CaloCuts/CaloNucleiZCut/CaloNucleiZCut.h

/*
 * CaloNucleiZCut.h
 *
 *  Created on: 30-apr-2009
 *      Author: Nicola Mori
 */

/*! @file CaloNucleiZCut.h The TofNucleiZCut class definition file */

#ifndef NO_CALONUCLEI

#ifndef CALONUCLEIZCUT_H_
#define CALONUCLEIZCUT_H_

#include "../../PamCutBase/PamCutBase.h"
#include <CaloNuclei.h>

#include <TH2F.h>

/*! @enum CaloNucleiZ_Return Return values for rejected events */
enum CaloNucleiZ_Return {
  CALONUCLEIZ_OUTOFBOUNDS, ///< Discarded because charge is out of bounds
  CALONUCLEIZ_ILLEGALZ
///< Discarded because charge is not between 1 and 8
};

/*! @enum CaloNucleiZ_method Method to use to measure Z. */
enum CaloNucleiZ_method {
  CALONUCLEIZ_SIEGEN, ///< Siegen method: stdedx vs. beta from ToF
  CALONUCLEIZ_DEDXBETA, ///< dE/dx in the first calorimeter plane vs. beta from ToF
  CALONUCLEIZ_DEDXDEFL,
///< dE/dx in the first calorimeter plane vs. deflection from Tracker
};

/*! @brief The CaloNuclei charge cut.
 *
 * This cut uses the CaloNuclei library to cut events depending on particle's charge value.
 *
 */

class CaloNucleiZCut: public PamCut {

public:
  /*! @brief Constructor.
   *
   * The charge to look for is passed to the CaloNucleiZCut object as Z. For each charge, there is an associated distribution of
   * events, with mean Zmean and standard deviation sigmaZ. These values will be used to check the events.
   *
   * @param cutName The cut's name.
   * @param Z The charge value.
   * @param lowerLimit The lower bound (in units of sigma_Z) of the desired charge range, defined as Zmean - lowerBound*sigmaZ.
   * @param upperLimit The upper bound (in units of sigma_Z) of the desired charge range, defined as Zmean + upperBound*sigmaZ.
   * @param method The method to use to measure the particle's charge (see #CaloNucleiZ_method).
   * @return
   */
  CaloNucleiZCut(const char *cutName, unsigned int Z, float lowerLimit, float upperLimit, unsigned int method =
      CALONUCLEIZ_SIEGEN) :
    PamCut(cutName), _Z(Z), _lowerLimit(lowerLimit), _upperLimit(upperLimit), _caloNuclei(NULL), _method(method) {

  }
  /*! @brief Destructor. */
  ~CaloNucleiZCut() {
    delete _caloNuclei;

  }

  /*! @brief The CaloNucleiZ check.
   *
   * The routine selects events whose value of Zmean obtained from the CaloNuclei Class is in the range [Zmean - sigma*lowerBound, Zmean + sigma*upperBound].
   * Zmean and sigma are defined respectively as the mean and the standard deviation of the charge distributions obtained using CaloNuclei.
   * In current implementation, means are taken to be equal to the charge value (Zmean = Z) and sigmas are:
   *
   *   Z |  sigma
   *   -----------
   *   1 |  0.11
   *   2 |  0.14
   *   3 |  0.21
   *   4 |  0.28
   *   5 |  0.28
   *   6 |  0.31
   *   7 |  0.32
   *   8 |  0.32
   *
   * independent of the method used.
   *
   */
  int Check(PamLevel2 *event);

private:

  unsigned int _Z;
  static const float _sigmaZ[];

  float _lowerLimit;
  float _upperLimit;
  CaloNuclei *_caloNuclei;

  unsigned int _method;
};
#endif /* CALONUCLEIZCUT_H_ */

#endif /* NO_CALONUCLEI */
1	pam-fi	1.1	/*
2			* CaloNucleiZCut.h
3			*
4			* Created on: 30-apr-2009
5			* Author: Nicola Mori
6			*/
7
8			/! @file CaloNucleiZCut.h The TofNucleiZCut class definition file /
9
10			#ifndef NO_CALONUCLEI
11
12			#ifndef CALONUCLEIZCUT_H_
13			#define CALONUCLEIZCUT_H_
14
15			#include "../../PamCutBase/PamCutBase.h"
16			#include <CaloNuclei.h>
17
18			#include <TH2F.h>
19
20			/! @enum CaloNucleiZ_Return Return values for rejected events /
21			enum CaloNucleiZ_Return {
22			CALONUCLEIZ_OUTOFBOUNDS, ///< Discarded because charge is out of bounds
23			CALONUCLEIZ_ILLEGALZ
24			///< Discarded because charge is not between 1 and 8
25			};
26
27			/! @enum CaloNucleiZ_method Method to use to measure Z. /
28			enum CaloNucleiZ_method {
29			CALONUCLEIZ_SIEGEN, ///< Siegen method: stdedx vs. beta from ToF
30			CALONUCLEIZ_DEDXBETA, ///< dE/dx in the first calorimeter plane vs. beta from ToF
31			CALONUCLEIZ_DEDXDEFL,
32			///< dE/dx in the first calorimeter plane vs. deflection from Tracker
33			};
34
35			/*! @brief The CaloNuclei charge cut.
36			*
37			* This cut uses the CaloNuclei library to cut events depending on particle's charge value.
38			*
39			*/
40
41			class CaloNucleiZCut: public PamCut {
42
43			public:
44			/*! @brief Constructor.
45			*
46			* The charge to look for is passed to the CaloNucleiZCut object as Z. For each charge, there is an associated distribution of
47			* events, with mean Zmean and standard deviation sigmaZ. These values will be used to check the events.
48			*
49			* @param cutName The cut's name.
50			* @param Z The charge value.
51			* @param lowerLimit The lower bound (in units of sigma_Z) of the desired charge range, defined as Zmean - lowerBound*sigmaZ.
52			* @param upperLimit The upper bound (in units of sigma_Z) of the desired charge range, defined as Zmean + upperBound*sigmaZ.
53			* @param method The method to use to measure the particle's charge (see #CaloNucleiZ_method).
54			* @return
55			*/
56			CaloNucleiZCut(const char *cutName, unsigned int Z, float lowerLimit, float upperLimit, unsigned int method =
57			CALONUCLEIZ_SIEGEN) :
58			PamCut(cutName), _Z(Z), _lowerLimit(lowerLimit), _upperLimit(upperLimit), _caloNuclei(NULL), _method(method) {
59
60			}
61			/! @brief Destructor. /
62			~CaloNucleiZCut() {
63			delete _caloNuclei;
64
65			}
66
67			/*! @brief The CaloNucleiZ check.
68			*
69			* The routine selects events whose value of Zmean obtained from the CaloNuclei Class is in the range [Zmean - sigmalowerBound, Zmean + sigmaupperBound].
70			* Zmean and sigma are defined respectively as the mean and the standard deviation of the charge distributions obtained using CaloNuclei.
71			* In current implementation, means are taken to be equal to the charge value (Zmean = Z) and sigmas are:
72			*
73			* Z \| sigma
74			* -----------
75			* 1 \| 0.11
76			* 2 \| 0.14
77			* 3 \| 0.21
78			* 4 \| 0.28
79			* 5 \| 0.28
80			* 6 \| 0.31
81			* 7 \| 0.32
82			* 8 \| 0.32
83			*
84			* independent of the method used.
85			*
86			*/
87			int Check(PamLevel2 *event);
88
89			private:
90
91			unsigned int _Z;
92			static const float _sigmaZ[];
93
94			float _lowerLimit;
95			float _upperLimit;
96			CaloNuclei *_caloNuclei;
97
98			unsigned int _method;
99			};
100			#endif /* CALONUCLEIZCUT_H_ */
101
102			#endif /* NO_CALONUCLEI */