alp tugan

Mathieu Chamagne

Graphical interface design and software application was developed in Max 5.

project94-squatouch-object-oriented-sounds-tangible-musical-interface

Squatouch: Object Oriented Sounds / Tangible Musical Interface

Arvid Tomayko

A large and growing repository of Max 5/6 abstractions, javascripts, shaders, etc I've made and found useful over the years. Some will be generically useful to people, others are esoteric or specific to the way I use max. Some are well documented, others are not so much. I hope some of these will be useful to people.

a number of dict abstractions that make it easy to use dictionaries to manage the state of a patch (get items, set item, create subdicts, dict item based gate, etc)

use LEDs on KMI QuNeo pads as audio meters

a standard audio output bpatcher for patches

javascripts for converting between hex, binary and int

a javascript that quantizes to musical scales

Apple multitouch trackpad input conditioning - tries to map finger data intelligently to one parameter per finger

td.rota shader with offset values absolute rather than relative to rotation

an example multitrack recorder bpatcher for all channels of a MOTU Ultralite

javascripts to scroll within a patch or send a patch window to the back

check if a file exists anywhere in max's searchpath

return the path of the current patch so saved files dont go willy-nilly to the last place used in Max's searchpath

bpatchers for managing preset slots and JSON files for pattrstorage

To download the whole thing, click "(download)" next to the size at right


atp-abstractions

atp.abstractions

[MMF-Fantastick] : Max Multitouch Framework for iPad, iPhone & iPod-touch + Fantastick

MMF-Fantastick is an extension of MMF (Max Multitouch Framework) : a set of abstractions to control max user interface directly within a multitouch screen.

Fantastick is a free app for iPad, iPhone & iPod-touch : http://pinktwins.com/fantastick/

MMF-Fantastick will draw on your iThing (thanks to Fantastick) a representation of all named UI objects that are visible in the presentation mode of your Max patch, and let you control them directly from the multitouch screen of your device.
It's really easy to configure, fast, bi-directionnal.. and free !

have a look at this video :http://www.youtube.com/watch?v=tfvEV1zcAjQ

- first, install and configure Fantastick on your iPad/Phone/iPod-touch (http://pinktwins.com/fantastick/ )
- download & install latest version of MMF-Fantastick from http://code.google.com/p/mmf/downloads/list
(please read included readme file for instructions)


mmf-fantastick

MMF-Fantastick

Andrew Benson

We are happy to introduce the new Sensel package, providing access to the Morph multitouch surface, to the Max Package Manager. 

When Sensel rolled out their Morph interactive surface, a lot of us in the Cycling ‘74 virtual office were very interested to see what this thing could do. While they offer several interesting interchangeable smart overlays, Max users will be most interested in the “Innovator’s” overlay, which is a blank, translucent rubber surface that allows you to use the Morph as a multitouch controller. The translucency allows you to print out a custom control layout to use as a guide underneath the overlay.

The package itself is pretty straightforward - simply install it from the Max Package Manager and open the Launch patcher to get started. You’ll notice there are 2 objects available, the sensel and jit.sensel objects. The sensel object provides rich information about surface touches as Max dictionaries. In addition to position, the output also provides force and surface area of the touch, as well as some other variables I wasn’t able to immediately put to use. 

You may need to brush up on your dict objects a little bit (like me), but you can also just copy the work inside of the Three Sensel Sliders example patcher to get started. Several of us also found that adjusting the sensitivity attribute is pretty key to getting the right kind of data out of the morph.

The jit.sensel object provides a representation of the controller surface as a single-plane Jitter Matrix, showing touch force across the surface. This could be used along with cv.jit objects or directly drive video masking or OpenGL mesh manipulations.

Find the Sensel package in the Max Package Manager and visit the Sensel website for more info on their available hardware.

image.png

We are happy to introduce the new Sensel package,  available through the Max Package Manager. The package includes a pair of Max objects that provide access to the Morph multitouch surface.

content-you-need-sensel

Content You Need: Sensel

Adrian Gierakowski

Max is used as a brain of the controller. First the interface is configured within a Max patch and  openGL drawing commands are sent to Fantastick app running on an iPad or other iDevice. Fantastick sends raw touch data to Max, where it is analysed for interactions with the control objects. Finally the screen is updated and OSC messages are generated, which can be used to control anything capable of receiving them. All communication between Max and the iPad happens over WiFi. The controller layouts can be saved within Max as presets.

multitouch-ipad-osc-controller

multitouch iPad OSC controller

laonikoss

mtloo is a multitouch trackpad looper. It supports up to four loops and is meant to be used with Apple's multitouch trackpad. The parameters which can be controlled with the trackpad are: volume, playback speed, panning (2ch), effect feed (wet/dry), loop size, loop starting point, record new loop. For most of these parameters the user also has the possibility of saving and retrieving presets.

You can see the looper in action here. (mtloo+electric guitar)

It is shared here as an example of putting together various techniques in creating a basic user interface which allows a user to control a Max/MSP patcher using only Apple's multitouch trackpad for live performance. It is an example of putting to use some of the tools in the matra toolbox.

[fngerpinger] – by Max & Michael Eggers (2009)
[gigaverb~] – by Sadeharju & Matthes, updated by Nadzharov (2012)

You need to have a post-2008 intel macbook with a multitouch trackpad or a magic trackpad, and MacOSX Snow Leopard or later.

You are free to use, share, smoke, or cook this text and/or patcher, anywhere and for any reason (apart from the two externals above which are licensed by their respective owners and should be used accordingly.)


mtloo-a-multitouch-trackpad-looper

mtloo - a multitouch trackpad looper

The patcher used in this project was written in Max/MSP and it transforms the magic trackpad into an instrument for controlling the looper and enabling the performer to manipulate his/her sounds live.

asatha

This is a collection of various tools, tricks, techniques for using the magic trackpad in controlling various objects in the Max/MSP environment, including sliders, multisliders, matrices, waveforms, even potentially using the trackpad as the monome arc!

This toolbox uses the external [fingerpinger] by Michael and Max Egger (which is included) and a basic requirement is a post-2008 intel macbook with a multitouch trackpad, or a Magic Trackpad and compatible software (e.g. Mac OSX Snow Leopard or later).

Feel free to share, and get in touch if you end up using this in some exciting project, it's great to hear how others are finding ways to use the trackpad with Max/MSP!


matra-multitouch-trackpad-tools

matra - multitouch trackpad tools

dochanjorge

Max/msp/jitter was used for capturing the live video feed, splitting it to pieces, decoding OSC data from a multitouch FTIR screen and also sending the pieces coordinates to M4L objects for controlling audio effects parameters.

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