SFS: atlas_susy_2018_31.info

<!--
this XML file serves for the statistical interpretation of the MA5 simulation. 
it lists the number of observed events <nobs>, number of expected backgrounds <nb> 
and number of background uncertainty <deltanb> in each of the regions  
-->

<!--
to be put in the same directory as the analysis code,
i.e. Build/SampleAnalyzer/User/Analyzer/
-->

<analysis id="atlas_susy_2018_31">
  <lumi>139.0</lumi> <!-- in fb^-1 -->

  <!--  signal regions -->

  <!--
     region definition: the attribute "id" has to match the name of the region
     as defined in the analysis code;
     the attribute "type" can be "signal" or "control" and is optional (default=signal)
     when results are given after combination of several signal regions
     (as is the case here: SF instead of ee and mumu separately)
     the signal regions should be given in the attribute "id" separated by
     semicolons
  -->
  <region type="signal" id="SRA">
    <nobs>17</nobs>
    <nb>17.1</nb>
    <deltanb_syst>2.69</deltanb_syst>
    <deltanb_stat>0.7</deltanb_stat>
  </region>
  <region type="signal" id="SRA_L">
    <nobs>12</nobs>
    <nb>8.4</nb>
    <deltanb>1.7</deltanb>
  </region>
  <region type="signal" id="SRA_M">
    <nobs>3</nobs>
    <nb>5.7</nb>
    <deltanb>0.8</deltanb>
  </region>
  <region type="signal" id="SRA_H">
    <nobs>2</nobs>
    <nb>3.0</nb>
    <deltanb>1.5</deltanb>
  </region>


  <region type="signal" id="SRB">
    <nobs>3</nobs>
    <nb>3.3</nb>
    <deltanb_syst>0.67</deltanb_syst>
    <deltanb_stat>0.4</deltanb_stat>
  </region>


  <region type="signal" id="SRC">
    <nobs>47</nobs>
    <nb>37.9</nb>
    <deltanb_syst>4.39</deltanb_syst>
    <deltanb_stat>2.0</deltanb_stat>
  </region>
<region type="signal" id="SRC_22">
    <nobs>28</nobs>
    <nb>21.2</nb>
    <deltanb>4.1</deltanb>
  </region>
  <region type="signal" id="SRC_24">
    <nobs>12</nobs>
    <nb>10.6</nb>
    <deltanb>2.3</deltanb>
  </region>
  <region type="signal" id="SRC_26">
    <nobs>4</nobs>
    <nb>3.7</nb>
    <deltanb>0.9</deltanb>
  </region>
<region type="signal" id="SRC_28">
    <nobs>3</nobs>
    <nb>2.4</nb>
    <deltanb>0.6</deltanb>
  </region>


  <pyhf id="RegionA">
    <name>atlas_susy_2018_31_SRA.json</name>
    <regions>
      <channel name="SR_meff">
      SRA_L
      SRA_M
      SRA_H
      </channel>
      <channel name="VRtt_meff"></channel>
      <channel name="CRtt_meff"></channel>
    </regions>
  </pyhf>
 
  <pyhf id="RegionB">
    <name>atlas_susy_2018_31_SRB.json</name>
    <regions>
      <channel name="CRtt_cuts"> </channel>
      <channel name="VRtt_cuts"> </channel>
      <channel name="SR_cuts">
      SRB
      </channel>
    </regions>
  </pyhf>

  <pyhf id="RegionC">
    <name>atlas_susy_2018_31_SRC.json</name>
    <regions>
      <channel name="CRtt_cuts"> </channel>
      <channel name="SR_metsigST">
      SRC_22
      SRC_24
      SRC_26
      SRC_28
      </channel>
      <channel name="VRzAlt_cuts"> </channel>
      <channel name="CRz_cuts"> </channel>
      <channel name="VRtt_cuts"> </channel>
      <channel name="VRz_cuts"> </channel>
    </regions>
  </pyhf>

</analysis>