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AZigzag.h
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1 #ifndef __AZIGZAG_H__
2 #define __AZIGZAG_H__
3 
4 #include <cmath>
5 #include <iostream>
6 #include <string>
7 #include <vector>
8 
9 #include "params.h"
10 
11 
12 class TPolyLine;
13 class TH2D;
14 class TH1D;
15 class TF1;
16 class TRandom;
17 
18 class AZigzag
19 {
20 public:
21  AZigzag(CheveronPad_t paddef);
22  virtual ~AZigzag() {}
23 
24  //Read the zig zag pad coordinates from XML file
25  //static void ReadXML();
26  //virtual int fileopen(const std::string &filenam);
27  //virtual int fileclose();
28 
29  // zig zag strip in x and y from XML file
30  CheveronPad_t fPads;
31 
32  //Draw
33  virtual void Draw(double MAX);
34  int color(int);
35 
36  void Clear() {q=0;}
37  virtual void Report();
38 
39  // sets...
40  void SetQ(double Q) {q = Q;}
41  void SetT(double T) {t = T;} /* @TODO Do we need this? */
42  void AddQ(double Q) {q += Q;}
43 
44  // gets...
45  double Q () {return q;}
46  double T () {return t;} /* @TODO Do we need this? */
47  double MAXQ () {return maxq;}
48  double MAXT () {return maxt;}
49  int MyID () {return myID;}
50  void SetMyID(int ID) {myID = ID;}
51  static int NCreated () {return nextID;}
52 
53  // Readout Space Coordinates for utility
54  int MyHybrid;
55  int MyChannel;
56  int MyWaveIndex;
57  int iR;
58  int iPhi;
59 
60  double XCenter();
61  double YCenter();
62  double ZCenter();
63  double RCenter();
64  double PCenter();
65 
66  double myR, myPhi;
67 
68 
69  // Charge Handling Variables
70  double NumSigma() {return q/Gains[myID]/Sigmas[myID];}
71  bool IsHit()
72  {
73  if (UseSigma)
74  return (NumSigma()>SigmaCut);
75  else
76  return (q>PulseCut);
77  }
78  void DetermineQ(double Mintime=-2.0, double Maxtime=30.0); // This covers the full APV space...
79 
80  // Neighbor Handling Pointers.
81  bool IsIsolated();
82  AZigzag* PreLogical;
83  AZigzag* PostLogical;
84  AZigzag* PreWaveform;
85  AZigzag* PostWaveform;
86 
87  // OK..we're going for it...
88  // We shall be using the very same sytle of manipulations
89  // for the strips as we developed for the Hexes. This means
90  // That we shall make a set of static member variables that
91  // treat the common data that all Hexes need to access.
92  //
93  // This includes calibrations (one copy for all), cuts for
94  // hit definitions, Raw and Cal "striped" data.
95 
96  static TRandom Randy;
97 
98  // Flags for calibration operation...
99  static bool FastQ;
100  static bool UseSigma;
101  static double SigmaCut;
102  static double PulseCut;
103  static std::string CommonModeMethod;
104 
105  // Collective Data...
106  static std::vector<int> Raw[Nsrs];
107  static std::vector<double> Cal[Nsrs]; //array OF vectors
108 
109  // Calibration storage...
110  static double Pedestals[Nsrs];
111  static double Sigmas[Nsrs];
112  static double Gains[Nsrs];
113  static std::vector<double> CommonMode[Nhybrid];
114 
115  // Methods for applying calibrations...
116  static void WriteCalibration();
117  static void ReadCalibration();
118  static void DetermineCommonMode();
119  static void ApplyCalibration();
120 
121  static TH1D* commy[Nhybrid];
122  static TH1D* Pulse; /* @TODO Do we need this? */
123  static TF1* blue; /* @TODO Do we need this? */
124 
125  //Protected
126  double xinit;
127  double yinit;
128  double rinit;
129  double phinit;
130 
131  double t; /* @TODO Do we need this? */
132  double q;
133  double maxq;
134  double maxt;
135 
136  static int nextID;
137  int myID;
138 
139 };
140 
141 #endif