summer semester 15

These are the results from the summer semester 2015. The seminar was split into 3 projects.

algorithmic pattern generator
slime mold
motor poster

You can find all the results, videos, links, source code and images below.Take a closer look at the projects from:

Laura Russ, Christopher Klement, Fabian Dinklage, Johannes Leick, Jonas Köpfer, Joseph Ribbe, Paul Roemer, Liesa Maerevoet, Frederic Haase, Lukas Schmidt-Wiegand and Christian Pflug.

It will be fun. We promise .

Hi my name is

Laura Russ

or deefruoydaeh on GitHub

I was part of the Input/Output team. See my results of the projects algorithm, slime mold and motor poster below.

You can find all my source code for the projects under these links:

If you like you can contact me here.

I was part of the Input/Output team. See my results of the projects algorithm, slime mold and motor poster below.

You can find all my source code for the projects under these links:

If you like you can contact me here.

Hi my name is

Christopher Klement

or chrisklement on GitHub

I was part of the Input/Output team. See my results of the projects algorithm, slime mold and motor poster below.

You can find all my source code for the projects under these links:

If you like you can contact me here.

I was part of the Input/Output team. See my results of the projects algorithm, slime mold and motor poster below.

You can find all my source code for the projects under these links:

If you like you can contact me here.

Hi my name is

Fabian Dinklage

or fdnklg on GitHub

I was part of the Input/Output team. See my results of the projects algorithm, slime mold and motor poster below.

You can find all my source code for the projects under these links:

If you like you can contact me here.

I was part of the Input/Output team. See my results of the projects algorithm, slime mold and motor poster below.

You can find all my source code for the projects under these links:

If you like you can contact me here.

Hi my name is

Johannes Leick

or Johannesproximo on GitHub

I was part of the Input/Output team. See my results of the projects algorithm, slime mold and motor poster below.

You can find all my source code for the projects under these links:

If you like you can contact me here.

I was part of the Input/Output team. See my results of the projects algorithm, slime mold and motor poster below.

You can find all my source code for the projects under these links:

If you like you can contact me here.

Hi my name is

Jonas Köpfer

or topada on GitHub

I was part of the Input/Output team. See my results of the projects algorithm, slime mold and motor poster below.

You can find all my source code for the projects under these links:

If you like you can contact me here.

I was part of the Input/Output team. See my results of the projects algorithm, slime mold and motor poster below.

You can find all my source code for the projects under these links:

If you like you can contact me here.

Hi my name is

Joseph Ribbe

or Coderwelsch on GitHub

I was part of the Input/Output team. See my results of the projects algorithm, slime mold and motor poster below.

You can find all my source code for the projects under these links:

If you like you can contact me here.

I was part of the Input/Output team. See my results of the projects algorithm, slime mold and motor poster below.

You can find all my source code for the projects under these links:

If you like you can contact me here.

Hi my name is

Paul Roemer

or back280 on GitHub

I was part of the Input/Output team. See my results of the projects algorithm, slime mold and motor poster below.

You can find all my source code for the projects under these links:

If you like you can contact me here.

I was part of the Input/Output team. See my results of the projects algorithm, slime mold and motor poster below.

You can find all my source code for the projects under these links:

If you like you can contact me here.

Hi my name is

Liesa Maerevoet

or Rosaplankton on GitHub

I was part of the Input/Output team. See my results of the projects algorithm, slime mold and motor poster below.

You can find all my source code for the projects under these links:

If you like you can contact me here.

I was part of the Input/Output team. See my results of the projects algorithm, slime mold and motor poster below.

You can find all my source code for the projects under these links:

If you like you can contact me here.

Hi my name is

Frederic Haase

or Barcula on GitHub

I was part of the Input/Output team. See my results of the projects algorithm, slime mold and motor poster below.

You can find all my source code for the projects under these links:

If you like you can contact me here.

I was part of the Input/Output team. See my results of the projects algorithm, slime mold and motor poster below.

You can find all my source code for the projects under these links:

If you like you can contact me here.

Hi my name is

Lukas Schmidt-Wiegand

or lukasLump on GitHub

I was part of the Input/Output team. See my results of the projects algorithm, slime mold and motor poster below.

You can find all my source code for the projects under these links:

If you like you can contact me here.

I was part of the Input/Output team. See my results of the projects algorithm, slime mold and motor poster below.

You can find all my source code for the projects under these links:

If you like you can contact me here.

Hi my name is

Christian Pflug

or Wetterprophet on GitHub

I was part of the Input/Output team. See my results of the projects algorithm, slime mold and motor poster below.

You can find all my source code for the projects under these links:

If you like you can contact me here.

I was part of the Input/Output team. See my results of the projects algorithm, slime mold and motor poster below.

You can find all my source code for the projects under these links:

If you like you can contact me here.

Algorithm

The task was to create an algorithm for humans and execute it several times. Iterate through the results and refine the pseudo-code. Afterwards the algorithm was ported to the Processing programming language and improved. Finally the students needed to find a use case for their algorithms.

randomcircles

by Laura Russ

It was all about creating an algorithm. So I chose to try out the programming language Processing and tried to recieve an interesting and beautiful result. I arranged rhombuslines and six bubbles with random but harmonic colors on a light grey background. The sizes and alignments are also varied by chance.

Project Algorithm

by Christopher Klement

My first confrontation and encounter with algorithms. Initially in an analog form and afterwards into digital conversion by Processing.

algorithm heat wax

by Fabian Dinklage

The core of the analog version of the algorithm is the generation of random wax drops on paper based on the age of the executing person. The digital result is a realized with python in processing and the openCV library. OpenCV’s blob detection is counting every blob and draws some scaled contours around it.

Masken

by Johannes Leick

The projekt "Mask" (masks) creates masks with help of an algorithm. Therefore we wrote algorithm in writing form and accomplished on paper it with the help of Humans. After different tries we convert the algorithm in digital (Python) and were looking for an application oriented use of it. In my case it becomes masks.

topolade algorithm

by Jonas Köpfer

topolade is a minimalistic algorithm for processing, developed from a pen and paper algorithm, with a sweet secret.

Facebook Analyser

by Joseph Ribbe

Browser Userscript for an experimental new element on your fb timeline.

IO-SoSe-2015-algorithm

by Paul Roemer

Our first challenge was to create a written instruction precise as much as possible, executed by ten different people, in order to generate an analog visual output.

triangle stripes

by Liesa Maerevoet

From analog to digtial algorithm. Our first exercise was to create a precise written drawing instruction, so that 10 people could implement it. Afterwards we analyzed the results, to improve the instructions and to try out different parameters. Finally we translated our concept in to a digital format by using Processing in python mode. This little project could be used as tool to design indivual jewelry or icons.

orderlychaos

by Frederic Haase

I was realy satisfied with the results i receved. The algorithm was explicated mostly right and looked like the images i had in mind. I could manage that the images do not all look the same but it is still clear that all the people who put the alorithm into execution had the same task.

project_algorithm_BlockParty

by Lukas Schmidt-Wiegand

This is an algorithm for Rhino 3D. The Model can be rendered as a lamp with light sources inside.

1-zickzack_algorithm

by Christian Pflug

Learning how to use people as machines and machines for people

Slime Mold

This thing not animal not plant has a will of his own. The task was to explore the possibilities of interacting with this creature. Can its behavior trigger an input? Using openCV we analyzed how this little creeper interacts with his environment

slime mild bob