Search Results for "virtual midi interface"

SmartKnob is an open‑source hardware/software hybrid rotary input device featuring software-configurable end-stops and virtual detents, facilitated by a brushless gimbal motor and magnetic encoder—offering programmable haptic feedback and a novel, tactile user interface. 240x240 round LCD ("GC9A01"), protected by 39.5mm watch glass on rotor. BLDC gimbal motor, with a hollow shaft for mechanically & electrically connecting the LCD. PCB flexure and SMD resistors used as strain gauges for press detection (haptic feedback provided via the motor). ...

...The design needs only a small amount of external circuitry and uses adjacent GPIO pins for the D+ and D- signals. It operates at USB low speed, making it suitable for human-interface devices and control-oriented peripherals. The repository includes an example that emulates a USB keyboard and mouse. A web interface can remotely control those virtual input devices over the ESP8266 network connection. The implementation is highly memory-conscious and includes custom control-message handling, hardware designs, and build tooling for embedded experimentation.

Library for handling XBee / XBee-PRO RF modules. The library is written in C and supports the following platforms: Linux (x86, MIPSel), Windows (x86), AT91 SAM7 microcontrollers.

Java based library for processing framework to support Korg USB/MIDI controllers (keyboard, surfaces et.c)

lpcusb is a USB core stack for the built-in USB device of LPC214x microcontrollers. It handles the hardware interface and USB enumeration/configuration. Included are usage examples like USB joystick HID, USB virtual COM port and USB mass storage on SD-ca

URBI: Universal Robotic Body Interface. URBI is a scripted command language used to control robots (AIBO, pioneer,...). It is a robot-independant API based on a client/server architecture. Liburbi C++/Java/Matlab are available here. Forum available at ht

The OS561 operating system based around FORTH/Java. The OS is to run on a VHDL chip OpenHardware design called the Minon, but could become available for other platforms. The unique point of the design is a revolutionary data compression technology.

We are developing a suite of software to control USB I/O devices. Initially the support will be for Windows and Linux hosted Human Interface Devices (HID) although hopefully this will extend to virtual comms. port control in the future. API coming...