View source for IFD:Advanced Computational Design

[[:Category:Fachmodul|Fachmodul]]<br />
''Lecturer(s):'' [[Frederic Gmeiner]]<br/>
''Credits:'' 6 [[ECTS]], 3 [[SWS]]<br/>
''Date:'' Tuesday, 17:00 - 19:15h <br />
''Venue:'' [[Marienstraße 7b]], Room 105<br />
''First meeting:'' 17.04.2012

==Description==
Advanced Computational Design

This class is meant to give an overview about general advanced programming techniques, tools and concepts as well as a deeper look at current software technologies and how to deal with them in the context of media and interface design. The structure of the class will be organised in a workshop-like manner where each participant will have to prepare a presentation of a topic of his choice related to the curriculum.


==Topics==

====OOP recap====
*Classes and inheritance
*Scopes (public / private)
*Examples & excercises

====IDEs & tools====
*Eclipse and Processing
*Autocompletion, Debugging

====Structures & concepts====
*Datatypes in detail (String, ints, floats, double, ArrayList, HashMap ...).
*Images and pixels >> exercises
*Vector concepts and agents
*Simple physics and particle systems

====OpenFrameworks / oF====
* C++ concepts (pointer, header files...)
* How to work with OpenFrameworks
* Examples and excercises

====3D with OpenGL====
* Primitives, lights, cameras in oF
* What is OpenGL?
* Concepts and terminology of 3D
* Examples in oF

====Computer vison with OpenCV====
* What is OpenCV?
* Concepts and terminology
* Examples in oF
* Tracking example with kinect and OpenCV

====Further topics / tools====
* Version control with GIT
* Regular expressions / RegEx
* Formats and protocols: XML, JSON, OSC... - Jelena Djokic -[[Media:Vortrag_Protocols.pdf]]

==Admission requirements==
Applicants must have successfully completed the “Physical Computing I” class or have a fundamental knowledge of a high-level object-orientated programming language like JAVA. 

==Registration procedure==


==Leistungsnachweis==
Referat, aktive Teilnahme, Dokumentation, Eintrag im Wiki

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

==Syllabus==
*17.04. Introduction, [https://docs.google.com/spreadsheet/viewform?formkey=dFhHWDgzQVJYa2pneTVfUmY1S19GX1E6MQ#gid=0 entry-level questionaire], topics and dates of student presentations
*24.04. Object orientated concept recap: Classes and inheritance, scopes (public/privat), examples and excercises
*08.05. Movement with velocity, simple collision detection of objects
*15.05. Arrays and other datatypes
*22.05. IDEs (example: Eclipse with Processing)
*29.05. Images & Pixels (Yue Mao) && Boids / Vectors (Jie Wang) 
*05.06. Simple 3D in Processing (Xin Wang)
*12.06. Introduction to OpenFrameworks (Ivo Santos)
*19.06. Introduction to openGL (Yunshui Jin)
*26.06. Introduction to openCV & motion tracking by Kinect and SimpleOpenNI (Patawat)
*03.07. NO REGULAR CLASS: Bauhaus Spaziergang 
*10.07. 2 presentation: 1. Protocols & communication formats & APIs [XML/JSON]  by Jelena Djokic & Processing and the web by Augusto Gandia

==Students Presentation==
* [[/YueMao - pixel&image in processing.pdf/]]
*[[JieWang-vector&boids.pdf]]


==Literature==

* Joshua Noble: Programming Interactivity, O’Reilly, ISBN 978-0596154141
* Casey Reas und Ben Fry: Processing, Mit Press, ISBN 978-0262182621
* Danny Kodicek: Mathematics and Physics for Programmers, Charles River Media, ISBN 978-1584503309
* Gary Bradski: Learning OpenCV: Computer Vision with the OpenCV Library,  O’Reilly, ISBN 978-0596516130

Hinweis: Die hier aufgeführte Literatur ist optional und nicht verbindlich!

==Links==
*[http://www.processing.org/ processing.org]
*[http://www.openprocessing.org/ openprocessing.org]
*[http://www.openframeworks.cc/ openFrameworks]
*[http://www.eclipse.org/ eclipse IDE]

[[Category:IDF]]
[[Category:Computational Design]]
[[Category:Frederic Gmeiner]]
[[Category:Programmiersprachen]]
[[Category:Processing]]