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1#ifndef ALITPCMONITORCONFIG_H
2#define ALITPCMONITORCONFIG_H
3
4/* Copyright(c) 1998-1999, ALICE Experiment at CERN, All rights reserved. *
5 * See cxx source for full Copyright notice */
6
7/* $Id$ */
8
9////////////////////////////////////////////////////////////////////////
10//
11// AliTPCMonitorConfig class
12//
13// Configuration handler class for AliTPCMonitor
14//
15// Author: Stefan Kniege, IKF, Frankfurt
16//
17//
18/////////////////////////////////////////////////////////////////////////
19
20#include "TNamed.h"
21
22class AliTPCMonitorConfig: public TNamed
23{
24 public :
25
26 AliTPCMonitorConfig(const Char_t* name,const Char_t* title);
27 AliTPCMonitorConfig(const AliTPCMonitorConfig &config);
28 AliTPCMonitorConfig& operator= (const AliTPCMonitorConfig& config);
29 virtual ~AliTPCMonitorConfig();
30
31 Float_t GetButtonXSize() const { return fButtonXSize;}
32 Float_t GetButtonYSize() const { return fButtonYSize;}
33 Float_t GetButtonXFirst1() const { return fButtonFirstX1;}
34 Float_t GetButtonXFirst2() const { return fButtonFirstX2;}
35 Float_t GetButtonYFirst() const { return fButtonFirstY;}
36 Int_t GetMainXSize() const { return fMainXSize;}
37 Int_t GetMainYSize() const { return fMainYSize;}
38 Int_t GetBorderXSize() const { return fBorderXSize;}
39 Int_t GetBorderYSize() const { return fBorderYSize;}
40 Int_t GetCanvasXOffset() const { return fCanvasXOffset;}
41 Int_t GetCanvasXSize() const { return fCanvasXSize;}
42 Int_t GetCanvasYSize() const { return fCanvasYSize;}
43 Int_t GetCanvasXSpace() const { return fCanvasXSpace;}
44 Int_t GetCanvasYSpace() const { return fCanvasYSpace;}
45
46 Float_t* GetComponentSelection() const { return fComponents;}
47
48 Int_t GetEventProcessed() const { return fEventProcessed ;}
49
50
51 Int_t GetFormat() const { return fFormat ;}
52 Char_t* GetFile() const { return fFileCurrent;}
53
54 Int_t GetFitPulse() const { return fFitPulse ;}
55 Char_t* GetLastProcFile();
56 Int_t GetMaxHwAddr() const { return fMaxHwAddr ; }
57
58 Int_t GetLastSector() const { return fSectorLast;}
59 Int_t GetLastSectorDisplayed() const { return fSectorLastDisplayed;}
60
61 Int_t GetNextEventID() const { return fEventNextID ;}
62 Int_t GetNumOfChannels() const { return fNumOfChannels ; }
63
64 Int_t GetPedestals() const { return fPedestals ; }
65 Int_t GetProcNextEvent() const { return fEventNext;}
66
67 Int_t GetProcOneSector() const { return fProcOneSector;}
68
69 Int_t GetRangeBaseMin() const { return fRangeBaseMin;}
70 Int_t GetRangeBaseMax() const { return fRangeBaseMax;}
71
72 Int_t GetRangeMaxAdcMin() const { return fRangeMaxAdcMin;}
73 Int_t GetRangeMaxAdcMax() const { return fRangeMaxAdcMax;}
74
75 Int_t GetRangeSumMin() const { return fRangeSumMin;}
76 Int_t GetRangeSumMax() const { return fRangeSumMax;}
77
78
79 Int_t GetSectorFilled(Int_t sector,Int_t side)const { return fSectorArr[sector+side*18] ;}
80 Int_t GetSectorFilled(Int_t sector) const { return fSectorArr[sector] ;}
81
82 Int_t GetSamplingFrequency() const { return fSamplingFreq;}
83
84 Int_t GetTimeBins() const { return fTimeBins ; }
85
86 Int_t GetWrite10Bit() const { return fWrite10Bit ;}
87
88
89
90 void SetBaseConfig(float* ConfArr);
91
92 void SetLastProcFile(Char_t* val);
93
94 void SetEventProcessed(Int_t val) { fEventProcessed=val;}
95
96 void SetFitPulse( Int_t val) { fFitPulse =val;}
97
98 void SetNumOfChannels(Int_t val) { fNumOfChannels = val ; }
99
100 void SetPedestals(Int_t val) { fPedestals = val ; }
101
102 void SetTimeBins(Int_t val) { fTimeBins = val ; }
103
104 void SetFile(Char_t* val) { sprintf(fFileCurrent,val);}
105
106 void SetLastSector(Int_t val) { fSectorLast = val;}
107
108 void SetLastSectorDisplayed(Int_t val) { fSectorLastDisplayed = val;}
109
110 void SetNextEventID(Int_t val ) { fEventNextID = val;}
111
112 void SetProcNextEvent(Int_t val) { fEventNext = val ;}
113
114 void SetProcOneSector(Int_t val) { fProcOneSector = val ;}
115
116 void SetRangeMax( Int_t min, Int_t max) { fRangeMaxAdcMin=min, fRangeMaxAdcMax=max;}
117 void SetRangeBase(Int_t min, Int_t max) { fRangeBaseMin =min, fRangeBaseMax =max;}
118 void SetRangeSum( Int_t min, Int_t max) { fRangeSumMin =min, fRangeSumMax =max;}
119
120 void SetSectorFilled(Int_t sector,Int_t side){ fSectorArr[sector+side*18] =1;}
121 void SetSectorFilled(Int_t sector) { fSectorArr[sector] =1;}
122
123 void SetComponentSelection(float* val) { for(Int_t i=0;i<10;i++) fComponents[i] = val[i];}
124
125 void SetFormat(Int_t val) { fFormat = val;}
126
127 void SetWrite10Bit(Int_t val) { fWrite10Bit =val;}
128 void SetMainSize(Int_t mainx, Int_t mainy,
129 Int_t borderx ,Int_t bordery );
130
131 void PrintConfig();
132
133 void ReadConfig(Char_t* nameconf);
134 void ResetSectorArray() { for(Int_t i=0;i<36; i++) fSectorArr[i]=0;}
135
136 private:
137
138 // Data Format 0: DATA 1: ROOT
139 Int_t fFormat; // Format of the processed file/stream
140
141 Int_t fSector; // Currently processed sector
142 Int_t fSectorLast; // Previously processed sector
143 Int_t fSectorLastDisplayed; // Last displayed sector
144 Int_t* fSectorArr; // Array of processed sectors
145
146 // Current and Last Files and Dirs
147 Char_t* fFileLast; // Name of last processed file/stream
148 Int_t fFileLastSet ; // Flag showing if last file name was set
149
150 Char_t* fFileCurrent; // Current file/stream name
151
152 Int_t fEventNext; // Process next event -> do not stay in current event
153 Int_t fEventNextID; // Next event ID to be processed (if event id does not exist search for next existing event)
154
155 Int_t fEventProcessed; // Flag to show if event was read in
156
157 // Ranges for determination of ADC max , Baseline and ADC Sum
158 Int_t fRangeMaxAdcMin ; // Min timebin of range to determine max. adc value
159 Int_t fRangeMaxAdcMax ; // Max timebin of range to determine max. adc value
160
161 Int_t fRangeBaseMin ; // Min timebin of range to determine baseline
162 Int_t fRangeBaseMax ; // Max timebin of range to determine basline
163
164 Int_t fRangeSumMin ; // Min timebin of range to determine adc sum
165 Int_t fRangeSumMax ; // Max timebin of range to determine adc sum
166
167 // Canvas Size for Monitor Canvases
168 Int_t fCanvasXSize; // Canvas size in x ( set to fCanvasMainSize )
169 Int_t fCanvasYSize; // Canvas size in y ( set to fCanvasMainSize )
170 Int_t fCanvasXSpace; // Canvas size in x + border size
171 Int_t fCanvasYSpace; // Canvas size in y + border size
172 Int_t fCanvasXOffset; // Canvas x offset (main window)
173 Int_t fCanvasMainSize; // Canvas size in x and y
174
175 // Size of Main frame and Border (depending on Window Manager)
176 Int_t fMainXSize; // Main window size x
177 Int_t fMainYSize; // Main window size y
178
179 Int_t fBorderXSize ; // Canvas border size x
180 Int_t fBorderYSize ; // Canvas border size y
181
182 // Buttonsize;
183 Float_t fButtonXSize ; // Button size x
184 Float_t fButtonYSize ; // Button size y
185 Float_t fButtonFirstX1; // Pos of first button row in x
186 Float_t fButtonFirstX2; // Pos of second button row in x
187 Float_t fButtonFirstY ; // Position of first button in y
188
189 Int_t fWrite10Bit ; // Flag to write 10 bit data words to file
190
191 // Arr to Store Selected components to be displayed
192 Float_t* fComponents; // Array of components to be selected for display
193
194 // Sampling Freq required for FFT
195 Int_t fSamplingFreq; // Sampling frequency for data taking
196
197
198 Int_t fPedestals ; // Version for pedestal calculation
199 Int_t fNumOfChannels ; // Maximum number of channels
200 Int_t fTimeBins ; // Number of timebins to be displayed
201 Int_t fMaxHwAddr ; // Max value of hardware addresses
202
203 Int_t fFitPulse ; // Flag for fitting pulse around max adc
204
205 Int_t fProcOneSector ; // Flag for processing only the specified sector for the next event
206
207
208 ClassDef(AliTPCMonitorConfig,1);
209};
210#endif