GMU:Spacial Information Lab/Chromosome Movement: Difference between revisions

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'''INSPIRATION'''
'''INSPIRATION'''


Chromosome movement and shape.
Chromosome movement and shape.


[[File:Chromosomen_grün_klein.jpg]]
[[File:Chromosomen_grün_klein.jpg]] [[File:Chromosom.png]]  


[https://www.youtube.com/watch?v=_ug2nYVfWvo Mitotic Chromosome Movements]
[https://www.youtube.com/watch?v=_ug2nYVfWvo Mitotic Chromosome Movements]
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[https://vimeo.com/16110353 Scanline Visualisation]
[https://vimeo.com/16110353 Scanline Visualisation]


[[File:Chrom1.jpg|thumb|left]]
[[File:DNA1.png|thumb|left]]
 
[[File:Chrom2.png|thumb|left]]
[[File:Chrom2.png|thumb|left]]




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* 2 hours to record.  
* 2 hours to record.  
:: The performers are not going to be available next weekend so we will record on the 4th of December.
:: The performers are not going to be available next weekend so we will record on the 4th of December.
[https://www.uni-weimar.de/medien/wiki/Yvonne_Götzl '''''More information about the project''''']

Latest revision as of 11:36, 4 December 2015

INSPIRATION

Chromosome movement and shape.

File:Chromosomen grün klein.jpg Chromosom.png

Mitotic Chromosome Movements

After watching some videos of how the chromosomes interact with each other, we immediately thought of two people dancing. Is as if a couple of people were dancing, almost merging together and then they separate one from the other but they continue dancing. The movement also reminded us of this video which is a nice reference of what we would like to accomplish but since we have a 3D recording, we can turn it and twist it as we wish.

Scanline Visualisation

DNA1.png
Chrom2.png











WHAT WILL WE NEED?

  • 4 performer (2 male/ 2 female)
  • 2 hours to record.
The performers are not going to be available next weekend so we will record on the 4th of December.


More information about the project