#Overview
[http://hexler.net/software/touchosc|touchOSC] is an iOS and Android application for sending and receiving Open Sound Control messages over WIFI using UDP. It combines easily with the OSCBundle library.
All layouts are completely customizable with the free utility from the developer of Touch OSC which you can download from the TouchOSC website. If you’re new, I recommend sticking with the manufacturer-supplied layouts, and customizing as needed. The OSC commands for your particular console will most likely be documented in the manual for. TouchOSC is a modular OSC and MIDI control surface for iPhone, iPod Touch and iPad by hexler. It supports sending and receiving Open Sound Control and MIDI messages over Wi-Fi and CoreMIDI inter. Hexler.net uses cookies to deliver website content. By continuing without changing your preferences, you agree to our use of cookies.preferences, you agree to our use of cookies. Another thing to keep in mind is that TouchOSC only lets you define 1D and 2D sliders and toggle/momentary buttons. This means that not all of our OSC controllable parameters will work with Touch OSC. With TouchOSC, you can use a fader (or most other controls) to control 1D parameters such as 'Line Width' or 'Zoom'. After lots of surfing round when i first got Touch OSC for configuring etc, I decided to make a video that shows a simple yet effective layout for use with T.
Touchosc Bridge Download
Touchosc Templates
[http://youtu.be/9dIPox581Rg|watch a video demonstration on youtube]
#Getting Started
- download the oscuinoTouchOSC.touchOSC layout from the Applications->touchOSC folder on the github
- add the custom layout to touchOSC
- download the oscuinoEthernetTouchOSC.pde example from the examples->Arduino folder on the [https://github.com/CNMAT/OSCuino|github]
- change the IP address in line 19 of the sketch to whatever IP you would like to assign the board (default is 192.168.1.120) and port numbers (default is in:8888 and out:9999)
- install the sketch on an Arduino board with an Ethernet connection (like the Freetronics EtherMega)
- change the host IP and ports in the touchOSC applications to match those of the Arduino (remember the 'in' port on the Arduino will be the 'output' port on touchOSC)
- the Arduino ethernet port needs to be connected the same wireless router that touchOSC device is connected to
- tap a button on the touchOSC interface to make the connection
Touch Osc Android
#touchOSC interface
The touchOSC interface allows you to see the values of up to 16 analog input pins on the ANALOG page and control the output value of up to 54 digital pins on the DIGITAL page.