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GMU:Max/MSP visual programming/Maike Effenberg (view source)
Revision as of 11:54, 13 July 2018
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<br>Also, if you are interested in Pranayama (yoga breathing techniques). | <br>Also, if you are interested in Pranayama (yoga breathing techniques). | ||
<br>I made a Anuloma Viloma timer. | <br>I made a Anuloma Viloma timer. | ||
The timer helps you to stay in the right rhythm to for breathing in this special technique and gives you a little help if you should use your left or right nostril. | |||
The technique relaxes you and balances left & right half of the body... | |||
<br>Check it out here (づ￣ ³￣)づ [[:File:Anuloma Viloma timer.maxpat]] | <br>Check it out here (づ￣ ³￣)づ [[:File:Anuloma Viloma timer.maxpat]] | ||
[[:File:ANULOMA VILOMA - EXTENDED.maxpat]] | [[:File:ANULOMA VILOMA - EXTENDED.maxpat]] - This is an improved version. Still, there are a lot of things that have to be changed to make this patch costumer friendly. | ||
<br>'''Task:''' | <br>'''Task:''' | ||
<br>In this lession we figured out how to use a mobile phone app like ''soundcool.org'' to connect and control your mobile phone and a max/msp patch. | |||
[[:File:4 - osc verbindung mit handy.maxpat]] | <br>This patch is very simple. It provides the basic connection to the app. You can see change different values. These can be used to further implement more functions. <br>For example: switch off a light or dim a light, control sounds or the volume of sound.... | ||
<br>The patch gives everyone the chance to connect more functions that can be remotely controlled with your phone. | |||
*[[:File:4 - osc verbindung mit handy.maxpat]] | |||
<br>'''Task:''' | <br>'''Task:''' | ||
<br>"have an input | <br>"have an input and output(light) via Arduino by using MAX/MSP" | ||
<br>For this you need an Arduino file that preconfigures your Arduino. To use the Arduino you can then use the max/msp patch. | |||
<br>This can be extended to all the functions you want to use. | |||
<br>The max-patch I provide you is reads data from a pin on the Arduino. This data is then translated to visual (led light on board& multislider in the patch) <br>and auditive output. | |||
<br>٩ʕ•͡ו͡ʔ۶ | |||
<br>* [[:File:_2_-_combination_input_cable_output_light.ino]] | |||
<br>* [[:File:2 - arduino led controlled by patch.maxpat]] | |||
<br> | <br> | ||
<br>'''Task:''' | <br>'''Task:''' | ||
<br>Again here we use the same file for the Arduino as in the previous task. | |||
[[:File:cube and arduino.maxpat]] | <br>This time the Input from an Arduino Pin moves a three-dimensional object on a display in a three-dimensional space. | ||
<br>Also, this patch can be improved or extended, so that the object itself as well as the position can be varied by more Arduino Inputs. | |||
<br>❤◦.¸¸. ◦✿ | |||
<br>*[[:File:cube and arduino.maxpat]] | |||
<br> | |||
<br>In case you are interested in this please have a look at the work from [https://www.uni-weimar.de/kunst-und-<br>gestaltung/wiki/GMU:Max/MSP_visual_programming/Yang_Li Yang Li] | |||
<br> | |||
<br>'''Task:''' | <br>'''Task:''' | ||
<br>Here are three videos morphed on one screen. By using the slider you can switch between the channels and discover different visual effects. | |||
[[:File:changin three channels.maxpat]] | <br>(<>..<>) | ||
<br>[[:File:changin three channels.maxpat]] | |||