Difference between revisions of "TouchDesigner & Arduino"
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You can use Arduino to send (sensor) data to TouchDesigner and vice versa. | You can use Arduino to send (sensor) data to TouchDesigner and vice versa. | ||
| − | For example, you might want to measure the light condition of a room and use this data to trigger something in TouchDesigner. Or you might want to be able to have a light bulb react to a sound file, or a motor spin in sync with a projection. | + | For example, you might want to measure the light condition of a room and use this data to trigger something in TouchDesigner. Or you might want to be able to have a light bulb react to a sound file, or a motor spin in sync with a projection. |
| + | |||
| + | == Using Serial Communication== | ||
| + | Serial communication is a method for transferring data between devices. It is able to send data sequentially over a wire. In this case the USB cable that connects your Arduino with the computer running TouchDesigner. | ||
| + | ===Arduino to TouchDesigner=== | ||
| + | ===TouchDesigner to Arduino=== | ||
| + | |||
| + | ==Using Firmata== | ||
[[Category:TouchDesigner]] | [[Category:TouchDesigner]] | ||
Revision as of 11:40, 22 March 2024
You can use Arduino to send (sensor) data to TouchDesigner and vice versa.
For example, you might want to measure the light condition of a room and use this data to trigger something in TouchDesigner. Or you might want to be able to have a light bulb react to a sound file, or a motor spin in sync with a projection.
Using Serial Communication
Serial communication is a method for transferring data between devices. It is able to send data sequentially over a wire. In this case the USB cable that connects your Arduino with the computer running TouchDesigner.