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<br>This time the Input from an Arduino Pin moves a three-dimensional object on a display in a three-dimensional space. | <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>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>(●*∩_∩*●) | ||
<br>*[[:File:cube and arduino.maxpat]] | <br>*[[:File:cube and arduino.maxpat]] | ||
<br> | <br> | ||
| Line 44: | Line 44: | ||
<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. | <br>Here are three videos morphed on one screen. By using the slider you can switch between the channels and discover different visual effects. | ||
<br> | <br> ۜ^⨀ᴥ⨀^ | ||
<br>[[:File:changin three channels.maxpat]] | <br>[[:File:changin three channels.maxpat]] | ||
Latest revision as of 11:58, 13 July 2018
Task:
create your own sequencer
I combined the patches we were making in class to create the sequencer.
After this, I had a look at the example patch on the wiki and added a "decibel volume slider and monitor" (live.gain~).
Check it out here (☞ﾟヮﾟ)☞File:1 - selfmade sequencer I.maxpat (Sequencer using metro and counter)
Also, if you are interested in Pranayama (yoga breathing techniques).
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...
Check it out here (づ￣ ³￣)づ File:Anuloma Viloma timer.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.
Task:
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.
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.
For example: switch off a light or dim a light, control sounds or the volume of sound....
The patch gives everyone the chance to connect more functions that can be remotely controlled with your phone.
•͡˘㇁•͡˘
Task:
"have an input and output(light) via Arduino by using MAX/MSP"
For this you need an Arduino file that preconfigures your Arduino. To use the Arduino you can then use the max/msp patch.
This can be extended to all the functions you want to use.
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)
and auditive output.
٩ʕ•͡ו͡ʔ۶
* File:_2_-_combination_input_cable_output_light.ino
* File:2 - arduino led controlled by patch.maxpat
Task:
Again here we use the same file for the Arduino as in the previous task.
This time the Input from an Arduino Pin moves a three-dimensional object on a display in a three-dimensional space.
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.
(●*∩_∩*●)
*File:cube and arduino.maxpat
In case you are interested in this please have a look at the work from
gestaltung/wiki/GMU:Max/MSP_visual_programming/Yang_Li
Task:
Here are three videos morphed on one screen. By using the slider you can switch between the channels and discover different visual effects.
ۜ^⨀ᴥ⨀^
File:changin three channels.maxpat