Medien Wiki - User contributions [en]

User:Ppapadi

2017-02-28T21:54:50Z

Ppapadi: /* Semester project */

[[User:ppapadi]]
 
== Week 01 ==
Course application project 
The drawing instructions are sketched out here: 
[[File:ppapadi_01a.jpg|thumb|left|200px]] 
 
The result is here: 
[[File:ppapadi_01b.jpg|thumb|left|200px]] 
 
 

== Week 03 ==

1. [http://codepen.io/ppapadi/pen/QGdqKb?editors=0010 Random distribution matrix] 
This centralized ray matrix is a visualisation of a random distribution of interconnected points. 
[[Image:ppapadi_03a.jpg|thumb|left|200px]] 
 
2a. [http://codepen.io/ppapadi/pen/eBgwLQ?editors=0010 Curve controlled by randomness] 
[[Image:ppapadi_03b.jpg|thumb|left|200px]] 
 
2b. [http://codepen.io/ppapadi/pen/jVyGLq?editors=0010 Curve controlled by randomness - bonus] 
[[Image:ppapadi_03c.jpg|thumb|left|200px]] 
 
 

== Week 04 ==

1. [https://codepen.io/ppapadi/full/Pbmboe/ Generative turtle walk] 
This turtlewalk follows a set of commands and repeats itself at a different angle when the turtle restarts. 
The red dots are the turning points of the route, but displaced. 
[[Image:ppapadi_04.jpg|thumb|left|200px]] 
 

== Week 05 ==

1a. [https://codepen.io/ppapadi/pen/dOJXzN?editors=0010 Recursive turtle] 
The module of this turtle is a kind of cardiograph. 
[[Image:ppapadi_05_sketch1.jpg|thumb|left|200px]] 
[[Image:ppapadi_05a.jpg|thumb|left|200px]] 
 

1b. [https://codepen.io/ppapadi/full/XNVKzW/ Recursive turtle #2 - bonus] 
[[Image:ppapadi_05_sketch2.jpg|thumb|left|200px]] 
[[Image:ppapadi_05b.jpg|thumb|left|200px]] 
 
 

2. [https://codepen.io/ppapadi/full/xRPypN/ Dancing fractal tree] 
This fractal tree is controlled according to the angle set by the slider at the lower left. 
Each set of branches is thinner and whiter than the previous one. 
[[Image:ppapadi_05c.jpg|thumb|left|200px]] 
 
 

== Week 06 ==

[https://codepen.io/ppapadi/full/QGJqJr/ Braitenberg vehicle] 
These creatures are attracted to light. When reaching the border they make a U-turn. 
The fun starts with a click of the mouse. While it lasts, the vehicles leave a red trace and the potential newborns leave red dots.
Upon releasing the mouse, newborns are introduced in the canvas - but they only live until the next click takes place. 
[[Image:ppapadi_06.jpg|thumb|left|200px]] 
 
 

== Week 07 ==

[http://codepen.io/ppapadi/full/yMYLVB/ Braitenberg vehicle with custom environment] 
The Braitenbergs are drawing a portrait of a friend of theirs, Hal 9000. 
[[Image:ppapadi_07.jpg|thumb|left|200px]] 
 

 

== Week 10 ==

[https://codepen.io/kayk5654/pen/vggavj Magnetrix] 
The needles are initially restless, but after a while they gradually tune to shape constantly shifting patterns of horizontals and verticals. A drag of the mouse over the compasses introduces extra angst and colour to the system. The characteristics of the grid are adjustable through the GUI. 
[[Image:ppapadi_10b.jpg|thumb|left|200px]] 
 
 

== Semester project ==
Work in progress: 
[[File:ppapadi_Final1.jpg|200px|thumb|left]] 
[[File:ppapadi_Final2.jpg|200px|thumb|left]] 
[[File:ppapadi_Final3.jpg|200px|thumb|left]] 
 
[https://codepen.io/ppapadi/pen/aJvzZY?editors=0010 The Urban Braitenbergs] 
Stepping on variations we studied in class and the coding sessions, I tried to combine the idea of simulation 
with my interest in the process of wayfinding.Braitenberg Vehicles of type 1 (fear) are introduced to 
a simulation of urban space. They leave their homes and make their way through the city. 
City blocks are generated through the GUI, whereas citizens are introduced with a mouse click. 
 
[[File:ppapadi_Final.jpg|200px|thumb|left]]

User:Ppapadi

2017-02-28T21:54:24Z

Ppapadi: /* Semester project */

[[User:ppapadi]]
 
== Week 01 ==
Course application project 
The drawing instructions are sketched out here: 
[[File:ppapadi_01a.jpg|thumb|left|200px]] 
 
The result is here: 
[[File:ppapadi_01b.jpg|thumb|left|200px]] 
 
 

== Week 03 ==

1. [http://codepen.io/ppapadi/pen/QGdqKb?editors=0010 Random distribution matrix] 
This centralized ray matrix is a visualisation of a random distribution of interconnected points. 
[[Image:ppapadi_03a.jpg|thumb|left|200px]] 
 
2a. [http://codepen.io/ppapadi/pen/eBgwLQ?editors=0010 Curve controlled by randomness] 
[[Image:ppapadi_03b.jpg|thumb|left|200px]] 
 
2b. [http://codepen.io/ppapadi/pen/jVyGLq?editors=0010 Curve controlled by randomness - bonus] 
[[Image:ppapadi_03c.jpg|thumb|left|200px]] 
 
 

== Week 04 ==

1. [https://codepen.io/ppapadi/full/Pbmboe/ Generative turtle walk] 
This turtlewalk follows a set of commands and repeats itself at a different angle when the turtle restarts. 
The red dots are the turning points of the route, but displaced. 
[[Image:ppapadi_04.jpg|thumb|left|200px]] 
 

== Week 05 ==

1a. [https://codepen.io/ppapadi/pen/dOJXzN?editors=0010 Recursive turtle] 
The module of this turtle is a kind of cardiograph. 
[[Image:ppapadi_05_sketch1.jpg|thumb|left|200px]] 
[[Image:ppapadi_05a.jpg|thumb|left|200px]] 
 

1b. [https://codepen.io/ppapadi/full/XNVKzW/ Recursive turtle #2 - bonus] 
[[Image:ppapadi_05_sketch2.jpg|thumb|left|200px]] 
[[Image:ppapadi_05b.jpg|thumb|left|200px]] 
 
 

2. [https://codepen.io/ppapadi/full/xRPypN/ Dancing fractal tree] 
This fractal tree is controlled according to the angle set by the slider at the lower left. 
Each set of branches is thinner and whiter than the previous one. 
[[Image:ppapadi_05c.jpg|thumb|left|200px]] 
 
 

== Week 06 ==

[https://codepen.io/ppapadi/full/QGJqJr/ Braitenberg vehicle] 
These creatures are attracted to light. When reaching the border they make a U-turn. 
The fun starts with a click of the mouse. While it lasts, the vehicles leave a red trace and the potential newborns leave red dots.
Upon releasing the mouse, newborns are introduced in the canvas - but they only live until the next click takes place. 
[[Image:ppapadi_06.jpg|thumb|left|200px]] 
 
 

== Week 07 ==

[http://codepen.io/ppapadi/full/yMYLVB/ Braitenberg vehicle with custom environment] 
The Braitenbergs are drawing a portrait of a friend of theirs, Hal 9000. 
[[Image:ppapadi_07.jpg|thumb|left|200px]] 
 

 

== Week 10 ==

[https://codepen.io/kayk5654/pen/vggavj Magnetrix] 
The needles are initially restless, but after a while they gradually tune to shape constantly shifting patterns of horizontals and verticals. A drag of the mouse over the compasses introduces extra angst and colour to the system. The characteristics of the grid are adjustable through the GUI. 
[[Image:ppapadi_10b.jpg|thumb|left|200px]] 
 
 

== Semester project ==
Work in progress: 
[[File:ppapadi_Final1.jpg|200px|thumb|left]] 
[[File:ppapadi_Final2.jpg|200px|thumb|left]] 
[[File:ppapadi_Final3.jpg|200px|thumb|left]] 
 
[https://codepen.io/ppapadi/pen/aJvzZY?editors=0010 The Urban Braitenbergs] 
Stepping on variations we studied in class and the coding sessions, I tried to combine the idea of simulation 
with my interest in the process of wayfinding.Braitenberg Vehicles of type 1 (fear) are introduced to 
a simulation of urban space. They leave their homes and make their way through the city. 
City blocks are generated through the GUI, whereas citizens are introduced with a mouse click. 
[[File:ppapadi_Final.jpg|200px|thumb|left]]

File:Ppapadi Final.jpg

2017-02-28T21:49:54Z

Ppapadi:

== Summary ==

== Copyright status: ==

== Source: ==

User:Ppapadi

2017-02-28T21:49:19Z

Ppapadi:

[[User:ppapadi]]
 
== Week 01 ==
Course application project 
The drawing instructions are sketched out here: 
[[File:ppapadi_01a.jpg|thumb|left|200px]] 
 
The result is here: 
[[File:ppapadi_01b.jpg|thumb|left|200px]] 
 
 

== Week 03 ==

1. [http://codepen.io/ppapadi/pen/QGdqKb?editors=0010 Random distribution matrix] 
This centralized ray matrix is a visualisation of a random distribution of interconnected points. 
[[Image:ppapadi_03a.jpg|thumb|left|200px]] 
 
2a. [http://codepen.io/ppapadi/pen/eBgwLQ?editors=0010 Curve controlled by randomness] 
[[Image:ppapadi_03b.jpg|thumb|left|200px]] 
 
2b. [http://codepen.io/ppapadi/pen/jVyGLq?editors=0010 Curve controlled by randomness - bonus] 
[[Image:ppapadi_03c.jpg|thumb|left|200px]] 
 
 

== Week 04 ==

1. [https://codepen.io/ppapadi/full/Pbmboe/ Generative turtle walk] 
This turtlewalk follows a set of commands and repeats itself at a different angle when the turtle restarts. 
The red dots are the turning points of the route, but displaced. 
[[Image:ppapadi_04.jpg|thumb|left|200px]] 
 

== Week 05 ==

1a. [https://codepen.io/ppapadi/pen/dOJXzN?editors=0010 Recursive turtle] 
The module of this turtle is a kind of cardiograph. 
[[Image:ppapadi_05_sketch1.jpg|thumb|left|200px]] 
[[Image:ppapadi_05a.jpg|thumb|left|200px]] 
 

1b. [https://codepen.io/ppapadi/full/XNVKzW/ Recursive turtle #2 - bonus] 
[[Image:ppapadi_05_sketch2.jpg|thumb|left|200px]] 
[[Image:ppapadi_05b.jpg|thumb|left|200px]] 
 
 

2. [https://codepen.io/ppapadi/full/xRPypN/ Dancing fractal tree] 
This fractal tree is controlled according to the angle set by the slider at the lower left. 
Each set of branches is thinner and whiter than the previous one. 
[[Image:ppapadi_05c.jpg|thumb|left|200px]] 
 
 

== Week 06 ==

[https://codepen.io/ppapadi/full/QGJqJr/ Braitenberg vehicle] 
These creatures are attracted to light. When reaching the border they make a U-turn. 
The fun starts with a click of the mouse. While it lasts, the vehicles leave a red trace and the potential newborns leave red dots.
Upon releasing the mouse, newborns are introduced in the canvas - but they only live until the next click takes place. 
[[Image:ppapadi_06.jpg|thumb|left|200px]] 
 
 

== Week 07 ==

[http://codepen.io/ppapadi/full/yMYLVB/ Braitenberg vehicle with custom environment] 
The Braitenbergs are drawing a portrait of a friend of theirs, Hal 9000. 
[[Image:ppapadi_07.jpg|thumb|left|200px]] 
 

 

== Week 10 ==

[https://codepen.io/kayk5654/pen/vggavj Magnetrix] 
The needles are initially restless, but after a while they gradually tune to shape constantly shifting patterns of horizontals and verticals. A drag of the mouse over the compasses introduces extra angst and colour to the system. The characteristics of the grid are adjustable through the GUI. 
[[Image:ppapadi_10b.jpg|thumb|left|200px]] 
 
 

== Semester project ==
Work in progress: 
[[File:ppapadi_Final1.jpg|200px|thumb|left]] 
[[File:ppapadi_Final2.jpg|200px|thumb|left]] 
[[File:ppapadi_Final3.jpg|200px|thumb|left]] 
 
[https://codepen.io/ppapadi/pen/aJvzZY?editors=0010 The Urban Braitenbergs] 
[[File:ppapadi_Final.jpg|200px|thumb|left]]

User:Ppapadi

2017-02-28T03:30:00Z

Ppapadi: /* Week 07 */

File:Ppapadi Final3.jpg

2017-02-27T02:43:52Z

Ppapadi:

== Summary ==

== Copyright status: ==

== Source: ==

File:Ppapadi Final2.jpg

2017-02-27T02:43:22Z

Ppapadi:

== Summary ==

== Copyright status: ==

== Source: ==

File:Ppapadi Final1.jpg

2017-02-27T02:42:58Z

Ppapadi:

== Summary ==

== Copyright status: ==

== Source: ==

User:Ppapadi

2017-02-27T02:42:11Z

Ppapadi: /* Week 06 */

[[User:ppapadi]]
 
== Week 01 ==
Course application project 
The drawing instructions are sketched out here: 
[[File:ppapadi_01a.jpg|thumb|left|200px]] 
 
The result is here: 
[[File:ppapadi_01b.jpg|thumb|left|200px]] 
 
 

== Week 03 ==

1. [http://codepen.io/ppapadi/pen/QGdqKb?editors=0010 Random distribution matrix] 
This centralized ray matrix is a visualisation of a random distribution of interconnected points. 
[[Image:ppapadi_03a.jpg|thumb|left|200px]] 
 
2a. [http://codepen.io/ppapadi/pen/eBgwLQ?editors=0010 Curve controlled by randomness] 
[[Image:ppapadi_03b.jpg|thumb|left|200px]] 
 
2b. [http://codepen.io/ppapadi/pen/jVyGLq?editors=0010 Curve controlled by randomness - bonus] 
[[Image:ppapadi_03c.jpg|thumb|left|200px]] 
 
 

== Week 04 ==

1. [https://codepen.io/ppapadi/full/Pbmboe/ Generative turtle walk] 
This turtlewalk follows a set of commands and repeats itself at a different angle when the turtle restarts. 
The red dots are the turning points of the route, but displaced. 
[[Image:ppapadi_04.jpg|thumb|left|200px]] 
 

== Week 05 ==

1a. [https://codepen.io/ppapadi/pen/dOJXzN?editors=0010 Recursive turtle] 
The module of this turtle is a kind of cardiograph. 
[[Image:ppapadi_05_sketch1.jpg|thumb|left|200px]] 
[[Image:ppapadi_05a.jpg|thumb|left|200px]] 
 

1b. [https://codepen.io/ppapadi/full/XNVKzW/ Recursive turtle #2 - bonus] 
[[Image:ppapadi_05_sketch2.jpg|thumb|left|200px]] 
[[Image:ppapadi_05b.jpg|thumb|left|200px]] 
 
 

2. [https://codepen.io/ppapadi/full/xRPypN/ Dancing fractal tree] 
This fractal tree is controlled according to the angle set by the slider at the lower left. 
Each set of branches is thinner and whiter than the previous one. 
[[Image:ppapadi_05c.jpg|thumb|left|200px]] 
 
 

== Week 06 ==

[https://codepen.io/ppapadi/full/QGJqJr/ Braitenberg vehicle] 
These creatures are attracted to light. When reaching the border they make a U-turn. 
The fun starts with a click of the mouse. While it lasts, the vehicles leave a red trace and the potential newborns leave red dots.
Upon releasing the mouse, newborns are introduced in the canvas - but they only live until the next click takes place. 
[[Image:ppapadi_06.jpg|thumb|left|200px]] 
 
 

== Week 07 ==

[ *not yet uploaded* Braitenberg vehicle with custom environment] 
The Braitenbergs are drawing a portrait of a friend of theirs, Hal 9000. 
[[Image:ppapadi_07.jpg|thumb|left|200px]] 
 

 

== Week 10 ==

[https://codepen.io/kayk5654/pen/vggavj Magnetrix] 
The needles are initially restless, but after a while they gradually tune to shape constantly shifting patterns of horizontals and verticals. A drag of the mouse over the compasses introduces extra angst and colour to the system. The characteristics of the grid are adjustable through the GUI. 
[[Image:ppapadi_10b.jpg|thumb|left|200px]] 
 
 

== Semester project ==
Work in progress: 
[[File:ppapadi_Final1.jpg|200px|thumb|left]] 
[[File:ppapadi_Final2.jpg|200px|thumb|left]] 
[[File:ppapadi_Final3.jpg|200px|thumb|left]]

User:Ppapadi

2017-02-27T02:41:10Z

Ppapadi:

[[User:ppapadi]]
 
== Week 01 ==
Course application project 
The drawing instructions are sketched out here: 
[[File:ppapadi_01a.jpg|thumb|left|200px]] 
 
The result is here: 
[[File:ppapadi_01b.jpg|thumb|left|200px]] 
 
 

== Week 03 ==

1. [http://codepen.io/ppapadi/pen/QGdqKb?editors=0010 Random distribution matrix] 
This centralized ray matrix is a visualisation of a random distribution of interconnected points. 
[[Image:ppapadi_03a.jpg|thumb|left|200px]] 
 
2a. [http://codepen.io/ppapadi/pen/eBgwLQ?editors=0010 Curve controlled by randomness] 
[[Image:ppapadi_03b.jpg|thumb|left|200px]] 
 
2b. [http://codepen.io/ppapadi/pen/jVyGLq?editors=0010 Curve controlled by randomness - bonus] 
[[Image:ppapadi_03c.jpg|thumb|left|200px]] 
 
 

== Week 04 ==

1. [https://codepen.io/ppapadi/full/Pbmboe/ Generative turtle walk] 
This turtlewalk follows a set of commands and repeats itself at a different angle when the turtle restarts. 
The red dots are the turning points of the route, but displaced. 
[[Image:ppapadi_04.jpg|thumb|left|200px]] 
 

== Week 05 ==

1a. [https://codepen.io/ppapadi/pen/dOJXzN?editors=0010 Recursive turtle] 
The module of this turtle is a kind of cardiograph. 
[[Image:ppapadi_05_sketch1.jpg|thumb|left|200px]] 
[[Image:ppapadi_05a.jpg|thumb|left|200px]] 
 

1b. [https://codepen.io/ppapadi/full/XNVKzW/ Recursive turtle #2 - bonus] 
[[Image:ppapadi_05_sketch2.jpg|thumb|left|200px]] 
[[Image:ppapadi_05b.jpg|thumb|left|200px]] 
 
 

2. [https://codepen.io/ppapadi/full/xRPypN/ Dancing fractal tree] 
This fractal tree is controlled according to the angle set by the slider at the lower left. 
Each set of branches is thinner and whiter than the previous one. 
[[Image:ppapadi_05c.jpg|thumb|left|200px]] 
 
 

== Week 06 ==

[https://codepen.io/ppapadi/full/QGJqJr/ Braitenberg vehicle] 
These creatures are attracted to light. When reaching the border they make a U-turn. 
The fun starts with a click of the mouse. While it lasts, the vehicles leave a red trace and the potential newborns leave red dots.
Upon releasing the mouse, newborns are introduced in the canvas - but they only live until the next click takes place. 
You can drag the lights by keep pressing the central point of the light. 
[[Image:ppapadi_06.jpg|thumb|left|200px]] 
 
 

== Week 07 ==

[ *not yet uploaded* Braitenberg vehicle with custom environment] 
The Braitenbergs are drawing a portrait of a friend of theirs, Hal 9000. 
[[Image:ppapadi_07.jpg|thumb|left|200px]] 
 

 

== Week 10 ==

[https://codepen.io/kayk5654/pen/vggavj Magnetrix] 
The needles are initially restless, but after a while they gradually tune to shape constantly shifting patterns of horizontals and verticals. A drag of the mouse over the compasses introduces extra angst and colour to the system. The characteristics of the grid are adjustable through the GUI. 
[[Image:ppapadi_10b.jpg|thumb|left|200px]] 
 
 

== Semester project ==
Work in progress: 
[[File:ppapadi_Final1.jpg|200px|thumb|left]] 
[[File:ppapadi_Final2.jpg|200px|thumb|left]] 
[[File:ppapadi_Final3.jpg|200px|thumb|left]]

File:Ppapadi 10b.jpg

2017-02-27T02:33:09Z

Ppapadi:

== Summary ==

== Copyright status: ==

== Source: ==

File:Ppapadi 07.jpg

2017-02-27T02:32:22Z

Ppapadi:

== Summary ==

== Copyright status: ==

== Source: ==

User:Ppapadi

2017-02-27T02:31:48Z

Ppapadi:

[[User:ppapadi]]
 
== Week 01 ==
Course application project 
The drawing instructions are sketched out here: 
[[File:ppapadi_01a.jpg|thumb|left|200px]] 
 
The result is here: 
[[File:ppapadi_01b.jpg|thumb|left|200px]] 
 
 

== Week 03 ==

1. [http://codepen.io/ppapadi/pen/QGdqKb?editors=0010 Random distribution matrix] 
This centralized ray matrix is a visualisation of a random distribution of interconnected points. 
[[Image:ppapadi_03a.jpg|thumb|left|200px]] 
 
2a. [http://codepen.io/ppapadi/pen/eBgwLQ?editors=0010 Curve controlled by randomness] 
[[Image:ppapadi_03b.jpg|thumb|left|200px]] 
 
2b. [http://codepen.io/ppapadi/pen/jVyGLq?editors=0010 Curve controlled by randomness - bonus] 
[[Image:ppapadi_03c.jpg|thumb|left|200px]] 
 
 

== Week 04 ==

1. [https://codepen.io/ppapadi/full/Pbmboe/ Generative turtle walk] 
This turtlewalk follows a set of commands and repeats itself at a different angle when the turtle restarts. 
The red dots are the turning points of the route, but displaced. 
[[Image:ppapadi_04.jpg|thumb|left|200px]] 
 

== Week 05 ==

1a. [https://codepen.io/ppapadi/pen/dOJXzN?editors=0010 Recursive turtle] 
The module of this turtle is a kind of cardiograph. 
[[Image:ppapadi_05_sketch1.jpg|thumb|left|200px]] 
[[Image:ppapadi_05a.jpg|thumb|left|200px]] 
 

1b. [https://codepen.io/ppapadi/full/XNVKzW/ Recursive turtle #2 - bonus] 
[[Image:ppapadi_05_sketch2.jpg|thumb|left|200px]] 
[[Image:ppapadi_05b.jpg|thumb|left|200px]] 
 
 

2. [https://codepen.io/ppapadi/full/xRPypN/ Dancing fractal tree] 
This fractal tree is controlled according to the angle set by the slider at the lower left. 
Each set of branches is thinner and whiter than the previous one. 
[[Image:ppapadi_05c.jpg|thumb|left|200px]] 
 
 

== Week 06 ==

[https://codepen.io/ppapadi/full/QGJqJr/ Braitenberg vehicle] 
These creatures are attracted to light. When reaching the border they make a U-turn. 
The fun starts with a click of the mouse. While it lasts, the vehicles leave a red trace and the potential newborns leave red dots.
Upon releasing the mouse, newborns are introduced in the canvas - but they only live until the next click takes place. 
You can drag the lights by keep pressing the central point of the light. 
[[Image:ppapadi_06.jpg|thumb|left|200px]] 
 
 

== Week 07 ==

[ *not yet uploaded* Braitenberg vehicle with custom environment] 
The Braitenbergs are drawing a portrait of a friend of theirs, Hal 9000. 
[[Image:ppapadi_07.jpg|thumb|left|200px]] 
 

 

== Week 10 ==

[https://codepen.io/kayk5654/pen/vggavj Magnetrix] 
The needles are initially restless, but after a while they gradually tune to shape constantly shifting patterns of horizontals and verticals. A drag of the mouse over the compasses introduces extra angst and colour to the system. The characteristics of the grid are adjustable through the GUI. 
[[Image:ppapadi_10b.jpg|thumb|left|200px]]

File:Ppapadi 06.jpg

2017-02-27T02:15:12Z

Ppapadi:

== Summary ==

== Copyright status: ==

== Source: ==

User:Ppapadi

2017-02-27T02:14:51Z

Ppapadi:

File:Ppapadi 05 sketch2.jpg

2017-02-27T02:05:49Z

Ppapadi:

== Summary ==

== Copyright status: ==

== Source: ==

File:Ppapadi 05 sketch1.jpg

2017-02-27T02:04:41Z

Ppapadi:

== Summary ==

== Copyright status: ==

== Source: ==

User:Ppapadi

2017-02-27T02:04:22Z

Ppapadi:

User:Ppapadi

2017-02-27T01:49:39Z

Ppapadi:

File:Ppapadi 05c.jpg

2017-02-27T01:47:41Z

Ppapadi:

== Summary ==

== Copyright status: ==

== Source: ==

User:Ppapadi

2017-02-27T01:47:24Z

Ppapadi:

File:Ppapadi 05b.jpg

2017-02-27T01:41:54Z

Ppapadi:

== Summary ==

== Copyright status: ==

== Source: ==

User:Ppapadi

2017-02-27T01:41:37Z

Ppapadi:

File:Ppapadi 05a.jpg

2017-02-27T01:27:56Z

Ppapadi:

== Summary ==

== Copyright status: ==

== Source: ==

User:Ppapadi

2017-02-27T01:27:33Z

Ppapadi:

User:Ppapadi

2017-02-27T01:17:30Z

Ppapadi: /* Week 04 */

File:Ppapadi 04.jpg

2017-02-27T01:16:54Z

Ppapadi:

== Summary ==

== Copyright status: ==

== Source: ==

User:Ppapadi

2017-02-27T01:14:23Z

Ppapadi: /* Week 03 */

User:Ppapadi

2017-02-27T01:14:05Z

Ppapadi:

User:Ppapadi

2017-02-27T01:00:05Z

Ppapadi:

File:Ppapadi 03c.jpg

2017-02-27T00:53:56Z

Ppapadi:

== Summary ==

== Copyright status: ==

== Source: ==

User:Ppapadi

2017-02-27T00:53:38Z

Ppapadi:

[[User:ppapadi]]
 
== Week 01 ==
Course application project 
The drawing instructions are sketched out here: 
[[File:ppapadi_01a.jpg|thumb|left|200px]] 
The result is here: 
[[File:ppapadi_01b.jpg|thumb|left|200px]] 
 
 

== Week 03 ==

1. [http://codepen.io/ppapadi/pen/QGdqKb?editors=0010 Random distribution matrix] 
[[Image:ppapadi_03a.jpg|thumb|left|200px]] 
 
2. [http://codepen.io/ppapadi/pen/eBgwLQ?editors=0010 Curve controlled by randomness] 
[[Image:ppapadi_03b.jpg|thumb|left|200px]] 
2. [http://codepen.io/ppapadi/pen/jVyGLq?editors=0010 Curve controlled by randomness - bonus] 
[[Image:ppapadi_03c.jpg|thumb|left|200px]] 
 
 

== Week 04 ==

1. [https://codepen.io/kayk5654/pen/woMQZv Generative turtle walk] 
The curve shows the turning point of the turtle. 
[[Image:KK_turtle01.png|thumb|left|200px]] 
 
2. [https://codepen.io/kayk5654/pen/mOVQgo turtle walk with data] 
The selected background image is converted to the command which defines the direction of turtle walk. 
Each pixels of the image are sampled, and the strongest one of the R, G or B is assigned as a command. 
Thus, the direction of the curve reflects the dominant color factor 
To test locally, you can download this project; 
[[Media:Turtle_homework_02_modified.zip]] 
[[Image:KK_turtle02.png|thumb|left|200px]]

File:Ppapadi 03b.jpg

2017-02-27T00:45:47Z

Ppapadi:

== Summary ==

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File:Ppapadi 03a.jpg

2017-02-27T00:44:26Z

Ppapadi:

== Summary ==

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User:Ppapadi

2017-02-27T00:43:38Z

Ppapadi:

User:Ppapadi

2017-02-27T00:27:39Z

Ppapadi:

File:Ppapadi 01b.jpg

2017-02-27T00:25:35Z

Ppapadi:

== Summary ==

== Copyright status: ==

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User:Ppapadi

2017-02-27T00:24:20Z

Ppapadi:

[[User:ppapadi]]
 
== Week 01 ==
Course application project 
The drawing instructions are sketched out here [[File:ppapadi_01a.jpg|here]]
The result is here: [[File:ppapadi_01b.jpg]]

User:Ppapadi

2017-02-27T00:15:15Z

Ppapadi:

[[User:ppapadi]]
 
== Week 01 ==
Course application project 
The drawing instructions are sketched out [[File:ppapadi_01a.jpg|here]]
The result is here: [[File:ppapadi_01b.jpg]]

File:Ppapadi 01a.jpg

2017-02-27T00:12:46Z

Ppapadi:

== Summary ==

== Copyright status: ==

== Source: ==

User:Ppapadi

2017-02-27T00:08:09Z

Ppapadi:

[[User:ppapadi]]
 
== Week 01 ==
Course application project 
The drawing instructions are sketched out here: [[File:ppapadi_01a.jpg]]
The result is here: [[File:ppapadi_01b.jpg]]

User:Ppapadi

2017-02-27T00:07:13Z

Ppapadi: Created page with "User:Kei_kitamura == Week 01 == Course application project The drawing instructions are sketched out here: File:ppapadi_01a.jpg The result is here: File:p..."

[[User:Kei_kitamura]]
 
== Week 01 ==
Course application project 
The drawing instructions are sketched out here: [[File:ppapadi_01a.jpg]]
The result is here: [[File:ppapadi_01b.jpg]]

GMU:Meandering through Space

2017-02-26T23:06:16Z

Ppapadi:

[[Image:Meandering-through-space-teaser.png|thumb|left|300px|Martin Schneider: [https://github.com/bitcraftlab/meandering-code meandering code] (2014)]] 

'''Meandering through Space'''

[[:Category:Werkmodul|Werkmodul]]/[[:Category:Fachmodul|Fachmodul]] 
''Lecturer:'' [[Martin Schneider]] 
''Credits:'' 6 [[ECTS]], 4 [[SWS]] 
''Date:'' Thursday / Donnerstag 17:00 - 20:30 
''Venue:'' [[Performance Plattform]], Digital Bauhaus Lab (Raum 001) 
''First meeting:'' Donnerstag, 20. October, 2016 um 17:00 Uhr

 

== Participants ==

{{Note|Please create a subpage with your name and add a link below}}

* [[/Martin Schneider|Martin Schneider]]

* [[/Kei Kitamura|Kei Kitamura]]

* [[/Jessica Hüttig|Jessica Hüttig]]

* [[/Rachel Smith|Rachel Smith]]

* [[/Christina Kittell|Christina Kittell]]

* [https://www.uni-weimar.de/kunst-und-gestaltung/wiki/User:MCanisius Maud Canisius]

*[[UlasYener|UlasYener]]

*[[EsraDemirel|EsraDemirel]]

* [https://www.uni-weimar.de/kunst-und-gestaltung/wiki/User:Bita.rezazadegan Bita Rezazadegan]

* [https://www.uni-weimar.de/kunst-und-gestaltung/wiki/User:Ppapadi Pinelopi Papadimitraki]

== Beschreibung ==

Die Interaktion des Wassers mit geologischen Formationen führt zu geschlängelten und gewundenen Formen, die seit Urzeiten Vorbild sind für dekorative und mystische Gestaltung. Auch das Labyrinth, das um ein Zentrum meandert ist ein kulturelles Mem das seit Jahrtausenden kopiert und immer wieder neu interpretiert wird. Ob in ritueller Bewegung, im Tanz oder als Graffitti. In diesem Modul gehen wir den mäandernden Bewegungsspuren nach und erlernen die programmatische Gestaltung von raumfüllenden Kurven, Meandern und Labyrinthen. Am Ende des Moduls steht die kollaborative Gestaltung eines Meanders, das auf der Performance-Plattform aufgeführt werden soll.

Folgende Kenntnisse werden vermittelt:

* Programmieren mit Processing
* Steuerung der Videowall und des Sound-Systems der Peformance-Plattform
* Interfaces zur Aufzeichnung und Gestaltung von Trajektorien
* Kurven, Trajektorien und Bewegung im Raum
* Theorie und Praxis der Meander und Labyrinthe
* Programmierte Gestaltung von Linien und Kurven
* Raumfüllende Kurven und fraktale Mathematik
* Generative Systeme

Dieses Modul erfordert keine Programmierkentnisse.

Im Rahmen des Kurses werden grundlegende Programmierkentnisse vermittelt, die es ermöglichen in Zukunft fortgeschrittene Kurse zu belegen.

== Empfehlung ==

Das Modul wird in enger Zusammenarbeit mit der Professur Elektroakustische Komposition und Klanggestaltung und der Professur Experimentelles Radio veranstaltet.
Es wird empfohlen den Kurs mit "Sounds in Motion" (EKK) oder mit "Big Data / Archiv 2" (RADIO) zu kombinieren. Der Kurs richtet sich auch an Studierende der Medienwissenschaften, die das Seminar "Experimentalkulturen" und das Projekt-Modul "Experimente, Artefakte und ihre Performance" bei der Professur Gestaltung medialer Umgebungen belegen, sowie Studiernde der Medienarchitektur.

== Description ==

The interaction of water with geological formations leads to convoluted meandering forms, which have inspired decorative and ritual design practices since primeval times. The labyrinth, meandering around a central point is a cultural Meme that has been copied and reinterpreted for thousands of years, be it as ritual motion, dance or graffitti. In this module we are following the meandering trajectories and learn how to programmatically design curves, meanders and labyrinths. The module culminates in the collaborative design of a meander to be presented on the performance platform.

No programming skills required. This modules teaches basic programming skills which will enable you to visit advanved modules in the future.

== Language ==

The course will be in English, unless all participants are speaking German.

== Eligible Participants ==

Undergraduates and graduates enrolled in the faculties of D, M and A.

== Application ==

You can apply for this class via email. 
Make sure to use the email subject ''"Meandering through Space /// Application"'' and include all information listed below.

'''To:''' [[User:ms|Martin Schneider]] 
'''Subject:''' Meandering through Space /// Application 
'''Content:'''

# Name, Surname
# Your study program (including name of study + master or bachelor)
# Your study semester (as of SS 2016)
# matriculation number (Matrikelnummer)
# Valid email address @uni-weimar.de
# '''Provide a short and precise instruction that explains how to draw a curve that completely fills a page'''
# '''Follow your instruction and attach the resulting page as an image'''

== Schedule ==
{{note|'''Click the links to learn more about the topics of the course. 
The schedule may still be subject to change.
}}
{| class="wikitable"
|-
! Theme !! Topic !! Date
|-
| rowspan="3" | [[/Part1|Meandering Curves]]
| [[/Part1#Introduction|Introduction]]
| 20. Oct 2016
|-
| [[/Part1#Collaborative Drawing|Collaborative Drawing]]
| 27. Oct 2016
|-
| [[/Part1#Random Walks|Random Walks]]
| 03. Nov 2016
|-
| rowspan="4" | [[/Part2|Meandering Code]]
|-
| [[/Part2#From Code to Curves|From Code to Curves]]
| 10. Nov 2016
|-
| [[/Part2#Processing Curves|Processing Curves]]
| 17. Nov 2016
|-
| [[/Part2#Transforming Curves|Transforming Curves]]
| 24. Nov 2016
|-
| rowspan="5" | [[/Part3|Meandering Machines]]
|-
| [[/Part3#Braitenberg Vehicles|Braitenberg Vehicles]]
| 01. Dec 2016
|-
| [[/Part3#Drawing Homeostats|Drawing Homeostats]]
| 08. Dec 2016
|-
| [[/Part3#Reactive Curves|Reactive Curves]]
| 15. Dec 2016
|-
| [[/Part3#Swarm Based Curves|Swarm Based Curves]]
| 05. Jan 2017
|-
| rowspan="4" | [[/Part4|Meandering Media]]
|-
| [[/Part4#Meandering Sound|Meandering Sound]]
| 12. Jan 2017
|-
| [[/Part4#Meandering Video|Meandering Video]]
| 19. Jan 2017
|-
| [[/Part4#The Meandering Mind|The Meandering Mind]]
| 26. Jan 2017
|-
|}

== Evaluation ==
* 50 % Kursbegleitende Aufgaben, Experimente und Sketche
* 30 % Dokumentation (davon 10% Mitarbeit im Medien-Wiki)
* 20 % Kollaboratives Design (Meandering Bauhaus)

== Prerequisites ==
No previous rogramming skills required.

== Literature ==

* Tim Ingold: ''Lines: a brief history'' (2007) — ISBN 978-0415424271 (hint: [https://www.google.de/#q=Lines:+a+brief+history google it])
* Jeffrey Ventrella: [https://archive.org/stream/BrainfillingCurves-AFractalBestiary/BrainFilling Brain-Filling Curves] (2012)
* Braitenberg Valentino: ''Vehikel. Experimente mit kybernetischen Wesen'' (1993) — ISBN 978-3499195310

[[Category:WS16]]
[[Category:Werkmodul]]
[[Category:Fachmodul]]
[[Category:Martin Schneider]]
[[Category:Processing]]

Media Wiki:Users

2017-02-26T23:03:37Z

Ppapadi: Pinelopi Papadimitraki

Test test test

File:Z Voltage.jpg

2016-12-04T10:09:33Z

Ppapadi:

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File:Z Temperature.jpg

2016-12-04T10:08:51Z

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File:Z TDS.jpg

2016-12-04T10:08:21Z

Ppapadi:

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File:Z Resistance.jpg

2016-12-04T10:07:52Z

Ppapadi:

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File:Z Conductivity.jpg

2016-12-04T10:07:29Z

Ppapadi:

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IFD:WaterWorkShop

2016-12-04T10:06:47Z

Ppapadi: /* Field Data */

[[:Category:Workshop|Workshop]] 
''Title (alt):'' waterwork(shop) 
''Lecturer(s):'' Prof. Mark Shepard (University at Buffalo), Johannes Deich, Jason Reizner 
''Credits/SWS:'' N.A. 
''Maximum Number of Participants:'' 20 
''Course Language:'' English 
''First meeting:'' 15 November 2016, 9:15 
''Date:'' 15-17 November 2016 
''Venue:'' IFD Electronics Lab, M7b/102; MediaArchitecture Project Space, HG/eg 

== Description (EN) ==
What makes water work? How do we work with water? This 3-day workshop will introduce basic concepts and techniques for designing and building interactive water systems. Conceived as a companion component to the MediaArchitecture projektmodul Wasserinteraktionen im Goethepark, students will work in groups of 2-3 people and learn simple methods for sensing properties of fluids and controlling their ebb and flow. Beginning with an overview of prior art in the field of interactive water works, the workshop will proceed through short, hands-on activities in the lab followed by field work in the river Ilm (weather permitting). The workshop will culminate with short presentations of group experiments produced over the course of the three days.

== Resources from the Lab Demos ==

''Software'' 
[https://www.arduino.cc/en/Main/Software Arduino IDE] Development Environment for Arduino Microcontrollers 
[http://freeware.the-meiers.org CoolTerm] Serial Terminal and Data Logging for OSX, Windows and Linux 
[http://physlets.org/tracker/ Tracker] Video Analysis and Modeling Tool 
[https://public.tableau.com/s/ Tableau Public] Data Visualization Software 
[https://m18.uni-weimar.de/~jand/static/schwarzplan.html Schwarzplan] Bookmarklet for converting Openstreetmap Data to Figure-Ground Diagrams
 
 
''Hardware''
 
 
''Hydrology Data and Modelling'' 
[http://www.tlug-jena.de/hw/thueringen.html Hochwassernachrichtenzentrale Thüringen] River Level and Flow Information from the State Office for Environment and Geology 
[http://www.engineeringtoolbox.com/mannings-roughness-d_799.html Manning's Roughness Coefficient] 
 
''Literature''
 
 
----

== Field Data ==

'''Acquisition Teams'''

''Base Map'' 
Maud & Hanyoung 
This is the baseman we created, we should share it in the psd version. 
Here is a jpeg preview 
[[File:BASEMapIlmPark.jpg|100|left||thumb|Basemap]] 
Here is an example how to put your data into the map 
[[File:exampleofmap.jpg|100|left||thumb|Basemap]] 

''EC/Temperature Probe Team X''
_Joe, Pablo 
[[File:X_Capture_Beach.txt]] 
[[File:X_Capture_Bridge.txt]] 
[[File:X_Capture_Castel.txt]] 
[[File:X_Capture_Beach_Analysis_Map.jpg]] 
 
''EC/Temperature Probe Team Y''
_Eva, Erica 
[[File:Y_Capture_1-egypt place.txt]] 
[[File:Y_Capture_2-round pool.txt]] 
[[File:Y_Capture_3-resource.txt]] 
[[File:Y_Capture_4-river.txt]] 
''EC/Temperature Probe Team Z''
_ Pinelopi , Neeta, Carlotta 
[[File:Z_Capture_Castle_clean.txt]] 
[[File:Z_Capture_Bridge_clean.txt]] 
[[File:Z_Capture_Beach_clean.txt]] 
[[File:Z_Capture_Castle_excel.xls]] 
[[File:Z-CRT.jpg]] 
[[File:Z_Conductivity.jpg]] 
[[File:Z_Resistance.jpg]] 
[[File:Z_TDS.jpg]] 
[[File:Z_Temperature.jpg]] 
[[File:Z_Voltage.jpg]] 
 

''Video Tracking''

''Depth''
Bita , Fan 
[[File:Depth_Capture_1_Bridge&Beach&Castle.txt]] 

''Width''

Bogac, Henry, Nadine 
Station 1 
[[File:SW1.jpg]] 
[[File:SW2.jpg]] 
[[File:SW3.jpg]]