black Pill at 3.3v, but the PA9 and PA10 pins on the stm32f103 are 5V tolerant according, so that shouldn't be a problem. The only trick is that the RX and TX labeling becomes reversed: the Arduino's "RX" pin transmits and its "TX" pin receives. If on an Arduino you short the reset pin to ground with a short wire, then it becomes a UART to USB bridge-no sketch needed. You can order a ch340 from Aliexpress for $0.66, but I had an Arduino Mega knockoff sitting around, and there was a cool trick I found online.

You need a UART to USB bridge that is compatible with 3.3v devices. Solder the two three-pin headers in the middle of the Black Pill development system (B0-/center/B0+ B1-/center/B1+).

Arduino or other UART-to-USB bridge device.

Something to put it in (a small cardboard box a food container I made a 3D printed case).

A small piece of protoboard (I cut it from a larger chunk).

Two momentary switches (one will do in a pinch).

Currently $1.90 on Aliexpress ( here I had ordered for $2.05 here) Don't get the slightly cheaper red or blue ones, as they have deficiencies.

"Black pill" STM32F103C8T6 minimum development system.

For instance, mode 1 is a joystick emulation that merges the two shoulder buttons into a single sliders, mode 2 is a joystick emulation that keeps the shoulder buttons as separate sliders and mode 4 emulates keyboard arrow keys. One can switch operation modes with two push buttons. The design allows for up to 15 different operation modes, indicated by four LEDs.

#Gamecube usb adapter dance pad how to#

This Instructable will also tell you how to get started making USB HID devices with the STM32F1 and the Arduino IDE.

#Gamecube usb adapter dance pad Patch#

It's more powerful than an Arduino (32-bit ARM processor at 72MHz), has a USB peripheral, runs at the 3.3v needed for the Gamecube controller, and already has software (after a patch or two) that supports USB Keyboard/Joystick/Mouse all at once. The solution is a $2 "black pill" STM32F1 development board.

#Gamecube usb adapter dance pad Pc#

One can buy a GameCube Controller adapter for $16, but I am cheap, and I wanted to be able to have different settings for different games, without any software fiddling on the PC side (GlovePIE, FreePIE, vJoystick, etc.) For instance, for some games I want the pad (and the sticks on the Gamecube controller) to generate arrow keys forfor other games, I want it to generate WASD controls for some I want to use the Gamecube controller as a joystick with different button mappings for different games. As a bonus, I also wanted to be able to use our (knock-off) Gamecube controller to for games on the PC, as I don't have any PC gamepad.

We have Dance Dance Revolution pads with Gamecube plugs for the Wii, and I wanted to be able to play games on the PC using a dance pad-I thought (rightly!) that Tetris would be particularly fun.