Analytical PDFs created using LUT. Updated.
- CERN 2018 sims
- pions/protons @ 7 GeV/c @ 20 deg polar angle
- previous status
Improvements:
- peak normalization; with Cherenkov angle likelihood
- peak position; with forced theoretical Cherenkov angle
![](/~rdzhigad/data/prt/ana_lut_02/ana_03.png)
![](/~rdzhigad/data/prt/ana_lut_02/ana_03m.png)
Analytical PDF:
![](/~rdzhigad/data/prt/ana_lut_02/lhood_ana.png)
Data PDF:
![](/~rdzhigad/data/prt/ana_lut_02/lhood_ti.png)
Geometrical reconstruction:
![](/~rdzhigad/data/prt/ana_lut_02/lhood_gr.png)
Angle scan:
![](/~rdzhigad/data/prt/ana_lut_02/ti_gr_ana.png)
Peak's position displacement (sim PDF vs analytical PDF) as a function of propagation time. Using forced theoretical Cherencov angle:
![](/~rdzhigad/data/prt/ana_lut_02/dtime_sim_forced.png)
Using Cherencov angle from LUT:
![](/~rdzhigad/data/prt/ana_lut_02/dtime_sim.png)
Using Cherencov angle from LUT with monochromatic photons:
![](/~rdzhigad/data/prt/ana_lut_02/dtime_mono.png)
Using forced theoretical Cherencov angle with monochromatic photons:
![](/~rdzhigad/data/prt/ana_lut_02/dtime_mono_forced.png)
With ideal lens. Using Cherencov angle from LUT with monochromatic photons:
![](/~rdzhigad/data/prt/ana_lut_02/dtime_mono_l10.png)
Using forced theoretical Cherencov angle with monochromatic photons (GR 8.6 s.d; TI ana 10.7 s.d.):
![](/~rdzhigad/data/prt/ana_lut_02/dtime_mono_forced_l10.png)
Using LUT from Cherenkov photons (generated with p/pi @ 20 degree) :
![](/~rdzhigad/data/prt/ana_lut_02/tangel_r11.png)