No edit summary |
m (Miga moved page GMU:BioArt/Tim Vischer to GMU:BioArt WS15/Tim Vischer) |
||
| (4 intermediate revisions by 2 users not shown) | |||
| Line 5: | Line 5: | ||
[[image:woodrecord1.png|600px]] | |||
image:woodrecord1.png | | |||
==Process== | ==Process== | ||
First im sending an edited .wav file into an wav to text editor using an Python Code, the wav | First im sending an edited .wav file into an wav to text editor using an Python Code, the .wav file needs to be amplified and high sounds needs to be pitched otherwise they are not recognisable in the cut for the needle. The .wav to .txt code analyses the soundwaves and recreates it into coordinates that would build an round spiral with the sound information readable for an Vinyl player on it. | ||
<gallery> | <gallery> | ||
| Line 19: | Line 17: | ||
With this txt | With this .txt file full of coordinates im feeding an Processing code wich is turning them in an actual Vector file. Cause of the big amount of data the path gets split into 7 separate .pdf files. | ||
[[image:Screen_Shot_2016-04-07_at_17.56.01.png |600px| Processing code]] | |||
image:Screen_Shot_2016-04-07_at_17.56.01.png | Processing code | |||
Here you see the vector file from the original .wav converted through Python and then Processing. | Here you see the vector file from the original .wav converted through Python and then Processing. | ||
| Line 34: | Line 29: | ||
</gallery> | </gallery> | ||
== Test results== | |||
<gallery> | |||
image:IMG_8100.png |Test with mdf plate | |||
image:IMG_81021.png |Detail | |||
image:IMG_8095.png | Test on Vinyl Player | |||
</gallery> | |||
[[image:IMG_80971.png|600px| Test on Vinyl Player]] | |||
You can view a video of the first test with amplified audio [https://www.youtube.com/watch?v=lGxN1MoKIOA&feature=youtu.be here]. | |||
==Current State== | ==Current State== | ||
| Line 49: | Line 53: | ||
After fixing these problems i can finally expose them back to nature, to see how the sound reacts to being rotten. | After fixing these problems i can finally expose them back to nature, to see how the sound reacts to being rotten. | ||
Latest revision as of 15:55, 10 October 2017
WoodenRecord
I want to produce a vinyl record out of a piece of tree trunk using a Lasercutter for engraving a .wav file playing recorded natural noises into it. Later on i want to expose a second trunk after the cutting part back again into nature for half a month to give it back to it and see how that influences the sounds.
Process
First im sending an edited .wav file into an wav to text editor using an Python Code, the .wav file needs to be amplified and high sounds needs to be pitched otherwise they are not recognisable in the cut for the needle. The .wav to .txt code analyses the soundwaves and recreates it into coordinates that would build an round spiral with the sound information readable for an Vinyl player on it.
Python code
.txt file
With this .txt file full of coordinates im feeding an Processing code wich is turning them in an actual Vector file. Cause of the big amount of data the path gets split into 7 separate .pdf files.
Here you see the vector file from the original .wav converted through Python and then Processing.
Vector file
Detail
Detail
Test results
Test with mdf plate
Detail
Test on Vinyl Player
You can view a video of the first test with amplified audio here.
Current State
At the moment im fine tuning the audio quality, also some problems with cutting on a rougher surface than mdf plates needs to get fixed.
One big problem of cutting the file into an real slice of an tree trunk are the different degrees of hardness of the year rings of the tree, the laser will cut into weaker areas deeper than into harder and older ones.
Wood i want to cut in: Oak
Wood i want to cut in: Birch
After fixing these problems i can finally expose them back to nature, to see how the sound reacts to being rotten.