Fixed, com2019, Sat Apr 6 01:06:18 2019, mugast, OFFLINE, General, CD2, Experimental Kinematic Line from dp 
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| Kinematic Line obtained from run 256+253 |
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Fixed, com2019, Sat Apr 6 06:24:04 2019, mugast, RUN, Software, CD2, new data 5more statistics°
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Fixed, com2019, Sat Apr 6 08:18:55 2019, mugast, RUN, Software, CD2, Online Scalers run 256 @8h00 am 06/04 for reference
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Fixed, com2019, Sat Apr 6 08:23:09 2019, mugast, OFFLINE, General, CD2, Kinematic Lines run 256 from 0 to 12 at 8 am
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Kinematic lines (E_lab vs Theta_lab) for all angular range (first picture) and zoomed plot for backward angles (second picture). |
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Fixed, com2019, Sat Apr 6 11:40:08 2019, mugast, OFFLINE, Software, CD2, AGATA spectrum in coincidence with MUGAST VAMOS run 256
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Fixed, com2019, Sat Apr 6 13:10:11 2019, mugast, VAMOS, Hardware, CD2, check in VAMOS HV
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| target drift chamber HV checked. They are OK |
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Fixed, com2019, Sun Apr 7 10:26:34 2019, mugast, OFFLINE, General, N/A, save File KineALL.cxx
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1 #include"NPReaction.h"
2
3 TCutG* ETOF=NULL;
4 TCutG* EDE=NULL;
5 TChain* chain=NULL ;
6 TCanvas* c1 = NULL;
7 TCanvas* c2 = NULL;
8
9 ////////////////////////////////////////////////////////////////////////////////
10 void LoadCuts(){
11 /* TFile* File_ETOF = new TFile("cuts/ETOF.root","READ");
12 ETOF = (TCutG*) File_ETOF->FindObjectAny("ETOF");
13
14 TFile* File_EDE = new TFile("cuts/EDE.root","READ");
15 EDE= (TCutG*) File_EDE->FindObjectAny("EDE");
16 */
17 }
18
19 ////////////////////////////////////////////////////////////////////////////////
20 void LoadChainNP(){
21 chain = new TChain("PhysicsTree");
22 chain->Add("../../Outputs/Analysis/Phy253.root");
23 chain->Add("NPOutput/runN_0256.root");
24 chain->Add("NPOutput/runN_0256_1.root");
25 chain->Add("NPOutput/runN_0256_2.root");
26 chain->Add("NPOutput/runN_0256_3.root");
27 chain->Add("NPOutput/runN_0256_4.root");
28 chain->Add("NPOutput/runN_0256_5.root");
29 chain->Add("NPOutput/runN_0256_6.root");
30 chain->Add("NPOutput/runN_0256_7.root");
31 chain->Add("NPOutput/runN_0256_8.root");
32 chain->Add("NPOutput/runN_0256_9.root");
33 chain->Add("NPOutput/runN_0256_10.root");
34 chain->Add("NPOutput/runN_0256_11.root");
35 chain->Add("NPOutput/runN_0256_12.root");
36 chain->Add("NPOutput/runN_0256_13.root");
37 //chain->Add("NPOutput/runN_0256_14.root");
38 //chain->Add("NPOutput/runN_0256_15.root");
39 // chain->Add("NPOutput/runN_0256_16.root");
40 }
41 // void LoadChainNPVAMOS(){
42 // chain = new TChain("PhysicsTree");
43 // chain->Add("NPOutput/runVAMOS_0256_0.root");
44 // }
45 void LoadChainNPVAMOS(){
46 chain = new TChain("PhysicsTree");
47 chain->Add("NPOutput/Phy256_ALL.root");
48 //chain->Add("NPOutput/testFF.root");
49 }
50 //void LoadChainVAMOS(){
51 // chain = new TChain("AD");
52 // chain->Add("../../Outputs/Analysis/Phy253.root");
53 // chain->Add("NPOutput/runN_0256.root");
54 // chain->Add("NPOutput/runN_0256_1.root");
55 // chain->Add("NPOutput/runN_0256_2.root");
56 // chain->Add("NPOutput/runN_0256_3.root");
57 // chain->Add("NPOutput/runN_0256_4.root");
58 // chain->Add("NPOutput/runN_0256_5.root");
59 // chain->Add("NPOutput/runN_0256_6.root");
60 // chain->Add("NPOutput/runN_0256_7.root");
61 // chain->Add("NPOutput/runN_0256_8.root");
62 // chain->Add("NPOutput/runN_0256_9.root");
63 // chain->Add("NPOutput/runN_0256_10.root");
64 // chain->Add("NPOutput/runN_0256_11.root");
65 // chain->Add("NPOutput/runN_0256_12.root");
66 // chain->Add("NPOutput/runN_0256_13.root");
67 // chain->Add("NPOutput/runN_0256_14.root");
68 // chain->Add("NPOutput/runN_0256_15.root");
69 // chain->Add("NPOutput/runN_0256_16.root");
70 // }
71 //////////////////////////////////////////////////////////////////////////////////
72 void LoadEventList(){
73 }
74 ////////////////////////////////////////////////////////////////////////////////
75 void plot_kine(NPL::Reaction r, double Ex,Color_t c,int w, int s){
76 r.SetExcitation4(Ex);
77
78 TGraph* g= r.GetKinematicLine3();
79 g->SetLineColor(c) ;
80 g->SetLineStyle(s) ;
81 g->SetLineWidth(w) ;
82
83 g->Draw("c");
84 }
85 ////////////////////////////////////////////////////////////////////////////////
86 void plot_state(double Ex,double max,Color_t c,int w, int s){
87 TLine* line = new TLine(Ex,0,Ex,max) ;
88 line->SetLineColor(c) ;
89 line->SetLineStyle(s) ;
90 line->SetLineWidth(w) ;
91 line->Draw();
92
93 }
94 ////////////////////////////////////////////////////////////////////////////////
95 void KineALL(){
96 gStyle->SetOptStat(111111111);
97 // Load stuff
98 // LoadChainNP();
99 LoadChainNPVAMOS();
100
101 // for Kinematic calculation
102 NPL::Reaction O17("16O(d,p)17O@96");
103 NPL::Reaction O16dd("16O(d,d)16O@96");
104 NPL::Reaction O16pp("16O(p,p)16O@96");
105 NPL::Reaction O16C12("16O(12C,12C)16O@96");
106 NPL::Reaction O15("16O(d,t)15O@96");
107 NPL::Reaction O16dh("16O(d,3He)15N@96");
108 NPL::Reaction O16d4h("16O(d,4He)15N@96");
109 Color_t color_dp=kOrange+7;
110 Color_t color_dd=kRed;
111 Color_t color_pp=kGreen;
112 Color_t color_dt=kAzure+7;
113 Color_t color_ca=kBlack;
114 Color_t color_dh=kMagenta;
115 Color_t color_d4h=kCyan;
116
117 c1 = new TCanvas("Example1","Example1",0,0,600,600);
118 c2 = new TCanvas("Example2","Example2",0,0,600,600);
119
120 c1->Divide(1,3);
121 c2->Divide(1,4);
122 // Kinematic Plot
123 c1->cd(1);
124 chain->Draw("ELab:ThetaLab>>hKine(720,0,180,1000,0,40)","ELab>0&&ThetaLab>0");
125 TH2F* hKine = (TH2F*) gDirectory->Get("hKine");
126 hKine->Draw("col");
127 hKine->GetXaxis()->SetTitle("#Theta_{Lab} (deg)");
128 hKine->GetYaxis()->SetTitle("E_{Lab} (MeV)");
129
130 // 15N
131 plot_kine(O16dh,0,color_dh,2,1);
132
133 // 17N
134 plot_kine(O16d4h,0,color_d4h,2,1);
135 plot_kine(O16d4h,2.312,color_d4h,2,1);
136
137 // O17
138 plot_kine(O17,0,color_dp,2,1);
139 plot_kine(O17,0.87073,color_dp,2,1);
140 plot_kine(O17,3.05536,color_dp,1,1);
141 // Sn
142 plot_kine(O17,4.143,color_dp,1,2);
143
144 // O15
145 plot_kine(O15,0,color_dt,2,1);
146 //plot_kine(O15,5.183,color_dt,2,1);
147 //plot_kine(O15,5.241,color_dt,1,1);
148 //plot_kine(O15,6.176,color_dt,1,1);
149 // Sp
150 //plot_kine(O15,7.297,color_dt,1,2);
151 // Elastic
152 plot_kine(O16dd,0,color_dd,2,1);
153 plot_kine(O16pp,0,color_pp,1,1);
154 plot_kine(O16C12,0,color_ca,1,2);
155
156 // Ex Plot
157 c1->cd(2);
158 int bin = 1000;
159 double start=-10;
160 double end = 10;
161 double binning = (end-start)/bin;
162 chain->Draw(Form("Ex>>hEx(%d,%f,%f)",1000,start,end),"ThetaLab>90");
163 TH2F* hEx = (TH2F*) gDirectory->Get("hEx");
164
165 chain->Draw(Form("Ex>>hEx2(%d,%f,%f)",1000,start,end),"ThetaLab>90&&IC[1]>2");
166 TH2F* hEx2 = (TH2F*) gDirectory->Get("hEx2");
167
168 hEx->GetXaxis()->SetTitle("E_{17O} (MeV)");
169 hEx->GetYaxis()->SetTitle(Form("counts / %.0f keV",binning*1000));
170
171 hEx->Draw();
172 hEx->Rebin(8);
173 c1->cd(3);
174 hEx2->Draw();
175 hEx2->Rebin(8);
176
177 c2->cd(1);
178 chain->Draw("EDC>>hEDC(2000,0,2)","");
179 TH2F* hEDC = (TH2F*) gDirectory->Get("hEDC");
180 hEDC->Rebin(4);
181
182 c2->cd(2);
183 chain->Draw("EDC>>hEDC1(2000,0,2)","Ex>0.2 && Ex<1.4");
184 TH2F* hEDC1 = (TH2F*) gDirectory->Get("hEDC1");
185 hEDC1->Rebin(4);
186
187 c2->cd(3);
188 chain->Draw("EDC>>hEDC2(2000,0,2)","IC[1]>2");
189 TH2F* hEDC2 = (TH2F*) gDirectory->Get("hEDC2");
190 hEDC2->Rebin(4);
191
192 c2->cd(4);
193 // chain->Draw("EDC>>hEDC3(2000,0,2)","MW_Nr>0");
194 chain->Draw("EDC>>hEDC3(2000,0,2)","IC[1]>2 && Ex>0.2 && Ex<1.4");
195 TH2F* hEDC3 = (TH2F*) gDirectory->Get("hEDC3");
196 hEDC3->Rebin(4);
197
198 double max = hEx->GetMaximum();
199 plot_state(0,max,color_dp,2,1);
200 plot_state(0.87073,max,color_dp,2,1);
201 plot_state(3.05536,max,color_dp,1,1);
202 plot_state(4.143,max,color_dp,1,2);
203 } |
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Fixed, e744s, Thu Apr 11 02:54:09 2019, mugast, RUN, General, , Changing Brho to 0.51 Tm starting run 70
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Fixed, e744s, Thu Apr 11 07:30:15 2019, mugast, BEAM, Social, N/A, Beam stop
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| The beam will be back around 8:30. |
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Fixed, e744s, Thu Apr 11 09:05:37 2019, mugast, CATS, General, N/A, CATS HV changed to 580
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| CATS HV changed from 600V to 580V. |
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Fixed, e744s, Thu Apr 11 20:55:17 2019, mugast, ONLINE, General, , screenshots RUN77 12x
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Fixed, e744s, Fri Apr 12 20:17:52 2019, mugast, VAMOS, General, , Increasing Pressure VAMOS IC
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We have increased the pressure of VAMOS-IC from 50 mbar to 55 mbar in order to stop the beam in the pad n4 and not having few MeV of remaining energy in the pad n5.
Votage related:
HV(IC_wires) = 495 V
HV(IC_pads) = 165 V
HV(IC_cathode) = 1232 V |
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Fixed, e744s, Sat Apr 13 17:31:54 2019, mugast, VAMOS, Hardware, , new Threshold on DC1 Channel 127
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Channel 127 of DC1 had a reduction of gain from yesterday, I corrected the gain by calibration and I reduced the threshold from 2114 to 2083 in order to reach the same low level.
(We can still see the lower gain in the online because the watcher is not reloaded, but it is ok in the root files) |
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Fixed, e744s, Sat Apr 13 17:36:39 2019, mugast, RUN, General, CH2, run 124
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16:30 start run 124
brho is being set
finger slightly changed |
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Fixed, , Mon Apr 15 21:34:11 2019, mugast, ONLINE, Social, , Screenshots&Scalers Run 131 20x
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Fixed, e744s, Tue Apr 16 11:40:04 2019, mugast, CATS, Hardware, N/A, CATS HV
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CATS2 HV was decreased to 540 V at 11h30 to avoid the overcurrent.
Need to monitor Efficiency, Time resolution as soon as the run restart with new target. |
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Fixed, e744s, Tue Apr 16 13:40:35 2019, mugast, VAMOS, Hardware, N/A, FP_DC2_w HV
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FPDC2_w tripping multiple times.
Lowered the HV from 620 to 600V |
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Fixed, e744s, Tue Apr 16 14:20:17 2019, mugast, VAMOS, General, CH2, FP_DC2_w HV
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Still tripping....
Decreased HV from 600 to 580V - attached are the new spectra |
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Fixed, e744s, Wed Apr 17 01:09:45 2019, mugast, BEAM, General, CH2, Beam lost
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About 1:00am we lost the beam.
We call pcp and they will fix in 15 min
At 01:20 we recover the beam |
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Fixed, e744s, Wed Apr 17 01:36:01 2019, mugast, BEAM, General, CH2, Beam lost
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| mugast wrote: | About 1:00am we lost the beam.
We call pcp and they will fix in 15 min
At 01:20 we recover the beam |
At 01:30 we lost other time the beam for 5 min |
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