/[PAMELA software]/calo/flight/CaloHK/src/qcalcore.cpp
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Diff of /calo/flight/CaloHK/src/qcalcore.cpp

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revision 1.1.1.1 by jerse, Mon Feb 11 16:17:45 2008 UTC revision 1.3 by jerse, Tue Feb 12 14:03:47 2008 UTC
# Line 39  Line 39 
39    
40  UInt_t minimo (UInt_t vet[], Long64_t n );  UInt_t minimo (UInt_t vet[], Long64_t n );
41    
42    // prova
43    
44    
45  UInt_t massimo (UInt_t vet[], Long64_t n);  UInt_t massimo (UInt_t vet[], Long64_t n);
46    
# Line 204  void qlook_cal(TString filename, TString Line 206  void qlook_cal(TString filename, TString
206     // grafici corrente xe     // grafici corrente xe
207    
208        
209     TH2F *hITS1_1 = new TH2F("hITS1_1","Current:Section xe ",1000,min_obt,max_obt*1.006,1000,-500., 500.);     TH2F *hITS1_1 = new TH2F("hITS1_1","Current:Section xe ",1000,min_obt,max_obt*1.006,1000,-50., 50.);
210    
211     //   hITS1_1->SetBit(TH2::kCanRebin);     //   hITS1_1->SetBit(TH2::kCanRebin);
212    
# Line 214  void qlook_cal(TString filename, TString Line 216  void qlook_cal(TString filename, TString
216    
217     hITS1_1->GetXaxis()->SetTitle("time");     hITS1_1->GetXaxis()->SetTitle("time");
218    
219     hITS1_1->GetYaxis()->SetTitle("current [micronA]");     hITS1_1->GetYaxis()->SetTitle("current [nA]");
220    
221     hITS1_1->GetYaxis()->SetTitleOffset(1.2);     hITS1_1->GetYaxis()->SetTitleOffset(1.2);
222        
# Line 235  void qlook_cal(TString filename, TString Line 237  void qlook_cal(TString filename, TString
237    
238     hITS1_2->GetXaxis()->SetTitle("time");     hITS1_2->GetXaxis()->SetTitle("time");
239    
240     hITS1_2->GetYaxis()->SetTitle("current [micronA]");     hITS1_2->GetYaxis()->SetTitle("current [nA]");
241        
242     hITS1_2->SetMarkerColor(2);     hITS1_2->SetMarkerColor(2);
243    
# Line 254  void qlook_cal(TString filename, TString Line 256  void qlook_cal(TString filename, TString
256    
257     hITS1_3->GetXaxis()->SetTitle("time");     hITS1_3->GetXaxis()->SetTitle("time");
258    
259     hITS1_3->GetYaxis()->SetTitle("current [micronA]");     hITS1_3->GetYaxis()->SetTitle("current [nA]");
260        
261     hITS1_3->SetMarkerColor(3);     hITS1_3->SetMarkerColor(3);
262    
# Line 426  void qlook_cal(TString filename, TString Line 428  void qlook_cal(TString filename, TString
428     // grafici corrente xo     // grafici corrente xo
429    
430        
431     TH2F *hITS2_1 = new TH2F("hITS2_1","Current:Section xo ",1000,min_obt,max_obt*1.006,1000,-500., 500.);     TH2F *hITS2_1 = new TH2F("hITS2_1","Current:Section xo ",1000,min_obt,max_obt*1.006,1000,-50., 50.);
432    
433     //  hITS2_1->SetBit(TH2::kCanRebin);     //  hITS2_1->SetBit(TH2::kCanRebin);
434    
# Line 436  void qlook_cal(TString filename, TString Line 438  void qlook_cal(TString filename, TString
438    
439     hITS2_1->GetXaxis()->SetTitle("time");     hITS2_1->GetXaxis()->SetTitle("time");
440    
441     hITS2_1->GetYaxis()->SetTitle("current [micronA]");     hITS2_1->GetYaxis()->SetTitle("current [nA]");
442    
443     hITS2_1->GetYaxis()->SetTitleOffset(1.2);     hITS2_1->GetYaxis()->SetTitleOffset(1.2);
444        
# Line 643  void qlook_cal(TString filename, TString Line 645  void qlook_cal(TString filename, TString
645     // grafici corrente ye     // grafici corrente ye
646    
647        
648     TH2F *hITS3_1 = new TH2F("hITS3_1","Current:Section ye ",1000,min_obt,max_obt*1.006,1000,-500., 500.);     TH2F *hITS3_1 = new TH2F("hITS3_1","Current:Section ye ",1000,min_obt,max_obt*1.006,1000,-50., 50.);
649    
650     //  hITS3_1->SetBit(TH2::kCanRebin);     //  hITS3_1->SetBit(TH2::kCanRebin);
651    
# Line 653  void qlook_cal(TString filename, TString Line 655  void qlook_cal(TString filename, TString
655    
656     hITS3_1->GetXaxis()->SetTitle("time");     hITS3_1->GetXaxis()->SetTitle("time");
657    
658     hITS3_1->GetYaxis()->SetTitle("current [micronA]");     hITS3_1->GetYaxis()->SetTitle("current [nA]");
659    
660     hITS3_1->GetYaxis()->SetTitleOffset(1.2);     hITS3_1->GetYaxis()->SetTitleOffset(1.2);
661        
# Line 864  void qlook_cal(TString filename, TString Line 866  void qlook_cal(TString filename, TString
866     // grafici corrente yo     // grafici corrente yo
867    
868    
869     TH2F *hITS4_1 = new TH2F("hITS4_1","Current:Section yo",1000,min_obt,max_obt*1.006,1000,-500., 500.);     TH2F *hITS4_1 = new TH2F("hITS4_1","Current:Section yo",1000,min_obt,max_obt*1.006,1000,-50., 50.);
870    
871     //  hITS4_1->SetBit(TH2::kCanRebin);     //  hITS4_1->SetBit(TH2::kCanRebin);
872    
# Line 874  void qlook_cal(TString filename, TString Line 876  void qlook_cal(TString filename, TString
876    
877     hITS4_1->GetXaxis()->SetTitle("time");     hITS4_1->GetXaxis()->SetTitle("time");
878    
879     hITS4_1->GetYaxis()->SetTitle("current [micronA]");     hITS4_1->GetYaxis()->SetTitle("current [nA]");
880    
881     hITS4_1->GetYaxis()->SetTitleOffset(1.2);     hITS4_1->GetYaxis()->SetTitleOffset(1.2);
882        
# Line 1078  void qlook_cal(TString filename, TString Line 1080  void qlook_cal(TString filename, TString
1080    
1081     // grafici temperatura     // grafici temperatura
1082    
1083     TH2F *hITS5 = new TH2F("hITS5","Temperature ",1000,min_obt,max_obt*1.006,1000,30,40);     TH2F *hITS5 = new TH2F("hITS5","Temperature ",1000,min_obt,max_obt*1.006,1000,20,50);
1084    
1085     hITS5->SetStats(0);     hITS5->SetStats(0);
1086        
# Line 1960  void qlook_cal(TString filename, TString Line 1962  void qlook_cal(TString filename, TString
1962                
1963        Double_t  current_xe0_adc = pher->CALO_ENDRUN[0].CALO_HK0[0];        Double_t  current_xe0_adc = pher->CALO_ENDRUN[0].CALO_HK0[0];
1964    
1965        Double_t current_xe0 = current_xe0_adc/1.7348 - 9444. ; // micron A        Double_t current_xe0 = (current_xe0_adc-16384)/16.438;
1966    
1967        Double_t  current_xe1_adc = pher->CALO_ENDRUN[0].CALO_HK0[1];        Double_t  current_xe1_adc = pher->CALO_ENDRUN[0].CALO_HK0[1];
1968    
1969        Double_t current_xe1 = current_xe1_adc/1.7348 - 9444. ; // micron A        Double_t current_xe1 = (current_xe1_adc-16384)/16.438;
1970    
1971        Double_t  current_xe2_adc = pher->CALO_ENDRUN[0].CALO_HK0[2];        Double_t  current_xe2_adc = pher->CALO_ENDRUN[0].CALO_HK0[2];
1972    
1973        Double_t current_xe2 = current_xe2_adc/1.7348 - 9444. ; // micron A        Double_t current_xe2 = (current_xe2_adc-16384)/16.438;
1974    
1975        Double_t  current_xe3_adc = pher->CALO_ENDRUN[0].CALO_HK0[3];        Double_t  current_xe3_adc = pher->CALO_ENDRUN[0].CALO_HK0[3];
1976    
1977        Double_t current_xe3 = current_xe3_adc/1.7348 - 9444. ; // micron A        Double_t current_xe3 = (current_xe3_adc-16384)/16.438;
1978    
1979        Double_t  current_xe4_adc = pher->CALO_ENDRUN[0].CALO_HK0[4];        Double_t  current_xe4_adc = pher->CALO_ENDRUN[0].CALO_HK0[4];
1980    
1981        Double_t current_xe4 = current_xe4_adc/1.7348 - 9444. ; // micron A        Double_t current_xe4 = (current_xe4_adc-16384)/16.438;
1982    
1983        Double_t  current_xe5_adc = pher->CALO_ENDRUN[0].CALO_HK0[5];        Double_t  current_xe5_adc = pher->CALO_ENDRUN[0].CALO_HK0[5];
1984    
1985        Double_t current_xe5 = current_xe5_adc/1.7348 - 9444. ; // micron A        Double_t current_xe5 = (current_xe5_adc-16384)/16.438;
1986    
1987        Double_t  current_xe6_adc = pher->CALO_ENDRUN[0].CALO_HK0[6];        Double_t  current_xe6_adc = pher->CALO_ENDRUN[0].CALO_HK0[6];
1988    
1989        Double_t current_xe6 = current_xe6_adc/1.7348 - 9444. ; // micron A        Double_t current_xe6 = (current_xe6_adc-16384)/16.438;
1990    
1991        Double_t  current_xe7_adc = pher->CALO_ENDRUN[0].CALO_HK0[7];        Double_t  current_xe7_adc = pher->CALO_ENDRUN[0].CALO_HK0[7];
1992    
1993        Double_t current_xe7 = current_xe7_adc/1.7348 - 9444. ; // micron A        Double_t current_xe7 = (current_xe7_adc-16384)/16.438;
1994    
1995        Double_t  current_xe8_adc = pher->CALO_ENDRUN[0].CALO_HK0[8];        Double_t  current_xe8_adc = pher->CALO_ENDRUN[0].CALO_HK0[8];
1996    
1997        Double_t current_xe8 = current_xe8_adc/1.7348 - 9444. ; // micron A        Double_t current_xe8 = (current_xe8_adc-16384)/16.438;
1998    
1999        Double_t  current_xe9_adc = pher->CALO_ENDRUN[0].CALO_HK0[9];        Double_t  current_xe9_adc = pher->CALO_ENDRUN[0].CALO_HK0[9];
2000    
2001        Double_t current_xe9 = current_xe9_adc/1.7348 - 9444. ; // micron A        Double_t current_xe9 = (current_xe9_adc-16384)/16.438;
2002    
2003        Double_t  current_xe10_adc = pher->CALO_ENDRUN[0].CALO_HK0[10];        Double_t  current_xe10_adc = pher->CALO_ENDRUN[0].CALO_HK0[10];
2004    
2005        Double_t current_xe10 = current_xe10_adc/1.7348 - 9444. ; // micron A        Double_t current_xe10 = (current_xe10_adc-16384)/16.438;
2006    
2007            
2008    
# Line 2019  void qlook_cal(TString filename, TString Line 2021  void qlook_cal(TString filename, TString
2021    
2022        Double_t  current_xo0_adc = pher->CALO_ENDRUN[1].CALO_HK0[0];        Double_t  current_xo0_adc = pher->CALO_ENDRUN[1].CALO_HK0[0];
2023    
2024        Double_t current_xo0 = current_xo0_adc/1.7348 - 9444. ; // micron A        Double_t current_xo0 = (current_xo0_adc-16384)/16.438;
2025    
2026        Double_t  current_xo1_adc = pher->CALO_ENDRUN[1].CALO_HK0[1];        Double_t  current_xo1_adc = pher->CALO_ENDRUN[1].CALO_HK0[1];
2027    
2028        Double_t current_xo1 = current_xo1_adc/1.7348 - 9444. ; // micron A        Double_t current_xo1 = (current_xo1_adc-16384)/16.438;
2029    
2030        Double_t  current_xo2_adc = pher->CALO_ENDRUN[1].CALO_HK0[2];        Double_t  current_xo2_adc = pher->CALO_ENDRUN[1].CALO_HK0[2];
2031    
2032        Double_t current_xo2 = current_xo2_adc/1.7348 - 9444. ; // micron A        Double_t current_xo2 = (current_xo2_adc-16384)/16.438;
2033    
2034        Double_t  current_xo3_adc = pher->CALO_ENDRUN[1].CALO_HK0[3];        Double_t  current_xo3_adc = pher->CALO_ENDRUN[1].CALO_HK0[3];
2035    
2036        Double_t current_xo3 = current_xo3_adc/1.7348 - 9444. ; // micron A        Double_t current_xo3 = (current_xo3_adc-16384)/16.438;
2037    
2038        Double_t  current_xo4_adc = pher->CALO_ENDRUN[1].CALO_HK0[4];        Double_t  current_xo4_adc = pher->CALO_ENDRUN[1].CALO_HK0[4];
2039    
2040        Double_t current_xo4 = current_xo4_adc/1.7348 - 9444. ; // micron A        Double_t current_xo4 = (current_xo4_adc-16384)/16.438;
2041    
2042        Double_t  current_xo5_adc = pher->CALO_ENDRUN[1].CALO_HK0[5];        Double_t  current_xo5_adc = pher->CALO_ENDRUN[1].CALO_HK0[5];
2043    
2044        Double_t current_xo5 = current_xo5_adc/1.7348 - 9444. ; // micron A        Double_t current_xo5 = (current_xo5_adc-16384)/16.438;
2045    
2046        Double_t  current_xo6_adc = pher->CALO_ENDRUN[1].CALO_HK0[6];        Double_t  current_xo6_adc = pher->CALO_ENDRUN[1].CALO_HK0[6];
2047    
2048        Double_t current_xo6 = current_xo6_adc/1.7348 - 9444. ; // micron A        Double_t current_xo6 = (current_xo6_adc-16384)/16.438;
2049    
2050        Double_t  current_xo7_adc = pher->CALO_ENDRUN[1].CALO_HK0[7];        Double_t  current_xo7_adc = pher->CALO_ENDRUN[1].CALO_HK0[7];
2051    
2052        Double_t current_xo7 = current_xo7_adc/1.7348 - 9444. ; // micron A        Double_t current_xo7 = (current_xo7_adc-16384)/16.438;
2053    
2054        Double_t  current_xo8_adc = pher->CALO_ENDRUN[1].CALO_HK0[8];        Double_t  current_xo8_adc = pher->CALO_ENDRUN[1].CALO_HK0[8];
2055    
2056        Double_t current_xo8 = current_xo8_adc/1.7348 - 9444. ; // micron A        Double_t current_xo8 = (current_xo8_adc-16384)/16.438;
2057    
2058        Double_t  current_xo9_adc = pher->CALO_ENDRUN[1].CALO_HK0[9];        Double_t  current_xo9_adc = pher->CALO_ENDRUN[1].CALO_HK0[9];
2059    
2060        Double_t current_xo9 = current_xo9_adc/1.7348 - 9444. ; // micron A        Double_t current_xo9 = (current_xo9_adc-16384)/16.438;
2061    
2062        Double_t  current_xo10_adc = pher->CALO_ENDRUN[1].CALO_HK0[10];        Double_t  current_xo10_adc = pher->CALO_ENDRUN[1].CALO_HK0[10];
2063    
2064        Double_t current_xo10 = current_xo10_adc/1.7348 - 9444. ; // micron A        Double_t current_xo10 = (current_xo10_adc-16384)/16.438;
2065    
2066            
2067    
# Line 2078  void qlook_cal(TString filename, TString Line 2080  void qlook_cal(TString filename, TString
2080    
2081        Double_t  current_ye0_adc = pher->CALO_ENDRUN[2].CALO_HK0[0];        Double_t  current_ye0_adc = pher->CALO_ENDRUN[2].CALO_HK0[0];
2082    
2083        Double_t current_ye0 = current_ye0_adc/1.7348 - 9444. ; // micron A        Double_t current_ye0 = (current_ye0_adc-16384)/16.438;
2084    
2085        Double_t  current_ye1_adc = pher->CALO_ENDRUN[2].CALO_HK0[1];        Double_t  current_ye1_adc = pher->CALO_ENDRUN[2].CALO_HK0[1];
2086    
2087        Double_t current_ye1 = current_ye1_adc/1.7348 - 9444. ; // micron A        Double_t current_ye1 = (current_ye1_adc-16384)/16.438;
2088    
2089        Double_t  current_ye2_adc = pher->CALO_ENDRUN[2].CALO_HK0[2];        Double_t  current_ye2_adc = pher->CALO_ENDRUN[2].CALO_HK0[2];
2090    
2091        Double_t current_ye2 = current_ye2_adc/1.7348 - 9444. ; // micron A        Double_t current_ye2 = (current_ye2_adc-16384)/16.438;
2092    
2093        Double_t  current_ye3_adc = pher->CALO_ENDRUN[2].CALO_HK0[3];        Double_t  current_ye3_adc = pher->CALO_ENDRUN[2].CALO_HK0[3];
2094    
2095        Double_t current_ye3 = current_ye3_adc/1.7348 - 9444. ; // micron A        Double_t current_ye3 = (current_ye3_adc-16384)/16.438;
2096    
2097        Double_t  current_ye4_adc = pher->CALO_ENDRUN[2].CALO_HK0[4];        Double_t  current_ye4_adc = pher->CALO_ENDRUN[2].CALO_HK0[4];
2098    
2099        Double_t current_ye4 = current_ye4_adc/1.7348 - 9444. ; // micron A        Double_t current_ye4 = (current_ye4_adc-16384)/16.438;
2100    
2101        Double_t  current_ye5_adc = pher->CALO_ENDRUN[2].CALO_HK0[5];        Double_t  current_ye5_adc = pher->CALO_ENDRUN[2].CALO_HK0[5];
2102    
2103        Double_t current_ye5 = current_ye5_adc/1.7348 - 9444. ; // micron A        Double_t current_ye5 = (current_ye5_adc-16384)/16.438;
2104    
2105        Double_t  current_ye6_adc = pher->CALO_ENDRUN[2].CALO_HK0[6];        Double_t  current_ye6_adc = pher->CALO_ENDRUN[2].CALO_HK0[6];
2106    
2107        Double_t current_ye6 = current_ye6_adc/1.7348 - 9444. ; // micron A        Double_t current_ye6 = (current_ye6_adc-16384)/16.438;
2108    
2109        Double_t  current_ye7_adc = pher->CALO_ENDRUN[2].CALO_HK0[7];        Double_t  current_ye7_adc = pher->CALO_ENDRUN[2].CALO_HK0[7];
2110    
2111        Double_t current_ye7 = current_ye7_adc/1.7348 - 9444. ; // micron A        Double_t current_ye7 = (current_ye7_adc-16384)/16.438;
2112    
2113        Double_t  current_ye8_adc = pher->CALO_ENDRUN[2].CALO_HK0[8];        Double_t  current_ye8_adc = pher->CALO_ENDRUN[2].CALO_HK0[8];
2114    
2115        Double_t current_ye8 = current_ye8_adc/1.7348 - 9444. ; // micron A        Double_t current_ye8 = (current_ye8_adc-16384)/16.438;
2116    
2117        Double_t  current_ye9_adc = pher->CALO_ENDRUN[2].CALO_HK0[9];        Double_t  current_ye9_adc = pher->CALO_ENDRUN[2].CALO_HK0[9];
2118    
2119        Double_t current_ye9 = current_ye9_adc/1.7348 - 9444. ; // micron A        Double_t current_ye9 = (current_ye9_adc-16384)/16.438;
2120    
2121        Double_t  current_ye10_adc = pher->CALO_ENDRUN[2].CALO_HK0[10];        Double_t  current_ye10_adc = pher->CALO_ENDRUN[2].CALO_HK0[10];
2122    
2123        Double_t current_ye10 = current_ye10_adc/1.7348 - 9444. ; // micron A        Double_t current_ye10 = (current_ye10_adc-16384)/16.438;
2124    
2125            
2126    
# Line 2139  void qlook_cal(TString filename, TString Line 2141  void qlook_cal(TString filename, TString
2141    
2142        Double_t  current_yo0_adc = pher->CALO_ENDRUN[3].CALO_HK0[0];        Double_t  current_yo0_adc = pher->CALO_ENDRUN[3].CALO_HK0[0];
2143    
2144        Double_t current_yo0 = current_yo0_adc/1.7348 - 9444. ; // micron A        Double_t current_yo0 = (current_yo0_adc-16384)/16.438;
2145    
2146        Double_t  current_yo1_adc = pher->CALO_ENDRUN[3].CALO_HK0[1];        Double_t  current_yo1_adc = pher->CALO_ENDRUN[3].CALO_HK0[1];
2147    
2148        Double_t current_yo1 = current_yo1_adc/1.7348 - 9444. ; // micron A        Double_t current_yo1 = (current_yo1_adc-16384)/16.438;
2149    
2150        Double_t  current_yo2_adc = pher->CALO_ENDRUN[3].CALO_HK0[2];        Double_t  current_yo2_adc = pher->CALO_ENDRUN[3].CALO_HK0[2];
2151    
2152        Double_t current_yo2 = current_yo2_adc/1.7348 - 9444. ; // micron A        Double_t current_yo2 = (current_yo2_adc-16384)/16.438;
2153    
2154        Double_t  current_yo3_adc = pher->CALO_ENDRUN[3].CALO_HK0[3];        Double_t  current_yo3_adc = pher->CALO_ENDRUN[3].CALO_HK0[3];
2155    
2156        Double_t current_yo3 = current_yo3_adc/1.7348 - 9444. ; // micron A        Double_t current_yo3 = (current_yo3_adc-16384)/16.438;
2157    
2158        Double_t  current_yo4_adc = pher->CALO_ENDRUN[3].CALO_HK0[4];        Double_t  current_yo4_adc = pher->CALO_ENDRUN[3].CALO_HK0[4];
2159    
2160        Double_t current_yo4 = current_yo4_adc/1.7348 - 9444. ; // micron A        Double_t current_yo4 = (current_yo4_adc-16384)/16.438;
2161    
2162        Double_t  current_yo5_adc = pher->CALO_ENDRUN[3].CALO_HK0[5];        Double_t  current_yo5_adc = pher->CALO_ENDRUN[3].CALO_HK0[5];
2163    
2164        Double_t current_yo5 = current_yo5_adc/1.7348 - 9444. ; // micron A        Double_t current_yo5 = (current_yo5_adc-16384)/16.438;
2165    
2166        Double_t  current_yo6_adc = pher->CALO_ENDRUN[3].CALO_HK0[6];        Double_t  current_yo6_adc = pher->CALO_ENDRUN[3].CALO_HK0[6];
2167    
2168        Double_t current_yo6 = current_yo6_adc/1.7348 - 9444. ; // micron A        Double_t current_yo6 = (current_yo6_adc-16384)/16.438;
2169    
2170        Double_t  current_yo7_adc = pher->CALO_ENDRUN[3].CALO_HK0[7];        Double_t  current_yo7_adc = pher->CALO_ENDRUN[3].CALO_HK0[7];
2171    
2172        Double_t current_yo7 = current_yo7_adc/1.7348 - 9444. ; // micron A        Double_t current_yo7 = (current_yo7_adc-16384)/16.438;
2173    
2174        Double_t  current_yo8_adc = pher->CALO_ENDRUN[3].CALO_HK0[8];        Double_t  current_yo8_adc = pher->CALO_ENDRUN[3].CALO_HK0[8];
2175    
2176        Double_t current_yo8 = current_yo8_adc/1.7348 - 9444. ; // micron A        Double_t current_yo8 = (current_yo8_adc-16384)/16.438;
2177    
2178        Double_t  current_yo9_adc = pher->CALO_ENDRUN[3].CALO_HK0[9];        Double_t  current_yo9_adc = pher->CALO_ENDRUN[3].CALO_HK0[9];
2179    
2180        Double_t current_yo9 = current_yo9_adc/1.7348 - 9444. ; // micron A        Double_t current_yo9 = (current_yo9_adc-16384)/16.438;
2181    
2182        Double_t  current_yo10_adc = pher->CALO_ENDRUN[3].CALO_HK0[10];        Double_t  current_yo10_adc = pher->CALO_ENDRUN[3].CALO_HK0[10];
2183    
2184        Double_t current_yo10 = current_yo10_adc/1.7348 - 9444. ; // micron A        Double_t current_yo10 = (current_yo10_adc-16384)/16.438;
2185    
2186            
2187    
# Line 2213  void qlook_cal(TString filename, TString Line 2215  void qlook_cal(TString filename, TString
2215    
2216       Double_t  temp_adc_xe6 = pher->CALO_ENDRUN[0].CALO_HK1[6];       Double_t  temp_adc_xe6 = pher->CALO_ENDRUN[0].CALO_HK1[6];
2217    
2218       Double_t  temp_xe6 = temp_adc_xe6/331.124 - 29.35;   // [°C]       Double_t  temp_xe6 = temp_adc_xe6/200.74 - 58.3;       // [°C]
2219    
2220       Double_t  temp_adc_xo1 = pher->CALO_ENDRUN[1].CALO_HK1[1];       Double_t  temp_adc_xo1 = pher->CALO_ENDRUN[1].CALO_HK1[1];
2221    
2222       Double_t  temp_xo1 = temp_adc_xo1/331.124 - 29.35;   // [°C]       Double_t  temp_xo1 = temp_adc_xo1/200.74 - 58.3;      // [°C]
2223    
2224       Double_t  temp_adc_xo2 = pher->CALO_ENDRUN[1].CALO_HK1[2];       Double_t  temp_adc_xo2 = pher->CALO_ENDRUN[1].CALO_HK1[2];
2225    
2226       Double_t  temp_xo2 = temp_adc_xo2/331.124 - 29.35;   // [°C]       Double_t  temp_xo2 = temp_adc_xo2/200.74 - 58.3;      // [°C]
2227            
2228       Double_t  temp_adc_xo4 = pher->CALO_ENDRUN[1].CALO_HK1[4];       Double_t  temp_adc_xo4 = pher->CALO_ENDRUN[1].CALO_HK1[4];
2229    
2230       Double_t  temp_xo4 = temp_adc_xo4/331.124 - 29.35;   // [°C]       Double_t  temp_xo4 = temp_adc_xo4/200.74 - 58.3;     // [°C]
2231    
2232       Double_t  temp_adc_ye3 = pher->CALO_ENDRUN[2].CALO_HK1[3];       Double_t  temp_adc_ye3 = pher->CALO_ENDRUN[2].CALO_HK1[3];
2233    
2234       Double_t  temp_ye3 = temp_adc_ye3/331.124 - 29.35;   // [°C]       Double_t  temp_ye3 = temp_adc_ye3/200.74 - 58.3;     // [°C]
2235    
2236       Double_t  temp_adc_ye4 = pher->CALO_ENDRUN[2].CALO_HK1[4];       Double_t  temp_adc_ye4 = pher->CALO_ENDRUN[2].CALO_HK1[4];
2237    
2238       Double_t  temp_ye4 = temp_adc_ye4/331.124 - 29.35;   // [°C]       Double_t  temp_ye4 = temp_adc_ye4/200.74 - 58.3;     // [°C]
2239    
2240       Double_t  temp_adc_ye7 = pher->CALO_ENDRUN[2].CALO_HK1[7];       Double_t  temp_adc_ye7 = pher->CALO_ENDRUN[2].CALO_HK1[7];
2241    
2242       Double_t  temp_ye7 = temp_adc_ye7/331.124 - 29.35;   // [°C]       Double_t  temp_ye7 = temp_adc_ye7/200.74 - 58.3;     // [°C]
2243    
2244       Double_t  temp_adc_yo5 = pher->CALO_ENDRUN[3].CALO_HK1[5];       Double_t  temp_adc_yo5 = pher->CALO_ENDRUN[3].CALO_HK1[5];
2245    
2246       Double_t  temp_yo5 = temp_adc_yo5/331.124 - 29.35;   // [°C]       Double_t  temp_yo5 = temp_adc_yo5/200.74 - 58.3;     // [°C]
2247    
2248       Double_t  temp_adc_yo9 = pher->CALO_ENDRUN[3].CALO_HK1[9];       Double_t  temp_adc_yo9 = pher->CALO_ENDRUN[3].CALO_HK1[9];
2249    
2250       Double_t  temp_yo9 = temp_adc_yo9/331.124 - 29.35;   // [°C]       Double_t  temp_yo9 = temp_adc_yo9/200.74 - 58.3;     // [°C]
2251    
2252       Double_t  temp_adc_yo10 = pher->CALO_ENDRUN[3].CALO_HK1[10];       Double_t  temp_adc_yo10 = pher->CALO_ENDRUN[3].CALO_HK1[10];
2253    
2254       Double_t  temp_yo10 = temp_adc_yo10/331.124 - 29.35;   // [°C]       Double_t  temp_yo10 = temp_adc_yo10/200.74 - 58.3;     // [°C]
2255    
2256    
2257       hITS5->Fill(obt,temp_xe6);       hITS5->Fill(obt,temp_xe6);
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