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shrec2017 [2017/03/03 08:22]
songna
shrec2017 [2017/03/03 08:27]
songna
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 This track is organized by the group of computational structural biology (http://​liulab.csrc.ac.cn) in Beijing Computational Science Research Center (http://​www.csrc.ac.cn),​ as a section in the [[http://​www.shrec.net/​|SHREC 2017]], **the 3D shape retrieval contest**. This track is organized by the group of computational structural biology (http://​liulab.csrc.ac.cn) in Beijing Computational Science Research Center (http://​www.csrc.ac.cn),​ as a section in the [[http://​www.shrec.net/​|SHREC 2017]], **the 3D shape retrieval contest**.
 +===News===
 +March 1, 2017: Initial version of track paper has been submitted.** Thank you all for participating!**
  
 ===Updates=== ===Updates===
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 === Datasets === === Datasets ===
-{{ :​屏幕快照_2017-02-17_下午11.53.09.png?​600 |}} 
   * Query Set   * Query Set
  10 molecular shapes are provided in a few formats (XYZ of point clouds, CCP4 format, etc).   10 molecular shapes are provided in a few formats (XYZ of point clouds, CCP4 format, etc). 
 +{{ :​屏幕快照_2017-02-17_下午11.53.09.png?​600 |}}
  
 Download (PDB format and CCP4 format): Download (PDB format and CCP4 format):

Richard Feynman

“everything that is living can be understood in terms of the jiggling and wiggling of atoms”.

and now, we want to watch atoms jiggling and wiggling.

X-rays, electrons, fluorescence light, the advances of photon sciences, together with computational modeling, are making this happen.