GMU:Introduction: Performance Platform/Lefteris Krysalis: Difference between revisions
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In OpenFrameworks, I loaded the fan in my code and I draw just its white wireframe in a black background. Also, I built a virtual camera for the live process and I created a lot of lines in loop in order to give the illusion of a perspective in a 2D space. | In OpenFrameworks, I loaded the fan in my code and I draw just its white wireframe in a black background. Also, I built a virtual camera for the live process and I created a lot of lines in loop in order to give the illusion of a perspective in a 2D space. | ||
[[File: | [[File:Screen Shot 2018-09-24 at 17.24.25 copy.jpg|400px]] | ||
When I finished with the main patch and the main code, I tried to connect and control everything with my leap motion controller using OSC data. I made a sub-patch in Max/Msp that I called distribution. In this patch I received first all the data from the leap motion, I scaled them and afterward I send them via different internal ports to the main max/msp patch and the openFrameworks code. | When I finished with the main patch and the main code, I tried to connect and control everything with my leap motion controller using OSC data. I made a sub-patch in Max/Msp that I called distribution. In this patch I received first all the data from the leap motion, I scaled them and afterward I send them via different internal ports to the main max/msp patch and the openFrameworks code. | ||
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In OpenFrameworks the OSC data that I was receiving from the leap motion I was controlling the virtual camera in order to have a visual correspondence to the changes of the sound. | In OpenFrameworks the OSC data that I was receiving from the leap motion I was controlling the virtual camera in order to have a visual correspondence to the changes of the sound. | ||
[[vimeo.com/291748684]] | |||
password FFS | password FFS | ||
[[File:FFS1.jpg|400px]] | [[File:FFS1.jpg|400px]] | ||
Revision as of 12:15, 30 September 2018
FanSymphony
Last summer it was a really warm summer and I spent while I was working a lot of hours with my fan, so I decided to make the fan the main object of my project
The idea of this project is really simpler and more an excuse to work with leap motion, max msp and OpenFrameworks together using DBL and specifically the screens and the surround system.
I recorded with a zoom the fan from 4 different angles and I created a 3D object of it. Subsequently, in Ableton Ι edited a little bit the recordings and I created 10 different tracks; 8 with different eq filters and bpm plus 2 tracks only for reverb and delay.
As soon as finished with the editing of the sounds, in Max/Msp I created a patch for the surround system of DBL adjusting each of 8 tracks to a certain speaker. At the same patch I created some eq filters and gain slider for the later live manipulation of the sound.
In OpenFrameworks, I loaded the fan in my code and I draw just its white wireframe in a black background. Also, I built a virtual camera for the live process and I created a lot of lines in loop in order to give the illusion of a perspective in a 2D space.
When I finished with the main patch and the main code, I tried to connect and control everything with my leap motion controller using OSC data. I made a sub-patch in Max/Msp that I called distribution. In this patch I received first all the data from the leap motion, I scaled them and afterward I send them via different internal ports to the main max/msp patch and the openFrameworks code.
In max/msp with the leap motion according to the move of my hand at x axis I was manipulating the frequencies of the sounds and at the z axis the gain, so I could have sonically the same illusion of perspective and space that I had visually
In OpenFrameworks the OSC data that I was receiving from the leap motion I was controlling the virtual camera in order to have a visual correspondence to the changes of the sound.
vimeo.com/291748684 password FFS
