<?xml version="1.0" encoding="UTF-8"?>

<!DOCTYPE gdd SYSTEM "gdd.dtd" >
<gdd>
  <package name = "TbEvent">
    <class name = "TbCluster"
           id = "4511"
           author = "H. Schindler"
           desc = "Generic cluster object for testbeam analysis"
           serializers = "FALSE">
      <location name = "Default" place = "Rec/Tb/Clusters"/>
      <base name = "KeyedObject&lt;int&gt;"/>
      &KeyedObject;
      <import name = "Event/TbHit"/>

      <constructor desc = 'Default constructor'
                   initList = 'm_wx(1.), m_wy(1.), m_associated(false)'>
        <code>
  m_hits.reserve(10);
        </code>
      </constructor>
  
      <relation name = 'hits' 
                type = 'LHCb::TbHit' 
                desc = 'hits forming this cluster'
                multiplicity = 'm'/>

      <attribute name = "x"
                 desc = "global x"
                 type = "double"/>
                    
      <attribute name = "y"
                 desc = "global y"
                 type = "double"/>
                 
      <attribute name = "xErr"
                 desc = "global x error"
                 type = "double"/>
                    
      <attribute name = "yErr"
                 desc = "global y error"
                 type = "double"/>
                 
      <attribute name = "z"
                 desc = "global z"
                 type = "double"/>
                 
      <attribute name = "xloc"
                 desc = "local x"
                 type = "double"/>
                 
      <attribute name = "yloc"
                 desc = "local y"
                 type = "double"/>

      <attribute name = "wx"
                 desc = "weight in global x"
                 type = "double"/>

      <attribute name = "wy"
                 desc = "weight in global y"
                 type = "double"/>

      <attribute name = "ToT"     
                 desc = "time over threshold"
                 type = "unsigned int"/> 

      <attribute name = "charge"
                 desc = "total charge (in electrons)"
                 type = "double"/>
                 
      <attribute name = "plane"
                 desc = "index of the telescope plane"
                 type = "unsigned int"/>
                 
      <attribute name = "time"
                 type = "uint64_t"
                 desc = "global timestamp"/>

      <attribute name = "htime"
                 type = "double"
                 desc = "local timestamp in ns"/>

      <attribute name = "cols"
                 type = "unsigned int"
                 desc = "number of columns covered by the cluster"/>

      <attribute name = "rows"
                 type = "unsigned int"
                 desc = "number of rows covered by the cluster"/>

      <attribute name = "associated"
                 desc = "flag for whether the cluster is part of a track"
                 type = "bool"
                 setMeth = "FALSE"/>
     
      <method name = "clone"
              desc = "Clone the cluster without keeping the hits (you take ownership of the pointer)"
              type = "LHCb::TbCluster*"
              virtual = "TRUE"/>

      <method name = "size"
              desc = "Return the cluster size"
              type = "unsigned int"
              const = "TRUE">
        <code>
  return m_hits.size();
        </code>
      </method>
 
      <method name = "setAssociated"
              desc = "Set the cluster and its hits to be associated to a track"
              argList = "const bool tracked">
        <code>
  m_associated = tracked;
  for (auto it = m_hits.begin(), end = m_hits.end(); it != end; ++it) {
    (*it)->setAssociated(tracked);
  }
        </code>
      </method>

    </class>
  </package>
</gdd>