class TQAnalysisJob: public TNamed

 Default constructor of TQAnalysisJob class: a new instance of TQAnalysisJob
 is created and reset. The new instance will be named "TQAnalysisJob".

 Constructor of TQAnalysisJob class: a new instance of TQFolder is created and
 reset. The new instance will be named as specified by the parameter "name_"

 Reset this analysis job (this method may be overriden by a specific implemen-
 tation of an analysis job). This method is called after an analysis job was
 cloned

 copy the transient data members from another analysis job

 Clone and reset (by calling reset()) this analysis job. This method is called
 when an analysis job is attached to a cut (instance of TQCompiledCut). It
 makes sure that an analysis job running at different cut stages is represented
 by different instances of this class, even if the same instance was passed to
 be attached to different cuts.

 Execute this analysis job on one event (this method is to be overwritten by a
 specific implementation of an analysis job). This method is called for every
 event of the sample to be analyzed (please note: as in most of the cases an
 analysis job will be attached to a certain cut, this method will only be
 called for events passing its selection criteria). You may indicate success
 or failure by returning true or false respectively

 Return a short description of this analysis job

 Set the cut instance this analysis job is attached to. Please note: an
 analysis job has to be attached to exactly one cut instance

 Return the cut instance this analysis job is attached to

 print the name of this analysis job

 Return all used TTree branches in a TObjArray* of TString*
 The strings should include all used branch names,
 but can also include formulas, number, etc.

 Initialize this analysis job on a sample to be analyzed. Try to get a tree
 token from the sample (by calling TQSample::getTreeToken()) and return true
 if this initialization process succeeded, return false otherwise. Set the
 protected variables fSample (TQSample*, pointing to the sample to be
 analyzed), fTree (TTree*, pointing to the ROOT tree of this sample) to be
 accessible in implementations of a subclass. For a specific implemenation of
 an analysis job, this method has to be called before performing specific
 initialization. In an inherited class implementation do for example

 bool initialize(TQSample * sample) {
 if (TQAnalysisJob::initialize(sample)) {
 /* make your specific initialization here *
 return true;
 } else {
 return false;
 }
 }

 Finalize this analysis job. Return the tree token and reset the protected
 variables fSample and fTree. For a specific implemenation of an analysis job,
 this method has to be called after performing specific finalization. In an
 inherited class implementation do for example

 bool finalize() {
 /* make your finalization here (e.g write your analysis results) *
 return TQAnalysisJob::finalize();
 }

 initiallize this algorithm on a sample folder

 finalize this algorithm on a sample folder

 add this algorithm to one (or more) cuts

 default destructor

 default is no pooling