Added files containing constants to use Control Change controller names instead of magic numbers.Added Bank and BankSelector classes instead of bank() method per class.Header-only rotary encoder classes to remove Encoder.h dependency.Using the Extended IO classes and the ExtIO namespace, you can treat them as if they were normal input/output pins, without having to worry about the actual implementation. Use analog multiplexers and shift registers to save IO pins.
#Arduino midi controller serial
MIDI interfaces on hardware serial ports as well as SoftwareSerial ports are supported as well, to use the controller with MIDI devices that use a 5-pin DIN MIDI connector. The debug mode allows you to print the MIDI events in the serial monitor for easier developing, testing and debugging.
More information on the MIDI over USB Wiki page.įor maximum flexibility, you can use the MIDI functions to send your own custom MIDI events, without having to worry about compatibility issues between different boards. If your board doesn't support MIDI over USB, it will default to the Serial USB interface. ), it will be automatically detected as a MIDI device, and you can start playing right away. This means that you can just plug it into your computer or tablet (PC, Mac, Linux, iOS, Android. The library will automatically detect what kind of Arduino-compatible board you are using, and it will use the USB connection for MIDI communication (if available). Rotary encoders can be mapped to controls like volume, balance, effect parameters, EQ, jog wheels, timeline scrolling, library scrolling. The library has many settings for accuracy and speed.ĭifferent MIDI modes are available for compatibility with a huge range of music production, DJ or DAW software. Unlike potentiometers, they can turn indefinitely, and allow for more precise controls. Rotary encodersĪnother way to input continuous values is by using rotary encoders or jog wheels. buttons), mute/solo/rec buttons, effect enable/disable, looping options, sample triggers.
Just like with Digital inputs, these buttons can be mapped to controls like transport control ( play/pause/stop/cue/. This allows you to use a very large number of buttons with only a limited number of IO pins. There is support for matrices of buttons as well. īuttons are debounced and can be inverted if necessary.ĭigital inputs can be mapped to controls like transport control ( play/pause/stop/cue/. The library can be used with a wide range of digital inputs as well, like pushbuttons, latching switches, footswitches.
#Arduino midi controller full
You have full control over the value mapping, control curves, and the range of the inputs.Īccuracy up to 10 bits supported using pitch bend events.Īnalog inputs can be mapped to controls like volume, balance, effect parameters, EQ. It filters the inputs and applies hysteresis, to get smooth transitions and to reduce noise. The library can take input from a variety of analog devices, such as variable resistors, potentiometers, linear faders, light sensors. Please read the installation instructions first.
#Arduino midi controller free
If you need help porting your existing MIDI Controller project to Control Surface, feel free to open an issue. I no longer offer support for the MIDI Controller library, and I won't be adding any new features.įor new projects, it is highly recommended to use the Control Surface library instead of the MIDI Controller library.Ĭontrol Surface is well-supported, and new features are added regularly. It adds support for MIDI input, SysEx, the Mackie Control Universal protocol, VU meters, LEDs, OLED displays, audio over USB, MIDI over Bluetooth, MIDI routing. It has more features, a better architecture, unit tests, continuous integration, clearer documentation, support for more and newer Arduino boards, etc. Control Surface The MIDI Controller library has been obsoleted by its successor, the Control Surface library. It uses a MIDI-over-USB connection to connect to your computer, and can be used in your favourite DJ or DAW software. The library works on pretty much all Arduino and Teensy boards, like the Arduino Uno, Mega, Zero, Due, Leonardo, Micro, Teensy 3.2. It supports digital inputs, like pushbuttons and switches, analog inputs, like faders, potentiometers, light sensors, and rotary encoders, like jogwheels. It enables you to easily create MIDI controllers or instruments with very few lines of code. This is a library for creating a MIDI controller using an Arduino board.
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