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quadricone-model [2015/04/28 15:42] zoza [software] |
quadricone-model [2015/04/29 12:04] zoza [Quadricone model, Buhne A, Zurich] |
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| ====== Quadricone model, Buhne A, Zurich ====== | ====== Quadricone model, Buhne A, Zurich ====== | ||
| - | The Quadricone modela was produced for and presented at a research symposium 'Stage digital – a scenographic expedition', organised by SINLAB and ZHDK at Bühne A in Zurich, in November 2012. It introduced more formal complexity, reacting to any four wireless networks that were active in the space. | + | The Quadricone modela was produced for and presented at a research symposium [[https://www.zhdk.ch/index.php?id=71255|'Stage digital – a scenographic expedition']], organised by SINLAB and ZHDK at Bühne A in Zurich, in November 2012. It introduced more formal complexity, reacting to any four wireless networks that were active in the space. |
| a video of the installation [[http://vimeo.com/57664764]] | a video of the installation [[http://vimeo.com/57664764]] | ||
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| ==== software ==== | ==== software ==== | ||
| - | * {{http://www.aircrack-ng.org/|aircrack-ng}}, scanning network traffic (looks up the traffic on all available networks, writes a dump to a .csv file) | + | * [[http://www.aircrack-ng.org/|aircrack-ng]], scanning network traffic (looks up the traffic on all available networks, writes a dump to a .csv file) |
| * [[Multiple-Serial-Servo-Control|Arduino-Python 4-Axis Servo Control]] firmware by Principialabs, with the associated [[servo-py|servo.py]] library | * [[Multiple-Serial-Servo-Control|Arduino-Python 4-Axis Servo Control]] firmware by Principialabs, with the associated [[servo-py|servo.py]] library | ||
| * python script [[quadricone-python-zurich|quadricone.py]], acts as intermediary (reads the .csv file, finds four most active networks and calculates the position of motors based on the difference in the number of packets from the previous calculation) | * python script [[quadricone-python-zurich|quadricone.py]], acts as intermediary (reads the .csv file, finds four most active networks and calculates the position of motors based on the difference in the number of packets from the previous calculation) | ||
quadricone-model.txt · Last modified: 2015/04/29 12:04 by zoza
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