SFS: sfs_atlas_susy_2016_07.info

File sfs_atlas_susy_2016_07.info, 3.5 KB (added by jackaraz, 5 years ago)
Line 
1<!--
2this XML file serves for the statistical interpretation of the MA5 simulation.
3it lists the number of observed events <nobs>, number of expected backgrounds <nb>
4and number of background uncertainty <deltanb> in each of the regions
5-->
6
7<!--
8to be put in the same directory as the analysis code,
9i.e. Build/SampleAnalyzer/User/Analyzer/
10-->
11
12<analysis id="sfs_atlas_susy_2016_07">
13 <lumi>36.1</lumi> <!-- in fb^-1 -->
14
15 <!-- signal regions -->
16
17 <!--
18 region definition: the attribute "id" has to match the name of the region
19 as defined in the analysis code;
20 the attribute "type" can be "signal" or "control" and is optional (default=signal)
21 when results are given after combination of several signal regions
22 (as is the case here: SF instead of ee and mumu separately)
23 the signal regions should be given in the attribute "id" separated by
24 semicolons
25 -->
26
27
28 <region type="signal" id="2j_Meff_1200">
29 <nobs>611</nobs>
30 <nb>526</nb>
31 <deltanb>31</deltanb>
32 </region>
33
34 <region type="signal" id="2j_Meff_1600">
35 <nobs>216</nobs>
36 <nb>228</nb>
37 <deltanb>19</deltanb>
38 </region>
39
40 <region type="signal" id="2j_Meff_2000">
41 <nobs>73</nobs>
42 <nb>90</nb>
43 <deltanb>10</deltanb>
44 </region>
45
46 <region type="signal" id="2j_Meff_2400">
47 <nobs>34</nobs>
48 <nb>42</nb>
49 <deltanb>4</deltanb>
50 </region>
51
52 <region type="signal" id="2j_Meff_2800">
53 <nobs>19</nobs>
54 <nb>17.3</nb>
55 <deltanb>2.0</deltanb>
56 </region>
57
58 <region type="signal" id="2j_Meff_3600">
59 <nobs>5</nobs>
60 <nb>3.6</nb>
61 <deltanb>0.9</deltanb>
62 </region>
63
64 <region type="signal" id="2j_Meff_2100">
65 <nobs>190</nobs>
66 <nb>153</nb>
67 <deltanb>14</deltanb>
68 </region>
69
70 <region type="signal" id="3j_Meff_1300">
71 <nobs>429</nobs>
72 <nb>390</nb>
73 <deltanb>29</deltanb>
74 </region>
75
76 <region type="signal" id="4j_Meff_1000">
77 <nobs>142</nobs>
78 <nb>124</nb>
79 <deltanb>12</deltanb>
80 </region>
81
82 <region type="signal" id="4j_Meff_1400">
83 <nobs>199</nobs>
84 <nb>182</nb>
85 <deltanb>16</deltanb>
86 </region>
87
88 <region type="signal" id="4j_Meff_1800">
89 <nobs>55</nobs>
90 <nb>49</nb>
91 <deltanb>7</deltanb>
92 </region>
93
94 <region type="signal" id="4j_Meff_2200">
95 <nobs>24</nobs>
96 <nb>16.5</nb>
97 <deltanb>2.7</deltanb>
98 </region>
99
100 <region type="signal" id="4j_Meff_2600">
101 <nobs>4</nobs>
102 <nb>5.8</nb>
103 <deltanb>2.0</deltanb>
104 </region>
105
106 <region type="signal" id="4j_Meff_3000">
107 <nobs>2</nobs>
108 <nb>2.0</nb>
109 <deltanb>0.6</deltanb>
110 </region>
111
112 <region type="signal" id="5j_Meff_1600">
113 <nobs>135</nobs>
114 <nb>128</nb>
115 <deltanb>14</deltanb>
116 </region>
117
118 <region type="signal" id="5j_Meff_1700">
119 <nobs>49</nobs>
120 <nb>43</nb>
121 <deltanb>5</deltanb>
122 </region>
123
124 <region type="signal" id="5j_Meff_2000">
125 <nobs>59</nobs>
126 <nb>65</nb>
127 <deltanb>7</deltanb>
128 </region>
129
130 <region type="signal" id="5j_Meff_2600">
131 <nobs>10</nobs>
132 <nb>9.4</nb>
133 <deltanb>2.1</deltanb>
134 </region>
135
136 <region type="signal" id="6j_Meff_1200">
137 <nobs>276</nobs>
138 <nb>274</nb>
139 <deltanb>32</deltanb>
140 </region>
141
142 <region type="signal" id="6j_Meff_1800">
143 <nobs>9</nobs>
144 <nb>5.1</nb>
145 <deltanb>1.8</deltanb>
146 </region>
147
148 <region type="signal" id="6j_Meff_2200">
149 <nobs>3</nobs>
150 <nb>3.1</nb>
151 <deltanb>1.3</deltanb>
152 </region>
153
154
155 <region type="signal" id="6j_Meff_2600">
156 <nobs>1</nobs>
157 <nb>2.2</nb>
158 <deltanb>1.4</deltanb>
159 </region>
160
161 </analysis>
162