AutoPIDMaker.h

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// $Id: AutoPIDMaker.h,v 1.6 2003/09/17 09:40:51 kordosky Exp $
//
// FILL_IN: [Document your code!!]
//
// kordosky@hep.utexas.edu
#ifndef AUTOPIDMAKER_H
#define AUTOPIDMAKER_H
#ifndef JOBCMODULE_H
#include "JobControl/JobCModule.h"
#endif

#include <string>
#include <map>
 
class AutoPIDMaker : public JobCModule
{
public:
  AutoPIDMaker();
  ~AutoPIDMaker();

public:
  // Handle job status changes
  void BeginJob();
  void EndJob();
  void BeginFile();
  void EndFile();
  void BeginRun();
  void EndRun();

  // Analysis and Reconstruction methods
  JobCResult Ana(const MomNavigator* mom);
  JobCResult Reco(MomNavigator* mom);

  // I/O methods
  JobCResult Get(MomNavigator* mom);

  // Module configuration
  const Registry& DefaultConfig() const;
  void            Config(const Registry& r);

  // User interface methods
  void Help();


private:
   float CorrProtonWidth(float p, float w) const;
   float CorrProtonTOF(float p) const;
     void RCtoMap(std::string& s, std::map<std::string, std::string>&) const;
     bool ExtractDouble(std::string& v, double& val) const ;
     bool FindDouble(std::map<std::string, std::string>& ms,
                     const char* k, double& value) const;
     bool SanityCheck() const;
     static void SetTestComment(const char* c){ftestcomment=c;}
  // Module member data
     bool fdidrun; // true if the current run has already been dealt with

   int fcorrproton; // do tof correction for low energy protons
     int fwritetemp; // !=0 if we should write to a temp table
     int ftest; // !=0 if we want to test using ftestcomment
     static std::string ftestcomment; // a string to mock up the run comments
     double ftl; // tof length in meters
     double ftp; // tof ped in 35ps tdc ticks, by convention = mean for elec.
     double ftw; // tof width in 35 ps tdc ticks
     double fbp; // beam momentum
     double fuspr; // us cer pressure
     double fmidpr; // mid cer pressure
     double fdspr; // ds cer pressure
     
     double ftofsigma; // # of sigma to use in tof windows
     
     // ranges here in adc counts
     float fuscerlow; // low edge for selection on uscer
     float fuscerhigh; // low edge for selection on uscer
     float fmidcerlow; // low edge for selection on midcer
     float fmidcerhigh; // low edge for selection on midcer
     float fdscerlow; // low edge for selection on dscer
     float fdscerhigh; // low edge for selection on dscer
     
     // cer timing window ranges in ns
     float fusctwlow; // us cerenkov timing window low edge
     float fusctwhigh;// us cerenkov timing window high edge
     float fmidctwlow; // mid cerenkov timing window low edge
     float fmidctwhigh;// mid cerenkov timing window high edge
     float fdsctwlow; // ds cerenkov timing window low edge
     float fdsctwhigh;// ds cerenkov timing window high edge

     // overlap removal window ranges here in ns
     float felecollow; // electron low edge of overlap window 
     float felecolhigh;// electrion high edge of overlap window
     float fhadollow; // hadron low edge of overlap window
     float fhadolhigh; // hadron low edge of overlap window


};
#endif // AUTOPIDMAKER_H

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