Irt algo

I have added the single photo electron Cherenkov angle and the residual in the benchmark plot (global,function of momentum and eta) and changed everywhere Estimated to Reconstructed

benchmarks/rich/draw_benchmark.py

@@ -174,7 +174,7 @@ for rad in ["Aerogel", "Gas"]:
     hist = ana_file.Get(f'{pid_name}/thetaResid_dist_{rad}')
     hist.DrawCopy()
     canv.cd(4)
-    hist = ana_file.Get(f'{pid_name}/speThetaResid_dist_{rad}')
+    hist = ana_file.Get(f'{pid_name}/speResid_dist_{rad}')
     hist.SetTitle(hist.GetTitle() + " - ZOOM")
     hist.GetXaxis().SetRangeUser(-RESID_MAX, RESID_MAX)
     hist.Draw()
@@ -203,7 +203,7 @@ for rad in ["Aerogel", "Gas"]:
         if centralV > 0.2*sigmaV :
             print("dRICH Warning : ring residual plot has starnge central value")
     canv.cd(6)
-    hist = ana_file.Get(f'{pid_name}/speThetaResid_dist_{rad}')
+    hist = ana_file.Get(f'{pid_name}/speResid_dist_{rad}')
     hist.DrawCopy()
     canv.cd(7)
     ana_file.Get(f'{pid_name}/highestWeight_dist_{rad}').Draw()
@@ -245,7 +245,7 @@ for rad in ["Aerogel", "Gas"]:
     hist = ana_file.Get(f'{pid_name}/spetheta_vs_eta_{rad}')
     draw_profile(hist, rad)
     canv.cd(18)
-    hist = ana_file.Get(f'{pid_name}/spethetaResid_vs_eta_{rad}')
+    hist = ana_file.Get(f'{pid_name}/speResid_vs_eta_{rad}')
     hist.GetYaxis().SetRangeUser(-RESID_MAX, RESID_MAX)
     draw_profile(hist, rad)