TrackerLevel2/inc/TrkParams.h

/**
 * \file TrkParams.h
 * \author Elena Vannuccini
 */
#ifndef trkparams_h
#define trkparams_h

#include <TObject.h>
#include <TString.h>
#include <TSQLServer.h>
#include <TSystem.h>

#include <GLTables.h>
#include <TrkStruct.h>
#include <TrkCalib.h>

#define NTYPES 10

/**
 * \brief Class to store tracker parameter information
 * 
 * Tracker parameters include calibration parameters (PED, SIG and BAD), 
 * parameters loaded from DB (alignment, ADC-to-mip, etc. ) and some parameters 
 * to configure tracker processing (PFA, ecc...).
 *
 * Calibrations can be either those evaluated online or default values.
 * External parameter are labelled according to the DB convention:
 *
 * type  description
 * -----------------
 * 1     field
 * 2     adc-to-mip
 * 3     charge-correlation
 * 4     p.f.a. (eta)
 * 5     alignment
 * 6     VA1 mask
 * 7     default calibration
 *
 * Internal parameters are initialized to default values 
 * (NB!! the same values set in analisysflight.f).
 *
 * TrkParams::SetCalib(...) and TrkParams::Set(...) methods allow to set 
 * required parameters, from an input path, from the DB (for a given input 
 * run id) and from environment variable PAM_CALIB.
 * TrkParams::LoadCalib() and TrkParams::Load() methods load parameters into
 * F77 common. 
 * 
 * Tracker libraries (TrkLevel0, TrkLevel1 and TrkLevel2) implement automatic
 * setting (either from DB or from environment variables) and loading of parameters.
 * If one needs to load custom parameters, it is enough to call TrkParams::Set(...)
 * with proper arguments. All the methods are static, and can be used as standalone functions. 
 *
 * For example: 
 *
 * TrkParams::Set("/param-path/new-mip-param/",2);
 * 
 * After this instruction (to be called once), new adc-to-mip conversion parameters 
 * will be loaded automatically (once) and used until the next set instruction 
 */
class TrkParams : public TObject {

private:
        
    static Int_t GetIndex( UInt_t type );

public:

    // ---------------------------------------------
    // variables to store loaded-calibration info
    // ---------------------------------------------
    static GL_TRK_CALIB calib; 
    static TString      calibpatht; //truncated
    static TString      calibpathf; //full
    static Bool_t       calib104;
    static Bool_t       calibload;
    // ---------------------------------------------
    // variables to store loaded-parameters info
    // ---------------------------------------------
    static UInt_t    trkparamtype[NTYPES];
    static GL_PARAM  gl[NTYPES]; 
    static TString   glpath[NTYPES];
    static Bool_t    glload[NTYPES];
    // -----------------------------------------------
    // some parameters to configure tracker processing
    // -----------------------------------------------
    static int init__pfa;
    static int init__mini_trackmode;
    static int init__mini_istepmin;
    static double init__mini_fact;
    
    TrkParams();
    
    // ---------------------------------------------
    // calibration (PED-SIG-BAD)
    // ---------------------------------------------
    static Bool_t SetCalib( GL_RUN* , TSQLServer*  );
    static Bool_t LoadCalib( );
    static Bool_t CalibIsLoaded(){ return calibload; };
    static UInt_t ValidateTrkCalib( CalibTrk1Event* );
    static void FillFCalibFrom(TFile* , Int_t , Int_t );//full
    static void FillTCalibFrom(TFile* , Int_t , Int_t );//truncated
    static void FillTCalibFrom(TString path);
    static void FillACalibFrom(TFile* , Int_t , Int_t );//all
    static void FillMask(TFile* , Int_t , Int_t );

    // ---------------------------------------------
    // parameters
    // ---------------------------------------------
    static Bool_t Set( GL_RUN* glrun, TSQLServer* dbc, UInt_t type);
    static Bool_t Set( GL_RUN* glrun, TSQLServer* dbc){ 
        for(Int_t i=0; i<NTYPES; i++) 
            if( !TrkParams::Set(glrun,dbc,trkparamtype[i]) )return false; 
        return true; 
    };
    static Bool_t Set( TString, UInt_t );
    static Bool_t Set( UInt_t );
    static Bool_t Set( );
    static Bool_t Load( UInt_t );
    static Bool_t Load( );
    static Bool_t IsLoaded( UInt_t type ){return glload[TrkParams::GetIndex(type)];};
    static Bool_t IsLoaded( );

    // ---------------------------------------------
    // retrieve parameters
    // ---------------------------------------------
    static float GetBX(float*);
    static float GetBY(float*);
    static float GetBZ(float*);
    static float GetResolution(int,float);

    // ---------------------------------------------
    // debug mode 
    // ---------------------------------------------
    static cDbg dbg_mode; //debug mode (for both c++ and F77 roiutines)

    static void SetDebugMode()  {dbg_mode.SetDebug();   dbg_=dbg_mode;};
    static void SetVerboseMode(){dbg_mode.SetVerbose(); dbg_=dbg_mode;};
    static void SetWarningMode(){dbg_mode.SetWarning(); dbg_=dbg_mode;};    
    static Bool_t DebugMode(){return dbg_mode.debug;};
    static Bool_t WarningMode(){return dbg_mode.warning;};
    static Bool_t VerboseMode(){return dbg_mode.verbose;};

    // ------------------------------------------------
    // alcuni metodi che non sapevo dove mettere 
    // per inizializzare alcune variabili in F77 common
    // ------------------------------------------------     
    // set to default values
    static void SetTrackingMode()   {track_.trackmode = init__mini_trackmode;};
    static void SetPrecisionFactor(){track_.fact      = init__mini_fact;     };
    static void SetStepMin()        {track_.istepmin  = init__mini_istepmin; };
    static void SetPFA()            {sw_.pfaid        = init__pfa;           };
    // set to custom values
    static void SetTrackingMode(int);
    static void SetPrecisionFactor(double);
    static void SetStepMin(int);
    static void SetPFA(int);
    
    ClassDef(TrkParams,2);

};

#endif

1	/**
2	* \file TrkParams.h
3	* \author Elena Vannuccini
4	*/
5	#ifndef trkparams_h
6	#define trkparams_h
7
8	#include <TObject.h>
9	#include <TString.h>
10	#include <TSQLServer.h>
11	#include <TSystem.h>
12
13	#include <GLTables.h>
14	#include <TrkStruct.h>
15	#include <TrkCalib.h>
16
17	#define NTYPES 10
18
19	/**
20	* \brief Class to store tracker parameter information
21	*
22	* Tracker parameters include calibration parameters (PED, SIG and BAD),
23	* parameters loaded from DB (alignment, ADC-to-mip, etc. ) and some parameters
24	* to configure tracker processing (PFA, ecc...).
25	*
26	* Calibrations can be either those evaluated online or default values.
27	* External parameter are labelled according to the DB convention:
28	*
29	* type description
30	* -----------------
31	* 1 field
32	* 2 adc-to-mip
33	* 3 charge-correlation
34	* 4 p.f.a. (eta)
35	* 5 alignment
36	* 6 VA1 mask
37	* 7 default calibration
38	*
39	* Internal parameters are initialized to default values
40	* (NB!! the same values set in analisysflight.f).
41	*
42	* TrkParams::SetCalib(...) and TrkParams::Set(...) methods allow to set
43	* required parameters, from an input path, from the DB (for a given input
44	* run id) and from environment variable PAM_CALIB.
45	* TrkParams::LoadCalib() and TrkParams::Load() methods load parameters into
46	* F77 common.
47	*
48	* Tracker libraries (TrkLevel0, TrkLevel1 and TrkLevel2) implement automatic
49	* setting (either from DB or from environment variables) and loading of parameters.
50	* If one needs to load custom parameters, it is enough to call TrkParams::Set(...)
51	* with proper arguments. All the methods are static, and can be used as standalone functions.
52	*
53	* For example:
54	*
55	* TrkParams::Set("/param-path/new-mip-param/",2);
56	*
57	* After this instruction (to be called once), new adc-to-mip conversion parameters
58	* will be loaded automatically (once) and used until the next set instruction
59	*/
60	class TrkParams : public TObject {
61
62	private:
63
64	static Int_t GetIndex( UInt_t type );
65
66	public:
67
68	// ---------------------------------------------
69	// variables to store loaded-calibration info
70	// ---------------------------------------------
71	static GL_TRK_CALIB calib;
72	static TString calibpatht; //truncated
73	static TString calibpathf; //full
74	static Bool_t calib104;
75	static Bool_t calibload;
76	// ---------------------------------------------
77	// variables to store loaded-parameters info
78	// ---------------------------------------------
79	static UInt_t trkparamtype[NTYPES];
80	static GL_PARAM gl[NTYPES];
81	static TString glpath[NTYPES];
82	static Bool_t glload[NTYPES];
83	// -----------------------------------------------
84	// some parameters to configure tracker processing
85	// -----------------------------------------------
86	static int init__pfa;
87	static int init__mini_trackmode;
88	static int init__mini_istepmin;
89	static double init__mini_fact;
90
91	TrkParams();
92
93	// ---------------------------------------------
94	// calibration (PED-SIG-BAD)
95	// ---------------------------------------------
96	static Bool_t SetCalib( GL_RUN* , TSQLServer* );
97	static Bool_t LoadCalib( );
98	static Bool_t CalibIsLoaded(){ return calibload; };
99	static UInt_t ValidateTrkCalib( CalibTrk1Event* );
100	static void FillFCalibFrom(TFile* , Int_t , Int_t );//full
101	static void FillTCalibFrom(TFile* , Int_t , Int_t );//truncated
102	static void FillTCalibFrom(TString path);
103	static void FillACalibFrom(TFile* , Int_t , Int_t );//all
104	static void FillMask(TFile* , Int_t , Int_t );
105
106	// ---------------------------------------------
107	// parameters
108	// ---------------------------------------------
109	static Bool_t Set( GL_RUN* glrun, TSQLServer* dbc, UInt_t type);
110	static Bool_t Set( GL_RUN* glrun, TSQLServer* dbc){
111	for(Int_t i=0; i<NTYPES; i++)
112	if( !TrkParams::Set(glrun,dbc,trkparamtype[i]) )return false;
113	return true;
114	};
115	static Bool_t Set( TString, UInt_t );
116	static Bool_t Set( UInt_t );
117	static Bool_t Set( );
118	static Bool_t Load( UInt_t );
119	static Bool_t Load( );
120	static Bool_t IsLoaded( UInt_t type ){return glload[TrkParams::GetIndex(type)];};
121	static Bool_t IsLoaded( );
122
123	// ---------------------------------------------
124	// retrieve parameters
125	// ---------------------------------------------
126	static float GetBX(float*);
127	static float GetBY(float*);
128	static float GetBZ(float*);
129	static float GetResolution(int,float);
130
131	// ---------------------------------------------
132	// debug mode
133	// ---------------------------------------------
134	static cDbg dbg_mode; //debug mode (for both c++ and F77 roiutines)
135
136	static void SetDebugMode() {dbg_mode.SetDebug(); dbg_=dbg_mode;};
137	static void SetVerboseMode(){dbg_mode.SetVerbose(); dbg_=dbg_mode;};
138	static void SetWarningMode(){dbg_mode.SetWarning(); dbg_=dbg_mode;};
139	static Bool_t DebugMode(){return dbg_mode.debug;};
140	static Bool_t WarningMode(){return dbg_mode.warning;};
141	static Bool_t VerboseMode(){return dbg_mode.verbose;};
142
143	// ------------------------------------------------
144	// alcuni metodi che non sapevo dove mettere
145	// per inizializzare alcune variabili in F77 common
146	// ------------------------------------------------
147	// set to default values
148	static void SetTrackingMode() {track_.trackmode = init__mini_trackmode;};
149	static void SetPrecisionFactor(){track_.fact = init__mini_fact; };
150	static void SetStepMin() {track_.istepmin = init__mini_istepmin; };
151	static void SetPFA() {sw_.pfaid = init__pfa; };
152	// set to custom values
153	static void SetTrackingMode(int);
154	static void SetPrecisionFactor(double);
155	static void SetStepMin(int);
156	static void SetPFA(int);
157
158	ClassDef(TrkParams,2);
159
160	};
161
162	#endif
163