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BunchCrossingAverageCondData.cxx
Go to the documentation of this file.
1#include "LumiBlockData/BunchCrossingAverageCondData.h"
2#include "AthenaKernel/getMessageSvc.h"
3#include <algorithm>
4
5
6
7
8
9
10float BunchCrossingAverageCondData::GetBeam1IntensityAll(int channel) const {
11 // if (ATH_UNLIKELY(bcid>=m_MAX_BCID)) return false;
12 if(channel==0)
13 return m_beam1IntensityAll;
14 else if(channel==1)
15 return m_beam1IntensityAll_fBCT;
16 else if(channel==2)
17 return m_beam1IntensityAll_DCCT;
18 else if(channel==3)
19 return m_beam1IntensityAll_DCCT24;
20 else return 0;
21
22}
23
24
25float BunchCrossingAverageCondData::GetBeam2IntensityAll(int channel) const {
26 // if (ATH_UNLIKELY(bcid>=m_MAX_BCID)) return false;
27 if(channel==0)
28 return m_beam2IntensityAll;
29 else if(channel==1)
30 return m_beam2IntensityAll_fBCT;
31 else if(channel==2)
32 return m_beam2IntensityAll_DCCT;
33 else if(channel==3)
34 return m_beam2IntensityAll_DCCT24;
35 else return 0;
36
37}
38
39
40float BunchCrossingAverageCondData::GetBeam1Intensity(int channel) const {
41 // if (ATH_UNLIKELY(bcid>=m_MAX_BCID)) return false;
42 if(channel==0)
43 return m_beam1Intensity;
44 else if(channel==1)
45 return m_beam1Intensity_fBCT;
46 else if(channel==2)
47 return m_beam1Intensity_DCCT;
48 else if(channel==3)
49 return m_beam1Intensity_DCCT24;
50 else return 0;
51
52}
53
54
55float BunchCrossingAverageCondData::GetBeam2Intensity(int channel) const {
56 // if (ATH_UNLIKELY(bcid>=m_MAX_BCID)) return false;
57 if(channel==0)
58 return m_beam2Intensity;
59 else if(channel==1)
60 return m_beam2Intensity_fBCT;
61 else if(channel==2)
62 return m_beam2Intensity_DCCT;
63 else if(channel==3)
64 return m_beam2Intensity_DCCT24;
65 else return 0;
66
67}
68
69
70// errors
71
72
73
74float BunchCrossingAverageCondData::GetBeam1IntensityAllSTD(int channel) const {
75 // if (ATH_UNLIKELY(bcid>=m_MAX_BCID)) return false;
76 if(channel==0)
77 return m_beam1IntensityAllSTD;
78 else if(channel==1)
79 return m_beam1IntensityAllSTD_fBCT;
80 else if(channel==2)
81 return m_beam1IntensityAllSTD_DCCT;
82 else if(channel==3)
83 return m_beam1IntensityAllSTD_DCCT24;
84 else return 0;
85
86}
87
88
89float BunchCrossingAverageCondData::GetBeam2IntensityAllSTD(int channel) const {
90 // if (ATH_UNLIKELY(bcid>=m_MAX_BCID)) return false;
91 if(channel==0)
92 return m_beam2IntensityAllSTD;
93 else if(channel==1)
94 return m_beam2IntensityAllSTD_fBCT;
95 else if(channel==2)
96 return m_beam2IntensityAllSTD_DCCT;
97 else if(channel==3)
98 return m_beam2IntensityAllSTD_DCCT24;
99 else return 0;
100
101}
102
103
104float BunchCrossingAverageCondData::GetBeam1IntensitySTD(int channel) const {
105 // if (ATH_UNLIKELY(bcid>=m_MAX_BCID)) return false;
106 if(channel==0)
107 return m_beam1IntensitySTD;
108 else if(channel==1)
109 return m_beam1IntensitySTD_fBCT;
110 else if(channel==2)
111 return m_beam1IntensitySTD_DCCT;
112 else if(channel==3)
113 return m_beam1IntensitySTD_DCCT24;
114 else return 0;
115
116}
117
118
119float BunchCrossingAverageCondData::GetBeam2IntensitySTD(int channel) const {
120 // if (ATH_UNLIKELY(bcid>=m_MAX_BCID)) return false;
121 if(channel==0)
122 return m_beam2IntensitySTD;
123 else if(channel==1)
124 return m_beam2IntensitySTD_fBCT;
125 else if(channel==2)
126 return m_beam2IntensitySTD_DCCT;
127 else if(channel==3)
128 return m_beam2IntensitySTD_DCCT24;
129 else return 0;
130
131}
132
133unsigned long long BunchCrossingAverageCondData::GetRunLB() const {
134 // if (ATH_UNLIKELY(bcid>=m_MAX_BCID)) return false;
135 return m_RunLB;
136}
137
138
139
140
141
142
143
144
145void BunchCrossingAverageCondData::SetBeam1IntensityAll( float Beam1IntensityAll,int channel) {
146 if(channel==0)
147 m_beam1IntensityAll = Beam1IntensityAll;
148 else if(channel==1)
149 m_beam1IntensityAll_fBCT = Beam1IntensityAll;
150 else if(channel==2)
151 m_beam1IntensityAll_DCCT = Beam1IntensityAll;
152 else if(channel==3)
153 m_beam1IntensityAll_DCCT24= Beam1IntensityAll;
154
155}
156
157
158void BunchCrossingAverageCondData::SetBeam2IntensityAll( float Beam2IntensityAll,int channel) {
159 if(channel==0)
160 m_beam2IntensityAll = Beam2IntensityAll;
161 else if(channel==1)
162 m_beam2IntensityAll_fBCT = Beam2IntensityAll;
163 else if(channel==2)
164 m_beam2IntensityAll_DCCT = Beam2IntensityAll;
165 else if(channel==3)
166 m_beam2IntensityAll_DCCT24= Beam2IntensityAll;
167
168}
169
170
171
172void BunchCrossingAverageCondData::SetBeam1Intensity( float Beam1Intensity,int channel) {
173 if(channel==0)
174 m_beam1Intensity = Beam1Intensity;
175 else if(channel==1)
176 m_beam1Intensity_fBCT = Beam1Intensity;
177 else if(channel==2)
178 m_beam1Intensity_DCCT = Beam1Intensity;
179 else if(channel==3)
180 m_beam1Intensity_DCCT24= Beam1Intensity;
181
182}
183
184
185void BunchCrossingAverageCondData::SetBeam2Intensity( float Beam2Intensity,int channel) {
186 if(channel==0)
187 m_beam2Intensity = Beam2Intensity;
188 else if(channel==1)
189 m_beam2Intensity_fBCT = Beam2Intensity;
190 else if(channel==2)
191 m_beam2Intensity_DCCT = Beam2Intensity;
192 else if(channel==3)
193 m_beam2Intensity_DCCT24= Beam2Intensity;
194
195}
196
197// errors
198
199void BunchCrossingAverageCondData::SetBeam1IntensityAllSTD( float Beam1IntensityAllSTD,int channel) {
200 if(channel==0)
201 m_beam1IntensityAllSTD = Beam1IntensityAllSTD;
202 else if(channel==1)
203 m_beam1IntensityAllSTD_fBCT = Beam1IntensityAllSTD;
204 else if(channel==2)
205 m_beam1IntensityAllSTD_DCCT = Beam1IntensityAllSTD;
206 else if(channel==3)
207 m_beam1IntensityAllSTD_DCCT24= Beam1IntensityAllSTD;
208
209}
210
211
212void BunchCrossingAverageCondData::SetBeam2IntensityAllSTD( float Beam2IntensityAllSTD,int channel) {
213 if(channel==0)
214 m_beam2IntensityAllSTD = Beam2IntensityAllSTD;
215 else if(channel==1)
216 m_beam2IntensityAllSTD_fBCT = Beam2IntensityAllSTD;
217 else if(channel==2)
218 m_beam2IntensityAllSTD_DCCT = Beam2IntensityAllSTD;
219 else if(channel==3)
220 m_beam2IntensityAllSTD_DCCT24= Beam2IntensityAllSTD;
221
222}
223
224
225
226void BunchCrossingAverageCondData::SetBeam1IntensitySTD( float Beam1IntensitySTD,int channel) {
227 if(channel==0)
228 m_beam1IntensitySTD = Beam1IntensitySTD;
229 else if(channel==1)
230 m_beam1IntensitySTD_fBCT = Beam1IntensitySTD;
231 else if(channel==2)
232 m_beam1IntensitySTD_DCCT = Beam1IntensitySTD;
233 else if(channel==3)
234 m_beam1IntensitySTD_DCCT24= Beam1IntensitySTD;
235
236}
237
238
239void BunchCrossingAverageCondData::SetBeam2IntensitySTD( float Beam2IntensitySTD,int channel) {
240 if(channel==0)
241 m_beam2IntensitySTD = Beam2IntensitySTD;
242 else if(channel==1)
243 m_beam2IntensitySTD_fBCT = Beam2IntensitySTD;
244 else if(channel==2)
245 m_beam2IntensitySTD_DCCT = Beam2IntensitySTD;
246 else if(channel==3)
247 m_beam2IntensitySTD_DCCT24= Beam2IntensitySTD;
248
249}
250void BunchCrossingAverageCondData::SetRunLB( unsigned long long RunLB) {
251 m_RunLB = RunLB;
252}
253
254
BunchCrossingAverageCondData.h
Adding more information about Bunch Current Intensities (for Lumi studies)
BunchCrossingAverageCondData::SetBeam2IntensityAllSTD
void SetBeam2IntensityAllSTD(float Beam2IntensityAllSTD, int channel)
Definition BunchCrossingAverageCondData.cxx:212
BunchCrossingAverageCondData::SetBeam1Intensity
void SetBeam1Intensity(float Beam1Intensity, int channel)
Definition BunchCrossingAverageCondData.cxx:172
BunchCrossingAverageCondData::SetBeam2IntensityAll
void SetBeam2IntensityAll(float Beam2IntensityAll, int channel)
Definition BunchCrossingAverageCondData.cxx:158
BunchCrossingAverageCondData::SetBeam2Intensity
void SetBeam2Intensity(float Beam2Intensity, int channel)
Definition BunchCrossingAverageCondData.cxx:185
BunchCrossingAverageCondData::GetBeam2IntensityAllSTD
float GetBeam2IntensityAllSTD(int channel) const
Definition BunchCrossingAverageCondData.cxx:89
BunchCrossingAverageCondData::SetBeam1IntensityAllSTD
void SetBeam1IntensityAllSTD(float Beam1IntensityAllSTD, int channel)
Definition BunchCrossingAverageCondData.cxx:199
BunchCrossingAverageCondData::SetBeam2IntensitySTD
void SetBeam2IntensitySTD(float Beam2IntensitySTD, int channel)
Definition BunchCrossingAverageCondData.cxx:239
BunchCrossingAverageCondData::SetBeam1IntensitySTD
void SetBeam1IntensitySTD(float Beam1IntensitySTD, int channel)
Definition BunchCrossingAverageCondData.cxx:226
BunchCrossingAverageCondData::SetBeam1IntensityAll
void SetBeam1IntensityAll(float Beam1IntensityAll, int channel)
Definition BunchCrossingAverageCondData.cxx:145
BunchCrossingAverageCondData::GetBeam1IntensityAllSTD
float GetBeam1IntensityAllSTD(int channel) const
Definition BunchCrossingAverageCondData.cxx:74
BunchCrossingAverageCondData::SetRunLB
void SetRunLB(unsigned long long RunLB)
Definition BunchCrossingAverageCondData.cxx:250
getMessageSvc.h
singleton-like access to IMessageSvc via open function and helper
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