#Joystick midi converter how to#
#Joystick midi converter install#
#Joystick midi converter code#
#Joystick midi converter series#

It was a large console-style case, about 18″ square, which I had already drilled with about 80 or 90 holes. I happened to have a suitable case for this project – the remains of a previous mixer project which was never entirely finished.

#Joystick midi converter series#

Once you have the configuration file, just run 'midi2vjoy -m midi -c conf' to enjoy.In my previous post on the FXBOX, I described a series of PureData patches used for guitar effects, and the need for a Foot Controller to operate it. # and watch the messages showing up on the screen. # The m_type and m_control value of each MIDI input can be found # v_number is the axis or button number MIDI message is contolling. # v_id is the vJoystick ID where the MIDI message is translated to. # m_control is the ID of the midi message. # m_type is the 176 (slider) or 144 (button).

# The format is one line for each control, with tab-separated values,

v_number: The axis name or button number on the vJoy device ('Z' for Z axis, and 3 for Button3).īelow the my mapping configuration file for Xsession-Pro.

v_id: The ID of the vJoy device (1, 2, 3, etc.).

m_control: This is the index (the second number you recorded in the testing session for each control).

m_type: This is 176 for axis and 144 for buttons.

The first two numbers are those you recorded in the midi test step above. This correspond to mapping an axis or button from MIDI to the corresponding control on the virtual joysticks. All lines starts with '#' are comments and will be ignored by the parser.Įach mapping line has four numbers. The mapping configuration file is a simple text file. The axis I moved sent (176, 12), and the button I pressed sent (144, 46). In the example shown below, I am testing the MIDI interface 1. Now you have all the necessary information to write a mapping configuration file. Do this for all the axis and buttons you like to use. Just write down the first number (usually 176 for axis and 144 for buttons), and the second number (which is the index of the axis or buttons).

#Joystick midi converter code#

The MIDI code that are sent by the MIDI device will be displayed on the screen. When the device is opened, you can mode the axis and press the buttons. You will need to select the MIDI you want to use. First the program will print out a list of available MIDI input devices for you to choose. To test the MIDI device, just run 'midi2vjoy -t'. vJoy #3: Z, Rx, Ry, Rz, Slider, Slider2, and 1 Button.vJoy #2: Z, Rx, Ry, Rz, Slider, Slider2, and 1 Button.vJoy #1: Z, Rx, Ry, Rz, Slider, and 8 Buttons.With that, we will need to configure three virtual joysticks with vJo圜onf tool.

Xsession-Pro has 17 sliders and 10 buttons, so I divide that into three virtual joysticks. Here I use M-Audio Xsession-Pro as example. We need to configure the virtual joysticks based on the MIDI device we like to use.

Run 'midi2vjoy -m midi -c conf', where midi is the midi device and conf is the configuration file.

Write/edit the mapping configuration file, see details in 2.4.

These codes will be used for the configuration, so midi2vjoy know this vjoy axis or button to drive then the MIDI device is used, see details in 2.3.

Run 'midi2vjoy -t' to test the code generated by MIDI device.

#Joystick midi converter install#

Install midi2vjoy software using python setup.py install (run as admin if using a standard user account).

Use the vJo圜onf tool ('vJoy' ->'Configure vJoy') to define the virtual joysticks, see details in 2.2.

#Joystick midi converter how to#

I will use the M-Audio Xsession-Pro as an example to show you how to use the midi2vjoy software. This code is available through 'Simplified BSD License'.

This software reads the input from MIDI controllers, and drives the virtual joysticks created by vJoy. Fortunately, a software called vJoy ( ) can emulate joysticks in the system. A few things are needed to get that to work as game controllers. MIDI controllers have many sliders, and is a good candidate for use in this scenario. all need their own control axis that is not available on common joysticks. For example, in flight simulators, the throttle, mixture, propeller, etc. However, often when one plays complex games many axis of control are needed. This is limited by the HID specification of joystick. This software provides a way to use MIDI controllers as joysticks.Ī typical real joystick usually has only a few axis.