Jessie-Jamz Ozaeta

This video covers my process for programming the HC-SR04 ultrasonic sensor into Max for an interactive video installation, in which I use 3D models I've made in Blender. I also explain my concept and themes on ego and narcissism in cyberspace, something I've often explored in my work. Programming the Arduino into the Max patcher was a challenging, but fun process to play with distance and proximity upon interaction.

This video covers my process for programming the HC-SR04 ultrasonic sensor into Max for an interactive video installation, in which I use 3D

narcissus-as-narcosis

Narcissus as Narcosis

soundslikelind

THE FOREST (SKOGEN) is an interactive sound art exhibition created by Swedish composer Anders Lind in collaboration with Swedish scenographer Ulla Karlsson. THE FOREST is created as a multiplayer orchestra platform for novices (or experts). Within THE FOREST the visitors becomes orchestra performers ready to explore preprocessed sounds from the Swedish forest in combination with sounds from a traditional symphony orchestra. THE FOREST was first exhibited at Norrlandsoperan, Umeå, Sweden in 2019. 

SHARP distance sensors connected to an Arduino board captures and translates the movements from the visitors into digital numbers. Maxuino bridges the digital numbers into pre-programmed Max-patches created in Max 7. 

Sounds/musical concept and programming in Max : Anders Lind
Scenography : Ulla Karlsson

THE FOREST (SKOGEN) is an interactive sound art exhibition created by Swedish composer Anders Lind in collaboration with Swedish scenographe

the-forest-skogen-interactive-sound-art

THE FOREST (SKOGEN) - Interactive Sound Art

Alexis Baskind

Hedrot (for "head rotation tracker") is a low-cost (less than 40 euros) and efficient open-source hardware/software solution for head tracking. Hedrot is especially suitable for binaural rendering (3D-Audio on headphones), and has been initially designed for use with the binaural renderer Bipan as part of the Bili Project.

All the protypes were built in Max. A C-library that ensure the serial communication with the head tracker as well as the computing of the angles has been specifically designed for this project. A Max external based on this library has been programmed and used as core of the main receiver program, which is available either as a Max patch or as a standalone application.

Contributions to help developing this collaborative project further are warmly welcome. Please contact us for proposals and questions. 

hedrot-open-source-head-tracker

hedrot: open-source head tracker

hz37

Max 7 is the middle man between OSC (UDP) messages from an Arduino Uno and Ableton Live. Follow the full Instructable for the whole story.

instructable-max-7-project

Instructable Max 7 project

cskonopka

Arduivis is a bi-directional communication paradigm for programming languages & microcontrollers. The purpose of this project is to explore and expand the interconnectivity possibilities of music, art and science. The general idea revolves around using an Arduino, or a microcontroller with serial capability, as a communication hub. This hub can be programmed to handle with several types of interactions from a selected programming language. Currently, this project is compatible with MaxMSP, Pure Data, Python and NodeJS.

arduivis-a-bi-directional-communication-paradigm-for-programming-languages-microcontrollers

arduivis - a bi-directional communication paradigm for programming languages & microcontrollers

Rodrigo

All of the computer side of the software was coded in Max, including descriptor analysis/matching and DMX control.

grassi-box

Grassi Box

Lilli Wessling Hart

Many of us at Cycling '74 are gardening enthusiasts. When this stunning project was brought to our attention, two of our favorite worlds came together. Wish we could be there to see and hear it in person. Thanks for sharing, OFL Architecture! 

1:38 shows a glimpse of their application built in Max.

Presented for the first time at the Maker Faire Rome, St Horto is the first prototype of an interactive garden that creates an ideal synergy between architecture, nature, music and social technologies.
This is a short motion and timelapse movie about it.

Project: Francesco Lipari and Vanessa Todaro (OFL Architecture) + Federico Giacomarra
Video: Anotherstudio
Composer: Vincenzo Core
Location: Palazzo dei Congressi, Roma
Starring: Nicola Corona, Alberto Serra, Domenico Canzoniero, Marco Pesoli, Felice Allievi and Mitchell Joachim

St Horto / Interactive Garden

max-and-arduino-powered-interactive-music-garden

Max- and Arduino-powered interactive music garden

Geoff Morris

Moritz Simon Geist has built a (giant) robotic version of the classic Roland 808 drum machine using Max for Live, Arduino, and a heap of solenoids.

From his website: "I see hacking – in this case music hacking – as a form of anti-passiveness, through which I think the individual can have an impact on his or her environment, status and state of mind...Within the last five years the rise of Arduino, Ableton Live and Max/MSP has made this much easier."

Videos, pictures, and technical details of Geist's MR-808 project

MR-808 - mechanic drum robot from Sonic Robots on Vimeo.


Let's get physical: MR-808 is the first drum robot that reproduces the drum sounds of the 80s - in the real world. 
The robot installation MR-808 is a replica of the famous 1980s electronic drum machine TR-808 – with robots playing the drum sounds! I (Moritz Simon Geist) have been playing electronic music for several years now, and at some place I was bored of the electronic music production process. With binary logic, everything is possible. 
So I decided to go back to the roots of sound generation – the physical sound generation – but combine it with the electronic music structure we like so much. 
I liked the idea so much, that I couldn’t stop building my own drum robots, and ended up replacing all the electronic sounds of a whole drum computer, placed in a 3,3 x 1,7m² case. I am very proud to present the “MR-808” – a mechanic replica of the famous 1980s electronic drum machine TR-808! 
Read on: http://sonicrobots.com/mr808-eng/ 
--- 
MR-808 - mechanic sound robot (all drums, miced) 
A mechanic relay controlled via arduino (bass sound) 
Gameboy - Arduinoboy hardware (8 bit chiptune sound) 
Everything was programmed in Ableton, only equing and compression has been applied. 
--- 
 
Filmography: David Campesino 
Music: Moritz Simon Geist

MR-808 - mechanic drum robot

sonic-robots

Sonic Robots - A M4L controlled robotic drum machine.

Ted Wiggin

Max interfaced with Arduino to read the blinds' state, control a DMX console and vary the sound.

manifest-yesterday

Manifest Yesterday

balam

value smoother from  arduino analog output  ( 0 - 1024)

this module does not connect a  arduino board  to max ,  is just a value smoother / scale values to be vizzie friendly ( 0.0 - 1.0)

there several patches av. to connect arduino to max msp.


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