The following is all about Visual Programming Languages. More MIDI over ethernet solutions are available from KISS box. Need to work on multiple computers with MIDI programs, but without going through MIDI ? Route the MIDI data with ipMIDI or MIDIoverLAN CP or simply by setting up a network session in the MIDI Studio of the Audio MIDI utility on MacOS. NADA and iStuff are software layers to help you use input devices in all kinds of software apps. You are probably using MIDI Yoke as a virtual MIDI port to route your I-CubeX sensor data, but there's also LoopMIDI, LoopBe1 (which only provides one port though) and Jackaudio, which is actually primarily for audio signal routing but they have a great list of (mainly Linux) audio applications. For Virtual Joystick mapping functionality, check PPJoy. Also, look into OSCulator and go wild with OSC. For MacOS, there's MIDIPipe or try JunXion or MIDI Stroke. Another option is ICON (Input Configurator). For more sophisticated (conditional) re-mapping of your I-CubeX data to different MIDI messages, or to make your I-CubeX data appear as keyboard strokes or mouse movements, or to map to other Windows messages, use MIDI translator Pro. To make your I-CubeX data appear as keyboard strokes, try our keycode/string mapper. To extend or improve the range of your Bluetooth adapter, try a long range access point from eg. AirPower2, Missing Link, MIDIJet Pro, MidiStream, WIDI-X8, MidAir. There are a number of wireless MIDI hardware devices, see eg. Here's some info how to connect to iPhone and iPad with a wired MIDI interface, but you can also send MIDI over Bluetooth to an iPhone or iPad. For wireless MIDI, try BLE-MIDI (MIDI over Bluetooth Low Energy), supported on MacOS and Windows 10. To extend your MIDI cable, use a MIDI Solutions Thru box or a MLA-XLR MIDI Line Amplifier or go via RS422 with EES LDM - 4 or go via Ethernet. from IOGear, should work with the USB-microDig (v7.10/7.1 or higher). Also, wireless USB devices or TCP/IP-based (WiFi or ethernet) USB device servers, eg. 3D printing offers a wealth of possibilities.įor the USB-microDig, regular/passive USB extension cables upto 6ft or longer ones that are powered/active work fine, or for even longer distances use USB cable extenders from eg. Michael's that are easily cut and glued so as to form structures in/on which the items can be mounted/placed. For basic prototyping, scaffolding could be provided by styrofoam and similar materials such as (balsa)wood from eg. Mounting sensors, actuators and interfaces involves some mechanical engineering and may require ingenuity. Prototype and measure user-product interactionĬontrol audiovisual effects with gestures
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