1) Process 3rd production uDsts so that can be
   read/used by TMVA
2) Perform TMVA background training using DATA same-sign sample
3) Perform TMVA signal training first by using single-D0s, then
   Hijing+D0 (if this exists or it is relatively easy to get) and
   finally the MC D0s embedded in real data
4) Study first with embedding the response of S/B to different
   evaluation methods (BDT, Fisher etc) and then the DATA.
5) Optimize cut-variable set to use in final passes.
6) Process all available data and evaluate result as a function
   of TMVA estimators AND e.g. D0-pt etc, for best performance
   in S/B
7) Conclude study and write it up

Also:

8) Use existing code to evaluate sec.vertex resolution in x,y,z
   vs pt  for TCFIT and Dcageometry helix only

9) Use same code to produce other critical variables resolution
   plots for the thesis, e.g. DCA, eta, pt

Also:

10) Add 5 pages a week to the thesis. 


Build:12/8/2011
History of updates: