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May 20th, 2018
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  1. - name: ground_truth_20180515_202114_b0328df7-8b40-4a26-8d84-c9d7f6039c7f
  2. why: many final state particles where you need to get the momenta right
  3.  
  4. - name: ground_truth_20180515_202146_77c27a83-a2cb-4709-a8c7-56fe1ad8c85b
  5. why: somewhat merged three-prong decay K- pi+ pi-
  6.  
  7. - name: ground_truth_20180515_202321_a90f52f5-2be1-4947-9ace-bc7d17fe1fbf
  8. why: lots! of particles (10) with secondary decays (3 charged pi, 2 neutral pi -> gamgam)
  9.  
  10. - name: ground_truth_20180515_202427_5d59a2bd-d672-4738-9b2c-fa09cc598eb3
  11. why: looks interesting visually.. also 3-prong decay
  12.  
  13.  
  14. - name: ground_truth_20180515_202926_fd3312d9-bb98-4746-9515-605e7e1b7073
  15. why: merged clusters, three-prong, various momentum assignments possible
  16.  
  17. - name: ground_truth_20180515_201014_d47253e1-63be-40f0-b323-69d2fd6b74f7
  18. why: visually interesting 3-prong with gammas from secondary
  19.  
  20. - name: ground_truth_20180515_201051_49906af0-d959-404d-919e-fc61901051d1
  21. why: rare, high-multiplicity event (5 charge pions, 1 neutral pion)
  22.  
  23. - name: ground_truth_20180515_200853_82a6d817-e5f5-4ac6-85ba-98941f662ae7
  24. why: highly merged 3-prong decay
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