This video shows how to get started with RNBO and Max with Raspberry Pi. We take the delay patch built in the previous tutorial and set up some potentiometers and a button to control it, wired directly to the Raspberry Pi and interacting with the RNBO patch.
Links and resources: High resolution photo of the breadboard: https://github.com/little-scale/rnbo/blob/main/rnbo_2_photo.jpg Lydexic’s excellent tutorial: https://www.lysdexic.com/adding-potentiometers-to-your-raspberry-pi-with-rnbo/ Gpiozero: https://gpiozero.readthedocs.io/en/stable/api_spi.html Pyliblo: https://das.nasophon.de/pyliblo/ Raspberry Pi header: https://www.raspberrypi-spy.co.uk/2012/06/simple-guide-to-the-rpi-gpio-header-and-pins/ MCP3008 Datasheet: https://ww1.microchip.com/downloads/aemDocuments/documents/MSLD/ProductDocuments/DataSheets/MCP3004-MCP3008-Data-Sheet-DS20001295.pdf Python script to copy and paste: https://raw.githubusercontent.com/little-scale/rnbo/main/rnbo_2_python.txt Terminal commands: ssh pi@[IP address of PI] sudo apt install liblo-dev pip install pyliblo3 nano rnbo.py python rnbo.py 00:00 - Introduction 00:55 - Items required 02:39 - Python libs 03:49 - Why MCP3008? 04:28 - Setting up breadboard - adding MCP3008 05:05 - MCP3008 pinout 05:10 - Connections between MCP3008 and Pi 06:54 - Setting up pots 07:18 - Cap, gnd and 3v3 for MCP3008 08:52 - Setting up pots 10:46 - Button on breadboard 11:27 - Signals from pots to ADC 12:24 - Adding caps to pots 13:22 - Put knobs on pots 13:59 - Placing pots on breadboard 14:39 - Turning off Pi 14:45 - Pi ground 15:14 - Pi 3v3 16:00 - Pi MOSI 18:24 - Pi MOSI 19:14 - Pi clock 19:47 - Pi chip select 21:13 - Pi button 21:46 - Explaining the button toggle action 22:18 - Booting Pi 22:51 - Opening Terminal 23:06 - SSH into Pi 23:26 - Install pyliblo 24:51 - Make new nano document rnbo.py 25:11 - Paste python code 25:15 - Save as new document on Pi 25:19 - How does the code work? 28:47 - Python script running 29:10 - Parameters web interface 30:00 - Summary
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