Medien Wiki - User contributions [en]

File:Processing+puredata.zip

2013-03-31T21:09:53Z

Li lingling: uploaded a new version of "File:Processing+puredata.zip"

== Summary ==

== Copyright status: ==

== Source: ==

File:Processing+puredata.zip

2013-03-31T20:42:37Z

Li lingling: uploaded a new version of "File:Processing+puredata.zip"

== Summary ==

== Copyright status: ==

== Source: ==

File:Touch sensor4.jpg

2013-03-31T20:40:50Z

Li lingling:

== Summary ==

== Copyright status: ==

== Source: ==

GMU:Dataflow I WS12/Li Lingling

2013-03-31T20:33:42Z

Li lingling:

== Touch Sensor==
I work on the interaction between object and sound. I will connect the object with arduino and turn arduino into a touch sensor.
First I will sammeln the information to processing. Then the message will be sent to puredata through OSC.
==Description==
My concept come from one project online,it is called "Touche for Arduino: Advanced touch sensing'. In my project I make a combination between processing and pure data, using processing as a medium to send data from Arduino to pure data. In terms of processing, the information from Arduino is classified.Then I use the classified information in pure data define different actions. In pure data I will create a gem and then using the data to move it. At the end it will like a game “maze”.
[[File:touch sensor3.jpg]]
==Working Process==
First I build a circuit on breadboard by myself to change the Arduino to be a touch sensor.
[[File:touch sensor2.jpg]]
[[File:touch sensor1.jpg]]
In my project I can get different data from Arduino to processing, when I touching the "Touch Sensor" . Then I will define different gestures. In my case I have four gestures. 
Gesture 1: No touching. 
Gesture 2: One finger touching. 
Gesture 3: Grab. 
Gesture 4: Put the finger in the water. 
[[File:touch sensor4.jpg]]
Because I want to use the different gestures to control the Gem object in pure data. So I name them "Go right"、“Go up”、“Go left”、“Go down”. 
<videoflash type="vimeo">63046775</videoflash>
In processing the gesture data is remembered as numbers. 
Gesture 1 is "0". 
Gesture 2 is "1". 
Gesture 3 is "2". 
Gesture 4 is "3". 
Then I send the gesture data to pure data through OSC. So in pure data I define the numbers with different movement. 
"0" is "Go Left". 
"1" is "Go up". 
"2" is "Go right". 
"3" is "Go down". 
<videoflash type="vimeo">63048325</videoflash>

[[File:processing+puredata.zip]]

GMU:Dataflow I WS12/Li Lingling

2013-03-31T20:31:52Z

Li lingling:

== Touch Sensor==
I work on the interaction between object and sound. I will connect the object with arduino and turn arduino into a touch sensor.
First I will sammeln the information to processing. Then the message will be sent to puredata through OSC.
==Description==
My concept come from one project online,it is called "Touche for Arduino: Advanced touch sensing'. In my project I make a combination between processing and pure data, using processing as a medium to send data from Arduino to pure data. In terms of processing, the information from Arduino is classified.Then I use the classified information in pure data define different actions. In pure data I will create a gem and then using the data to move it. At the end it will like a game “maze”.
[[File:touch sensor3.jpg]]
==Working Process==
First I build a circuit on breadboard by myself to change the Arduino to be a touch sensor.
[[File:touch sensor2.jpg]]
[[File:touch sensor1.jpg]]
In my project I can get different data from Arduino to processing, when I touching the "Touch Sensor" . Then I will define different gestures. In my case I have four gestures. [br]
Gesture 1: No touching.[br]
Gesture 2: One finger touching.[br]
Gesture 3: Grab.[br]
Gesture 4: Put the finger in the water.[br]
[[File:touch sensor4.jpg]][br]
Because I want to use the different gestures to control the Gem object in pure data. So I name them "Go right"、“Go up”、“Go left”、“Go down”.
In processing the gesture data is remembered as numbers.
Gesture 1 is "0".
Gesture 2 is "1".
Gesture 3 is "2".
Gesture 4 is "3".
Then I send the gesture data to pure data through OSC. So in pure data I define the numbers with different movement.
"0" is "Go Left".
"1" is "Go up".
"2" is "Go right".
"3" is "Go down".
<videoflash type="vimeo">63048325</videoflash>

<videoflash type="vimeo">63046775</videoflash>
[[File:processing+puredata.zip]]

GMU:Dataflow I WS12/Li Lingling

2013-03-31T20:30:39Z

Li lingling:

== Touch Sensor==
I work on the interaction between object and sound. I will connect the object with arduino and turn arduino into a touch sensor.
First I will sammeln the information to processing. Then the message will be sent to puredata through OSC.
==Description==
My concept come from one project online,it is called "Touche for Arduino: Advanced touch sensing'. In my project I make a combination between processing and pure data, using processing as a medium to send data from Arduino to pure data. In terms of processing, the information from Arduino is classified.Then I use the classified information in pure data define different actions. In pure data I will create a gem and then using the data to move it. At the end it will like a game “maze”.
[[File:touch sensor3.jpg]]
==Working Process==
First I build a circuit on breadboard by myself to change the Arduino to be a touch sensor.
[[File:touch sensor2.jpg]]
[[File:touch sensor1.jpg]]
In my project I can get different data from Arduino to processing, when I touching the "Touch Sensor" . Then I will define different gestures. In my case I have four gestures.
Gesture 1: No touching.
Gesture 2: One finger touching.
Gesture 3: Grab.
Gesture 4: Put the finger in the water.
[[File:touch sensor4.jpg]]
Because I want to use the different gestures to control the Gem object in pure data. So I name them "Go right"、“Go up”、“Go left”、“Go down”.
In processing the gesture data is remembered as numbers.
Gesture 1 is "0".
Gesture 2 is "1".
Gesture 3 is "2".
Gesture 4 is "3".
Then I send the gesture data to pure data through OSC. So in pure data I define the numbers with different movement.
"0" is "Go Left".
"1" is "Go up".
"2" is "Go right".
"3" is "Go down".

<videoflash type="vimeo">63046775</videoflash>
[[File:processing+puredata.zip]]

GMU:Dataflow I WS12/Li Lingling

2013-03-31T20:05:52Z

Li lingling:

File:Touch sensor3.jpg

2013-03-31T20:05:29Z

Li lingling:

== Summary ==

== Copyright status: ==

== Source: ==

GMU:Dataflow I WS12/Li Lingling

2013-03-31T20:02:23Z

Li lingling:

GMU:Dataflow I WS12/Li Lingling

2013-03-31T20:01:52Z

Li lingling:

GMU:Dataflow I WS12/Li Lingling

2013-03-31T19:35:15Z

Li lingling:

GMU:Dataflow I WS12/Li Lingling

2013-03-31T19:24:22Z

Li lingling: /* Description */

File:Touch sensor1.jpg

2013-03-31T19:23:39Z

Li lingling:

== Summary ==

== Copyright status: ==

== Source: ==

File:Touch sensor2.jpg

2013-03-31T19:22:39Z

Li lingling:

== Summary ==

== Copyright status: ==

== Source: ==

GMU:Dataflow I WS12/Li Lingling

2013-03-31T19:18:32Z

Li lingling: /* Arduino sensor */

GMU:Montepulciano/li lingling

2012-11-08T22:53:10Z

Li lingling:

GMU:Montepulciano/li lingling

2012-11-08T22:38:47Z

Li lingling:

GMU:Montepulciano/li lingling

2012-11-08T22:37:25Z

Li lingling: Created page with "<videoflash type="vimeo">53115436</videoflash>"

GMU:Montepulciano

2012-11-08T22:13:16Z

Li lingling:

[[:Category:Werkmodul|Werkmodul]]/[[:Category:Fachmodul|Fachmodul]] 
''Lecturers:'' [[Max Neupert]] 
''Credits:'' 6 [[ECTS]], 4 [[SWS]] 
''Date:'' Thursday, 13:30 until 16:45 h 
''Venue:'' [[Marienstraße 7b]], Room 204 
''First meeting:'' 19.4.

==Description==
The modul focus on the impact of algorithms on urban space
Part of the class is an excursion to Montepulciano, Italy 3.-10.6. We'll be working there together with Students of the Academy of Media in Cologne on our projects. Georg Trogemann, Lasse Schreffig of the KHM, as well as Ursula Damm and Bernhard Hopfengärtner will be joining us.

===German description===
Das Modul beschäftig sich mit Algorithmen und ihrer Auswirkung auf den Stadtraum.

Teil des Moduls ist eine Exkursion nach Montepulciano, Italien vom 3.-10.6. Dort werden wir gemeinsam mit Studierenden der Kunsthochschule für Medien, Köln an Projekten arbeiten. Georg Trogemann und Lasse Scherffig von der KHM, sowie Ursula Damm und Bernhard Hopfengärtner sind ebenfalls mit dabei.

==Assignments==
* [[/Ludocity|Games and the city]]
* [[/Julia/]]
* [[/li lingling/]]

==Assignment==
Active participation, presentation, artistic examination, documentation, edits in the wiki.

==Eligible participants==
Graduates enrolled in the Faculties of Media, Gestaltung and in the MediaArchitecture program

==Syllabus==
Termine des Semesters
# 19.4. First meeting with Bernd Hopfengärtner
# 26.4. Ludic City
# 3.5.
# 10.5. cancelled (Tampere)
# 17.5. cancelled (Christi Himmelfahrt)
# 24.5. Maps and finding a way in the city
# 31.5.
# 2.-10.6. Excursion
# 14.6.
# 21.6. cancelled (Istanbul)
# 28.6.
# 5.7.
# 12.7.

==Literature==
[http://www.uni-weimar.de/cms/universitaet/zentrale-einrichtungen/universitaetsbibliothek/recherche/semesterapparate/semesterapparate-medien/neu-medien-semesterapparate/ms-2012-35.html Semesterapparat]

* Busse, Klaus-Peter: Vom Bild zum Ort: Mapping lernen ISBN 978-3-8334-7031-8
* Bianchi, Paolo: Atlas : 6. Juni - 11. Juli 1997 Offenes Kulturhaus Linz ISBN 3-85132-162-6
* Thompson, Nato: Experimental geography : radical approaches to landscape, cartography, and urbanism ISBN 978-0-09-163658-6
* Harmon, Katharine A.: The map as art ISBN 978-1-568-98762-0
*Harmon, Katharine A.: You are here ISBN 1-568-98430-8
* Harzinski, Kris: From Here to There: A Curious Collection from the Hand Drawn Map ISBN 978-1568988825
* Jacobs, Frank: Strange Maps: An Atlas of Cartographic Curiosities ISBN 978-0142005255
* Koch, Tom: Desease Maps: Epidemics on the Ground ISBN 9780226449357
* MacEachren, Alan M.: How maps work : representation, visualization, and design ISBN 0-89862-589-0
* Möntmann, Nina: Mapping a City ISBN 3-7757-1442-1
* Ramm, Frederik: OpenStreetMap : die freie Weltkarte nutzen und mitgestalten ISBN 978-1-906860-11-0
* Rosenberg, Daniel: Cartographies of time ISBN 978-1-568-98763-7
* Schalansky, Judith: Atlas der abgelegenen Inseln ISBN 978-3-86648-117-6
* Die Sehnsucht des Kartografen : Franz Ackermann ISBN 3-00-012475-6
* Turchi, Peter : Maps of the Imagination: The Writer as Cartographer ISBN 978-1595340412
* Caquard, Sébastien: Mapping environmental issues in the city : arts and cartography cross perspectives ISBN 978-3-642-22440-9
* Journal of Aesthetics and Protest Press: An Atlas of Radical Cartography ISBN 978-0979137723
* Casey, Edward: Earth-mapping: artists reshaping landscape ISBN 0-8166-4332-6

==Links==
* [https://mg.medien.uni-weimar.de/mailman/listinfo/montepulciano Mailinglist]
* [http://www.palazzoricci.com Palazzo Ricci, Montepulciano]
* Gaspar Battha: Allure de Wonderland
* Max Neupert: [http://medienkunst.burg-halle.de/km/proj_max2.html Perspektive]
* [http://www.grandin.com Temple Grandin]
* [http://www.julia-stoschek-collection.net/typo3temp/pics/8be560e791.jpg Jon Kessler: Heavenʼs Gate]

==Map==
{{
#display_map:
43.092101, 11.78148
| service=openlayers
| layers=osm-mapnik,osmarender,osm-cyclemap,osm-oepnv,bing
| zoom=14
}}