Comparing Dedx in P00hm flow and P01he flow ... and Manuel's
Top = P01he data (new)
cut (((((mZDCe+mZDCw)<66&&mCTB>11000)&&((asinh(mPt*sinh(mEta)/sqrt(0.13956995**2+mPt **2))>-0.1)&&(asinh(mPt*sinh(mEta)/sqrt(0.13956995**2+mPt**2))< 0.1)))&&(mCharge<0))&&(mDca<3))&&(mNhits>25)
Middle = P00hm data (old)
cut (((((mZDCe+mZDCw)<66&&mCTB>11000)&&((asinh(mPt*sinh(mEta)/sqrt(0.13956995**2+mPt **2))>-0.1)&&(asinh(mPt*sinh(mEta)/sqrt(0.13956995**2+mPt**2))< 0.1)))&&(mCharge<0))&&(mDca<3))&&(mFitPts>25)
Bottom = Manuel
cut ((((mHeader.mZdc<66&&mHeader.mCtbEvt>11000)&&(mPionY>-.1&&mPionY<.1))&&( mCharge<0))&&(mDca<3))&&(mPoints>25)
NOTE
====
P00hm has built-in vertex cut: abs(VertexZ)<80 P01he does not have built-in vertex cut, so abs(VertexZ) extends beyond 80cm For the fits, the centroids were allowed to change around the prescribed value by 5%. For the case of P00hm, the prescribed values come from BB/Aihong. For the case of PO1he, we scaled the POOhm centroids by 1.72.
y = 0, slice 6
The x-axis is 2.8*log(mDedx*1e6.)+1.5
y = 0, slice 10
The x-axis is 2.8*log(mDedx*1e6.)+1.5
y = 0, slice 15
The x-axis is 2.8*log(mDedx*1e6.)+1.5
Ratios
Slice Centroid width % Resolution Centroid width % Resolution Ratio_Centroids
PO1he PO1he PO1he PO0hm PO0hm PO0hm POOhm/PO1he
6.0000 4.3070 0.28890 10.318 2.6310 0.33630 12.011 0.6108
10.000 3.9750 0.27500 9.8214 2.2970 0.32370 11.561 0.57786
15.000 3.8870 0.27530 9.8321 2.2190 0.32340 11.550 0.57088