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MIP response vs. pre/pots MIP cut

1. INPUT:
   500K PYTHIA events with pt=2-3, production 'rcf1231', the softest I found.
   ETOW ADC scale set by 4096 @60 GeV Et w/ SF=5%, pre & post gains are EQUAL @23000 ch/1GeV energy lose.
   slow simulator, default settings

2. MIP cut in pre/post-shower
   A) ADC-ped >12ch
   B) ADC-ped in [0.3,4.0]*MIP and >4ch
   C) ADC-ped in [0.6,3.0]*MIP and >4ch

3. Absolute pre/post gains. Note, the input gain for M-C was of 23000 ch/GeV for pre & post.

   pre & post MIPcut	ADC-ped >12ch	ADC-ped in [0.3,4.0]*MIP	ADC-ped in [0.6,3.0]*MIP
   layer
   Pres1
   Pres2
   post-sh

4. Absolute tower gains reco for M-C events. The input eta dependent gains for M-C are marked by the blue lines.

   pre & post MIPcut	distribution of ETOW gains (only sectors 1-3)
   ADC-ped >12ch
   ADC-ped in [0.3,4.0]*MIP
   ADC-ped in [0.6,3.0]*MIP