Difference between revisions of "Kinect Hacks"

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== Elective - Kinect Hacks ==
 
== Elective - Kinect Hacks ==
−
1 quarter / 8 weeks / 2 hours per week
+
1 quarter / 10 weeks  
  
−
== Teachers ==
+
== Teacher ==
−
Olivier Otten<br>
+
Javier Lloret <br/>
−
Brigit Lichtenegger
+
email: info@javierlloret.com
  
−
== Format ==
+
== Getting Started ==  
−
Students work in groups of max. 5 people.
+
* [[About Kinect | About the Kinect]]
 +
* [[Getting Started with Processing | Getting started with Processing]]
 +
* [[Setting up the Kinect with Processing | Getting the Kinect to work with Processing]]
  
−
For each assignment the group delivers:
+
== Processing/Kinect Sketches ==
−
* Textual description of the the concept (+/- 1 A4)
+
* [http://javierlloret.info/kinect/Kinect_Hacks_Skeleton_New.zip Kinect Skeleton New Sketch]
−
* Visual research, sketches
+
* [http://javierlloret.info/kinect/Kinect_Hacks_point_cloud_example_new.zip Kinect Point cloud New Sketch]
−
* Cast, who is responsibale for what?
 
−
* Short video registration of the prototype / end result (each group is responsible for filming and editings of their finished works)
 
  
−
The documentations described above is required to be assessed.
+
== Animata: Animations controlled with Kinect ==
 +
*Download Animata 0.4 from this link:
 +
*https://code.google.com/archive/p/animata/downloads
 +
*http://animata.kibu.hu/tutorials.html
 +
*Animata + Motion Capture:
 +
*http://neurogami.com/presentations/KinectForArtists/
  
−
== Assignment 1 – Transformation ==
+
== Synapse ==  
−
=== Description ===
+
*http://synapsekinect.tumblr.com/post/6305020721/download
−
Pick a topic where a clear change / transformation occurs.<br>
 
−
Make use of both conceptual and visual contrasts;<br>
 
−
conceptual: poor/rich, left/right (political), village/city.<br>
 
−
visual: black/white, small/big, hard/soft.<br>
 
  
−
On the basis of the chosen topic, you make a visualization per group in the form of an image sequence. This sequence can be; photographed, filmed,
+
== Brekel ==
−
drawn, etc.
+
*http://brekel.com/
  
−
Via an existing template (which can be customized per group), the image sequence is connected to the Kinect. The transformation happens by body movements of the user.
+
== NI Mate ==
 +
https://ni-mate.com/download/
  
−
=== planning ===
+
== Processing + Post-production example ==  
−
Duration 3 weeks:
+
* [http://moullinex-blog.tumblr.com/post/3180520798/catalina-music-video Catalina Music Video How To]
−
* week 1: Introduction Kinect. (connecting, drivers, plugins, scripting) + discussing the assignment
 
−
* week 2: conceptdevelopments / create prototype
 
−
* week 3: presentation prototype
 
  
−
=== References ===
+
== Sound Library for Processing ==  
−
[http://www.kinecthacks.com/ kinecthacks] <br>
+
*Examples:
−
[http://vimeo.com/18499643 Interactive Display Window Concept]<br>
+
* IO -> AudioInput
−
[http://vimeo.com/60156741 Nike Selfridges]<br>
+
*Soundfile -> Sample
  
−
=== 'Learning Objectives' ===
+
== Assignments ==
−
* The student is able to create a physical interfase with use of the Kinect.  
+
* 2 Assignments
−
* The student can visualize a conceptual transformation in the form of an image sequence.
+
*50% of total score each one of them.
 +
*Working in groups
  
−
=== Assessment criteria ===
+
For each assignment the group delivers:
−
* Conceptual development and research on the theme of 'transformation'.
+
* Textual description of the the concept
−
* Technical skills and realization of the prototype with the Kinect.
+
* Visual research, sketches, sound?
−
* Personal development, be able to develop new insights.
+
* Cast, who is responsible for what?
−
* Collaboration; being able to make an active contribution, meet deliverables, take responsibility.
+
* Short video registration of the prototype / end result (each group is responsible for the filming and editing of their finished works)
  
−
=== Weighting assignment===
+
[[Kinect Hacks 2016 2017 Module 1| First Assignment]]
−
50% of total score
 
  
−
== Assignment 2 - non linear storytelling ==
+
== Second Assignment ==
−
=== Description ===
 
−
Video is often presented in a linear fashion. In this assignment you create a nonlinear interactive video / animation. On the basis of the movements of
 
−
the user different scenes are triggered. Within this video you make use of video loops.
 
−
The topic for this video is "new / artificial nature '.
 
  
−
=== References ===
+
Scan (at least) one object or space using Kinect. Create a video where you used the scanned object or space to create a narrative (of at least 90 seconds).
−
"References new nature:''<br>
+
Groups of 1 or 2 students.
−
[http://www.nextnature.net/ Next Nature]<br>
 
−
[http://www.studioroosegaarde.net/ Studio Daan Roosegaarde]<br>
 
  
−
''References interactive video:''<br>
+
Presentation second assignment: '''31th January''' (obligatory to present to pass the course)
−
[http://www.newrafael.com/websites Rafaël Rozendaal]<br>
 
−
[http://www.selfcontrolfreak.com Selfcontrolfreak]<br>
 
  
−
=== Planning ===
+
=== Inspiration  ===
−
''Duration 4 weeks:''
+
*Cécile B. Evans http://cecilebevans.com/index.php/hyperlinks-i-ii/
−
* week 1: Introduction non-linear storytelling + explanation assignment
+
*Ed Atkins http://www.stedelijk.nl/en/exhibitions/70432
−
* week 2: conceptdevelopment / make prototype
 
−
* week 3: develop prototype: presentation prototype
 
−
* week 4: final presentation prototype
 
  
−
=== Learning Objectives ===
+
=== Scanning Tools  ===
−
* The student can use / apply the kinect in his or her own work.  
+
*'''For Mac Os:'''
−
* The student is able to use video in a non linear fashion and tell a story.
+
*Skanect http://skanect.occipital.com/
 +
*'''For Windows:'''
 +
*Recontructme http://reconstructme.net/reconstructme-ui/
 +
* For using Reconstructme you might need to also install the Kinect SDK if it doesn't recognize the Kinect:
 +
*https://www.microsoft.com/en-us/download/confirmation.aspx?id=40278
  
−
=== Assessment criteria ===
+
=== Facial Motion Capture with Faceshift  ===
−
* Conceptual development and research on the theme "new / artificial nature '.  
+
*http://faceshift.com/studio/2015.2/introduction.html
−
* Technical skills and realization of the prototype with the Kinect.  
 
−
* Collaboration; being able to make an active contribution, meet deliverables, take responsibility.
 
  
−
=== Weighting assignment ===
+
=== Kinect+DSLR with RGBD Toolkit ===
−
50% van total score"
+
*http://www.techhive.com/article/254952/rgbd_toolkit_combines_kinects_and_dslrs_makes_a_match_made_in_film_geek_heaven.html
  
−
==Self-reflection==  
+
=== Visualizing and Fixing 3D scanned models (Mac & Windows)  ===
−
Each student delivers a selfreflection based on the 2 assignments in which his or her contribution within the group becomes clear. Next to that analyse the process, and take into account what went well or less well,  ie where you personally could benefit from a continued effort.
+
*Meshmixer http://www.meshmixer.com/download.html
−
You have the option to deliver your selfreflection in the form of a written pdf, or a short video.
+
*Meshmixer cleaning scan video tutorial https://www.youtube.com/watch?v=tkIAY3PJR7s
 +
*Meshlab http://www.meshlab.net/#download
 +
'''*For exporting png images with transparency from a 3D scanned model with Meshlab''': File->Save snapshot->activate Background Screen Multiplier -> Save
  
 +
=== Screen Video Recording ===
 +
*'''For Mac:'''
 +
*Quicktime http://osxdaily.com/2010/11/16/screen-recorder-mac/
 +
*Monosnap https://www.monosnap.com/welcome#
 +
*'''For Windows:'''
 +
*Camstudio http://camstudio.org/
  
 +
=== Groups: ===
 +
== Groups 17:50 ==
 +
*Group 1:
 +
*Tom Sibma 0917622
 +
*Group 2:
 +
*Sarah Wong 0905338
 +
*Group 3:
 +
*Amber Ledegang 0911446
 +
*Leonie Fernhout 0925005
 +
*Group 4:
 +
*Marije de Heij 0882958
 +
*Group 5:
 +
*Alexandra den Dikken 0926183
 +
*Group 6:
 +
*Syree Palm 0938528
 +
*Group 7:
 +
*Nigel El Rey Du Sol Miguel 0882260
 +
*Group 8:
 +
*Shoshanna Israeli 0926412
 +
*Babeth Lijzenga 0925586
 +
*Group 9:
 +
*Tom Rentmeester 0912919
 +
*Thijs Mosterman 0917912
 +
*Group 10:
 +
*Jorijn de Jonge 0935298
 +
*Group 11:
 +
*Joep Hurkmans 0931531
 +
*Group 12:
 +
*Jelle van Bouwhorst 0928746
 +
*Group 13:
 +
*Vince Talbot 0927166
 +
*Sebastiaan Crisan 0929940
 +
*Group 14:
 +
*Diederik Mulder 0919800
 +
*Zefnath de Lima 0913434
 +
*Group 15:
 +
*Andri Bastiaanssen 0907770
 +
*Group 16:
 +
*Eady van Acker 0911866
  
−
* [[About Kinect | About the Kinect]]
+
== Groups 19:30 ==
−
* [[Setting up the Kinect with Processing | Getting the Kinect to work with Processing]]
+
*Group 1
 +
*Beau Eckhardt 0927339
 +
*Group 2
 +
*Wolter Dreissen 0927691
 +
*Melcher Oosterman 0925206
 +
*Group 3
 +
*Yanthe Roumen 0925406
 +
*Bob Jonkers 0929075
 +
*Group 4
 +
*Tom Schouw 0918999
 +
*Group 5
 +
*Carly Muller 0880287
 +
*Kathryn Man 0937377
 +
*Group 6
 +
*Tristan Kingdon 0918837
 +
 
 +
[[Category:2014]]

Latest revision as of 12:37, 20 January 2023

Elective - Kinect Hacks

1 quarter / 10 weeks

Teacher

Javier Lloret
email: info@javierlloret.com

Getting Started

Processing/Kinect Sketches

Animata: Animations controlled with Kinect

Synapse

Brekel

NI Mate

https://ni-mate.com/download/

Processing + Post-production example

Sound Library for Processing

  • Examples:
  • IO -> AudioInput
  • Soundfile -> Sample

Assignments

  • 2 Assignments
  • 50% of total score each one of them.
  • Working in groups

For each assignment the group delivers:

  • Textual description of the the concept
  • Visual research, sketches, sound?
  • Cast, who is responsible for what?
  • Short video registration of the prototype / end result (each group is responsible for the filming and editing of their finished works)

First Assignment

Second Assignment

Scan (at least) one object or space using Kinect. Create a video where you used the scanned object or space to create a narrative (of at least 90 seconds). Groups of 1 or 2 students.

Presentation second assignment: 31th January (obligatory to present to pass the course)

Inspiration

Scanning Tools

Facial Motion Capture with Faceshift

Kinect+DSLR with RGBD Toolkit

Visualizing and Fixing 3D scanned models (Mac & Windows)

*For exporting png images with transparency from a 3D scanned model with Meshlab: File->Save snapshot->activate Background Screen Multiplier -> Save

Screen Video Recording

Groups:

Groups 17:50

  • Group 1:
  • Tom Sibma 0917622
  • Group 2:
  • Sarah Wong 0905338
  • Group 3:
  • Amber Ledegang 0911446
  • Leonie Fernhout 0925005
  • Group 4:
  • Marije de Heij 0882958
  • Group 5:
  • Alexandra den Dikken 0926183
  • Group 6:
  • Syree Palm 0938528
  • Group 7:
  • Nigel El Rey Du Sol Miguel 0882260
  • Group 8:
  • Shoshanna Israeli 0926412
  • Babeth Lijzenga 0925586
  • Group 9:
  • Tom Rentmeester 0912919
  • Thijs Mosterman 0917912
  • Group 10:
  • Jorijn de Jonge 0935298
  • Group 11:
  • Joep Hurkmans 0931531
  • Group 12:
  • Jelle van Bouwhorst 0928746
  • Group 13:
  • Vince Talbot 0927166
  • Sebastiaan Crisan 0929940
  • Group 14:
  • Diederik Mulder 0919800
  • Zefnath de Lima 0913434
  • Group 15:
  • Andri Bastiaanssen 0907770
  • Group 16:
  • Eady van Acker 0911866

Groups 19:30

  • Group 1
  • Beau Eckhardt 0927339
  • Group 2
  • Wolter Dreissen 0927691
  • Melcher Oosterman 0925206
  • Group 3
  • Yanthe Roumen 0925406
  • Bob Jonkers 0929075
  • Group 4
  • Tom Schouw 0918999
  • Group 5
  • Carly Muller 0880287
  • Kathryn Man 0937377
  • Group 6
  • Tristan Kingdon 0918837
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