-/*!\class AliTPCGoofieValues\r
- \brief TPC calibration class for Goofie values \r
-\r
- Header: AliTPCGoofieValues.h,v 2.0.\r
-\r
- Copyright(c) 1998-1999, ALICE Experiment at CERN, All rights reserved.\r
-\r
- See cxx source for full Copyright notice \r
-\r
- TPC Calibration Class for GOOFIE values. Drift velocity, gas composition and the gain. \r
-\r
- The class AliTPCGoofieValues allows the access to GoofieValues. \r
-\r
- The only constructor is loading data from ASCI file. \r
-\r
- The methods make Tgraphs and TSplines of the time dependence of the values. \r
-\r
- One method allows save the the graphs and spline togather with tree of allvalues into file. \r
-\r
-*/\r
-\r
-\r
-/* Copyright(c) 1998-1999, ALICE Experiment at CERN, All rights reserved. *\r
- * See cxx source for full Copyright notice */\r
-\r
-\r
-///////////////////////////////////////////////////////////////////////////////\r
-// //\r
-// TPC calibration class for Goofie values //\r
-// //\r
-///////////////////////////////////////////////////////////////////////////////\r
-\r
-\r
-#include "TSystem.h"\r
-#include "TString.h"\r
-#include "TChain.h"\r
-#include "TFile.h"\r
-#include "TTimeStamp.h"\r
-#include "TGraph.h"\r
-#include "TTree.h"\r
-#include "TSpline.h"\r
-\r
-class AliTPCGoofieValues : public TNamed{\r
-public:\r
- AliTPCGoofieValues(); ///< default ctor\r
- //AliTPCGoofieValues(const char *fname); ///< ctor using log file, not implemented\r
- AliTPCGoofieValues(const char *fname); ///< ctor using an ASCII file\r
- virtual ~AliTPCGoofieValues();///< default dtor\r
- \r
- \r
- Long64_t GetLinesInFile();///< return lines in ASCII file \r
- Double_t GetStartTime();///< return StartTime\r
- Double_t GetEndTime();///< return EndTime\r
- Double_t GetTimeOfRun();///< return TimeOfRun\r
- Double_t GetTempGrad(Double_t timeSec);///< return TempGrad\r
- \r
- Double_t EvalTempGrad(Double_t timeSec);///< evaluate temperature gradients for a certain time in seconds\r
- Double_t EvalAverageTemp(Double_t timeSec);///< evaluate average temperatures for a certain time in seconds\r
- Double_t EvalPress(Double_t timeSec);///< evaluate pressure for a certain time in seconds\r
- Double_t EvalVdrift(Double_t timeSec);///< evaluate drift velocities for a certain time in seconds\r
- Double_t EvalVdriftcor(Double_t timeSec);///< evaluate drift velocities corrected for a certain time in seconds\r
- Double_t EvalGainF(Double_t timeSec);///< evaluate near gain for a certain time in seconds\r
- Double_t EvalGainN(Double_t timeSec);///< evaluate far gain for a certain time in seconds\r
- Double_t EvalCO2(Double_t timeSec);///< evaluate CO2 content for a certain time in seconds\r
- Double_t EvalN2(Double_t timeSec);///< evaluate N2 content for a certain time in seconds\r
- \r
- void FillAllGraphs(); ///< fill all the graphs after the tree\r
- void FillAllSplines(); ///< fill all the graphs after the splines\r
- \r
- void FillAverageTempGraph();///<graph of average temperatures \r
- void FillTempGradGraph();///<graph of temperature gradients\r
- void FillPressGraph();///<graph of pressures\r
- void FillVdriftGraph();///<graph of drift velocities\r
- void FillVdriftcorGraph();///<graph of drift velocities corrected\r
- void FillGainFGraph();///<graph of near gain\r
- void FillGainNGraph();///<graph of far gain\r
- void FillCO2Graph();///<graph of CO2 content\r
- void FillN2Graph();///<graph of N2 content\r
- \r
- void FillAverageTempSpline();///< spline of average temperatures \r
- void FillTempGradSpline();///<spline of temperature gradients\r
- void FillPressSpline();///<spline of pressures\r
- void FillVdriftSpline();///<spline of drift velocities\r
- void FillVdriftcorSpline();///<spline of drift velocities corrected\r
- void FillGainFSpline();///<spline of near gain\r
- void FillGainNSpline();///<spline of far gain\r
- void FillCO2Spline();///<spline of CO2 content\r
- void FillN2Spline();///<spline of N2 content\r
- TTree * GetTree(){return fGoofieValues;}\r
- void PrintTree(); ///< test: print tree values onto screen\r
- Bool_t IsFolder() const {return kTRUE;}\r
-protected:\r
- Long64_t fLinesInFile;// lines in ASCII file\r
- Double_t fStartTime;// StartTime\r
- Double_t fEndTime;// EndTime\r
- Double_t fTimeOfRun;//TimeOfRun\r
- Double_t fTempGrad;//TempGrad\r
- \r
- TGraph* fAverageTempGraph;//->graph of average temperatures \r
- TGraph* fTempGradGraph;//->graph of temperature gradients\r
- TGraph* fPressGraph;//->graph of pressures\r
- TGraph* fVdriftGraph;//->graph of drift velocities\r
- TGraph* fVdriftcorGraph;//->graph of drift velocities corrected\r
- TGraph* fGainFGraph;//->graph of near gain\r
- TGraph* fGainNGraph;//->graph of far gain\r
- TGraph* fCO2Graph;//->graph of CO2 content\r
- TGraph* fN2Graph;//->graph of N2 content\r
- \r
- TSpline* fAverageTempSpline;// spline of average temperatures \r
- TSpline* fTempGradSpline;//spline of temperature gradients\r
- TSpline* fPressSpline;//spline of pressures\r
- TSpline* fVdriftSpline;//spline of drift velocities\r
- TSpline* fVdriftcorSpline;//spline of drift velocities corrected\r
- TSpline* fGainFSpline;//spline of near gain\r
- TSpline* fGainNSpline;//spline of far gain\r
- TSpline* fCO2Spline;//spline of CO2 content\r
- TSpline* fN2Spline;//spline of N2 content\r
- \r
-protected:\r
- TTree *fGoofieValues; // tree with all Goofie values in branches\r
- \r
- ClassDef(AliTPCGoofieValues,1) //Basic ROOT object\r
-};\r
+/*!\class AliTPCGoofieValues
+ \brief TPC calibration class for Goofie values
+
+ Header: AliTPCGoofieValues.h,v 2.0.
+
+ Copyright(c) 1998-1999, ALICE Experiment at CERN, All rights reserved.
+
+ See cxx source for full Copyright notice
+
+ TPC Calibration Class for GOOFIE values. Drift velocity, gas composition and the gain.
+
+ The class AliTPCGoofieValues allows the access to GoofieValues.
+
+ The only constructor is loading data from ASCI file.
+
+ The methods make Tgraphs and TSplines of the time dependence of the values.
+
+ One method allows save the the graphs and spline togather with tree of allvalues into file.
+
+*/
+
+
+/* Copyright(c) 1998-1999, ALICE Experiment at CERN, All rights reserved. *
+ * See cxx source for full Copyright notice */
+
+
+///////////////////////////////////////////////////////////////////////////////
+// //
+// TPC calibration class for Goofie values //
+// //
+///////////////////////////////////////////////////////////////////////////////
+
+
+#include "TSystem.h"
+#include "TString.h"
+#include "TChain.h"
+#include "TFile.h"
+#include "TTimeStamp.h"
+#include "TGraph.h"
+#include "TTree.h"
+#include "TSpline.h"
+
+class AliTPCGoofieValues : public TNamed{
+public:
+ AliTPCGoofieValues(); ///< default ctor
+ //AliTPCGoofieValues(const char *fname); ///< ctor using log file, not implemented
+ AliTPCGoofieValues(const char *fname); ///< ctor using an ASCII file
+ virtual ~AliTPCGoofieValues();///< default dtor
+
+
+ Long64_t GetLinesInFile();///< return lines in ASCII file
+ Double_t GetStartTime();///< return StartTime
+ Double_t GetEndTime();///< return EndTime
+ Double_t GetTimeOfRun();///< return TimeOfRun
+ Double_t GetTempGrad(Double_t timeSec);///< return TempGrad
+
+ Double_t EvalTempGrad(Double_t timeSec);///< evaluate temperature gradients for a certain time in seconds
+ Double_t EvalAverageTemp(Double_t timeSec);///< evaluate average temperatures for a certain time in seconds
+ Double_t EvalPress(Double_t timeSec);///< evaluate pressure for a certain time in seconds
+ Double_t EvalVdrift(Double_t timeSec);///< evaluate drift velocities for a certain time in seconds
+ Double_t EvalVdriftcor(Double_t timeSec);///< evaluate drift velocities corrected for a certain time in seconds
+ Double_t EvalGainF(Double_t timeSec);///< evaluate near gain for a certain time in seconds
+ Double_t EvalGainN(Double_t timeSec);///< evaluate far gain for a certain time in seconds
+ Double_t EvalCO2(Double_t timeSec);///< evaluate CO2 content for a certain time in seconds
+ Double_t EvalN2(Double_t timeSec);///< evaluate N2 content for a certain time in seconds
+
+ void FillAllGraphs(); ///< fill all the graphs after the tree
+ void FillAllSplines(); ///< fill all the graphs after the splines
+
+ void FillAverageTempGraph();///<graph of average temperatures
+ void FillTempGradGraph();///<graph of temperature gradients
+ void FillPressGraph();///<graph of pressures
+ void FillVdriftGraph();///<graph of drift velocities
+ void FillVdriftcorGraph();///<graph of drift velocities corrected
+ void FillGainFGraph();///<graph of near gain
+ void FillGainNGraph();///<graph of far gain
+ void FillCO2Graph();///<graph of CO2 content
+ void FillN2Graph();///<graph of N2 content
+
+ void FillAverageTempSpline();///< spline of average temperatures
+ void FillTempGradSpline();///<spline of temperature gradients
+ void FillPressSpline();///<spline of pressures
+ void FillVdriftSpline();///<spline of drift velocities
+ void FillVdriftcorSpline();///<spline of drift velocities corrected
+ void FillGainFSpline();///<spline of near gain
+ void FillGainNSpline();///<spline of far gain
+ void FillCO2Spline();///<spline of CO2 content
+ void FillN2Spline();///<spline of N2 content
+ TTree * GetTree(){return fGoofieValues;}
+ void PrintTree(); ///< test: print tree values onto screen
+ Bool_t IsFolder() const {return kTRUE;}
+protected:
+ Long64_t fLinesInFile;// lines in ASCII file
+ Double_t fStartTime;// StartTime
+ Double_t fEndTime;// EndTime
+ Double_t fTimeOfRun;//TimeOfRun
+ Double_t fTempGrad;//TempGrad
+
+ TGraph* fAverageTempGraph;//->graph of average temperatures
+ TGraph* fTempGradGraph;//->graph of temperature gradients
+ TGraph* fPressGraph;//->graph of pressures
+ TGraph* fVdriftGraph;//->graph of drift velocities
+ TGraph* fVdriftcorGraph;//->graph of drift velocities corrected
+ TGraph* fGainFGraph;//->graph of near gain
+ TGraph* fGainNGraph;//->graph of far gain
+ TGraph* fCO2Graph;//->graph of CO2 content
+ TGraph* fN2Graph;//->graph of N2 content
+
+ TSpline* fAverageTempSpline;// spline of average temperatures
+ TSpline* fTempGradSpline;//spline of temperature gradients
+ TSpline* fPressSpline;//spline of pressures
+ TSpline* fVdriftSpline;//spline of drift velocities
+ TSpline* fVdriftcorSpline;//spline of drift velocities corrected
+ TSpline* fGainFSpline;//spline of near gain
+ TSpline* fGainNSpline;//spline of far gain
+ TSpline* fCO2Spline;//spline of CO2 content
+ TSpline* fN2Spline;//spline of N2 content
+
+protected:
+ TTree *fGoofieValues; // tree with all Goofie values in branches
+
+private:
+ AliTPCGoofieValues(const AliTPCGoofieValues&); // Not implemented
+ AliTPCGoofieValues& operator=(const AliTPCGoofieValues&); // Not implemented
+
+
+ ClassDef(AliTPCGoofieValues,1) //Basic ROOT object
+};
git://git.uio.no / u / mrichter / AliRoot.git / blobdiff