SFrameTools/include/Selection.h

// Dear emacs, this is -*- c++ -*-
#ifndef Selection_H
#define Selection_H

#include <TString.h>
#include "Objects.h"
#include "BaseCycleContainer.h"
#include "EventCalc.h"
#include "../../core/include/SLogger.h"

/**
 *  @short basic class for selection modules
 *  @author Thomas Peiffer
 */

class SelectionModule{
 public:
  //Default constructor
  SelectionModule(){};
  //Default destructor
  virtual ~SelectionModule(){};
   
  virtual bool pass(BaseCycleContainer*)=0;
  virtual std::string description()=0;
};

/**
 *  @short basic class for a selection
 *
 *         contains a list of SelectionModules
 *         and produces cut flow tables
 *
 *  @author Thomas Peiffer
 */

class Selection{
 public:
  
  //Selection(){};
  /// Default constructor
  Selection(std::string name);
  /// Default destructor
  ~Selection(){};
  
  /// add a new SelectionModule to the event selection
  void addSelectionModule(SelectionModule*);
  /// remove all booked SelectionModules
  void clearSelectionModulesList();
  /// set all entries in the cut flow table to 0
  void resetCutFlow();

  /**
   * loop over all booked SelectionModules and call the pass() routine of each module for a given BaseCycleContainer
   * @see passSelection()
   * @see SelectionModule::pass(BaseCycleContainer*)
   */
  bool passSelection(BaseCycleContainer *bcc);
  bool passInvertedSelection(BaseCycleContainer *bcc);
  /**
   * same as passSelection(BaseCycleContainer *bcc) but takes BaseCycleContainer from EventCalc
   * @see passSelection(BaseCycleContainer *bcc)
   */
  bool passSelection();
  bool passInvertedSelection();

  /**
   * enable or disable the selection, the selection is enabled by default
   */
  void DisableSelection(){m_isactive = false;}
  void EnableSelection(){m_isactive = true;}
  bool IsActive(){return m_isactive;}

  /// print the cut-flow table for the booked SelectionModules, to be called in the EndInputData routine of a cycle
  void printCutFlow();

  TString GetName() {return m_name;}
  void SetName(TString name) { m_name = name;}

 private:
  TString m_name;
  mutable SLogger m_logger;
  std::vector<SelectionModule*> m_cuts;
  std::vector<int> m_cutflow;
  int Ntotal;
  bool m_isactive;

};


#endif // Selection_H
Revision:	1.8
Committed:	Wed Jun 12 12:33:41 2013 UTC (11 years, 10 months ago) by peiffer
Content type:	text/plain
Branch:	MAIN
CVS Tags:	HEAD
Changes since 1.7:	+2 -2 lines
Log Message:	removed ObjectHandler
#	User	Rev	Content
1	rkogler	1.3	// Dear emacs, this is -- c++ --
2	peiffer	1.1	#ifndef Selection_H
3			#define Selection_H
4
5	rkogler	1.3	#include <TString.h>
6	peiffer	1.1	#include "Objects.h"
7			#include "BaseCycleContainer.h"
8	peiffer	1.8	#include "EventCalc.h"
9	peiffer	1.2	#include "../../core/include/SLogger.h"
10	peiffer	1.1
11	peiffer	1.6	/**
12			* @short basic class for selection modules
13			* @author Thomas Peiffer
14			*/
15
16	peiffer	1.1	class SelectionModule{
17			public:
18	peiffer	1.6	//Default constructor
19	peiffer	1.1	SelectionModule(){};
20	peiffer	1.6	//Default destructor
21	peiffer	1.1	virtual ~SelectionModule(){};
22
23			virtual bool pass(BaseCycleContainer*)=0;
24			virtual std::string description()=0;
25			};
26
27	peiffer	1.6	/**
28			* @short basic class for a selection
29			*
30			* contains a list of SelectionModules
31			* and produces cut flow tables
32			*
33			* @author Thomas Peiffer
34			*/
35	peiffer	1.1
36			class Selection{
37			public:
38
39			//Selection(){};
40	peiffer	1.6	/// Default constructor
41	rkogler	1.3	Selection(std::string name);
42	peiffer	1.6	/// Default destructor
43	peiffer	1.1	~Selection(){};
44
45	peiffer	1.6	/// add a new SelectionModule to the event selection
46	peiffer	1.1	void addSelectionModule(SelectionModule*);
47	peiffer	1.6	/// remove all booked SelectionModules
48	peiffer	1.1	void clearSelectionModulesList();
49	peiffer	1.6	/// set all entries in the cut flow table to 0
50	peiffer	1.5	void resetCutFlow();
51	peiffer	1.6
52			/**
53			* loop over all booked SelectionModules and call the pass() routine of each module for a given BaseCycleContainer
54			* @see passSelection()
55			* @see SelectionModule::pass(BaseCycleContainer*)
56			*/
57	peiffer	1.1	bool passSelection(BaseCycleContainer *bcc);
58			bool passInvertedSelection(BaseCycleContainer *bcc);
59	peiffer	1.6	/**
60	peiffer	1.8	* same as passSelection(BaseCycleContainer *bcc) but takes BaseCycleContainer from EventCalc
61	peiffer	1.6	* @see passSelection(BaseCycleContainer *bcc)
62			*/
63	peiffer	1.4	bool passSelection();
64			bool passInvertedSelection();
65	peiffer	1.1
66	rkogler	1.7	/**
67			* enable or disable the selection, the selection is enabled by default
68			*/
69			void DisableSelection(){m_isactive = false;}
70			void EnableSelection(){m_isactive = true;}
71			bool IsActive(){return m_isactive;}
72
73	peiffer	1.6	/// print the cut-flow table for the booked SelectionModules, to be called in the EndInputData routine of a cycle
74	peiffer	1.1	void printCutFlow();
75
76	rkogler	1.3	TString GetName() {return m_name;}
77			void SetName(TString name) { m_name = name;}
78
79	peiffer	1.1	private:
80	rkogler	1.3	TString m_name;
81	peiffer	1.1	mutable SLogger m_logger;
82			std::vector<SelectionModule*> m_cuts;
83			std::vector<int> m_cutflow;
84	rkogler	1.3	int Ntotal;
85	rkogler	1.7	bool m_isactive;
86	peiffer	1.4
87	peiffer	1.1	};
88
89
90
91	rkogler	1.3	#endif // Selection_H