23-jun-2007 NvE Support for locking introduced in AliAttrib and locked signal (and...

[u/mrichter/AliRoot.git] / RALICE / icepack / IceCleanHits.h

diff --git a/RALICE/icepack/IceCleanHits.h b/RALICE/icepack/IceCleanHits.h
index c4d81bbabe6cacbfcd8cd59b66f1b81224fcca8f..4c59f0e0fa86431cad48ba67bff78672a637074e 100644 (file)
--- a/RALICE/icepack/IceCleanHits.h
+++ b/RALICE/icepack/IceCleanHits.h
@@ -19,34 +19,45 @@
 class IceCleanHits : public TTask
 {
  public :
-  IceCleanHits(const char* name="",const char* title=""); // Constructor
+  IceCleanHits(const char* name="IceCleanHits",const char* title="Hit cleaning"); // Constructor
   virtual ~IceCleanHits();                                // Destructor
   virtual void Exec(Option_t* opt);                       // Hit cleaning
-  void SetAdcRangeA(Float_t min,Float_t max=999999);      // Set Amanda ADC range (in PE)
-  void SetTotRangeAE(Float_t min,Float_t max=2000);       // Set Amanda electrical TOT range (in ns)
-  void SetTotRangeAO(Float_t min,Float_t max=2000);       // Set Amanda optical TOT range (in ns)
+  void SetAdcRangeA(Float_t min,Float_t max=999999,TString s="MuDaq");// Set Amanda ADC range (in PE)
+  void SetTotRangeAE(Float_t min,Float_t max=2000,TString s="MuDaq"); // Set Amanda electrical TOT range (in ns)
+  void SetTotRangeAO(Float_t min,Float_t max=2000,TString s="MuDaq"); // Set Amanda optical TOT range (in ns)
   void SetIsolationA(Float_t rmax,Float_t dtmax);         // Set Amanda isolation radius (in m) and dt (in ns)
-  void SetTwindowA(Float_t dtmax);                        // Set Amanda maximal trigger window (in TDC counts)
-  void SetTtimeA(Float_t t);                              // Set Amanda trigger time (in TDC counts)
-  void SetTnameA(TString name);                           // Set Amanda trigger name
+  void SetTwindowA(Float_t dtmax,TString s="MuDaq");      // Set Amanda maximal trigger window
+  void SetTtimeA(Float_t t,TString s="MuDaq");            // Set Amanda trigger time
+  void SetTnameA(TString name,TString s="MuDaq");         // Set Amanda trigger name
 
  protected :
-  IceEvent* fEvt;    // Pointer to the current event structure
-  Float_t fAdcminA;  // Minimum Amanda ADC value in PE
-  Float_t fAdcmaxA;  // Maximum Amanda ADC value in PE
-  Float_t fTotminAE; // Minimum Amanda electrical TOT value in ns
-  Float_t fTotmaxAE; // Maximum Amanda electrical TOT value in ns
-  Float_t fTotminAO; // Minimum Amanda optical TOT value in ns
-  Float_t fTotmaxAO; // Maximum Amanda optical TOT value in ns
-  Float_t fRmaxA;    // Maximum Amanda isolation radius in m
-  Float_t fDtmaxA;   // Maximum Amanda isolation dt in ns
-  Float_t fTwinA;    // Maximum Amanda hit time difference from the trigger time in TDC counts
-  Float_t fTtimA;    // The Amanda trigger time in TDC counts
-  TString fTnamA;    // The Amanda trigger name
-  void Amanda();     // Cleaning of Amanda modules
-  void InIce();      // Cleaning of IceCube InIce DOMs
-  void IceTop();     // Cleaning of IceTop DOMs
+  IceEvent* fEvt;     // Pointer to the current event structure
+  Float_t fAdcminAM;  // Minimum Amanda MuDaq ADC value in PE
+  Float_t fAdcmaxAM;  // Maximum Amanda MuDaq ADC value in PE
+  Float_t fTotminAEM; // Minimum Amanda MuDaq electrical TOT value in ns
+  Float_t fTotmaxAEM; // Maximum Amanda MuDaq electrical TOT value in ns
+  Float_t fTotminAOM; // Minimum Amanda MuDaq optical TOT value in ns
+  Float_t fTotmaxAOM; // Maximum Amanda MuDaq optical TOT value in ns
+  Float_t fAdcminAT;  // Minimum Amanda TWRDaq ADC value in PE
+  Float_t fAdcmaxAT;  // Maximum Amanda TWRDaq ADC value in PE
+  Float_t fTotminAET; // Minimum Amanda TWRDaq electrical TOT value in ns
+  Float_t fTotmaxAET; // Maximum Amanda TWRDaq electrical TOT value in ns
+  Float_t fTotminAOT; // Minimum Amanda TWRDaq optical TOT value in ns
+  Float_t fTotmaxAOT; // Maximum Amanda TWRDaq optical TOT value in ns
+  Float_t fRmaxA;     // Maximum Amanda isolation radius in m
+  Float_t fDtmaxA;    // Maximum Amanda isolation dt in ns
+  Float_t fTwinAM;    // Maximum Amanda MuDaq hit time difference from the trigger time in TDC counts
+  Float_t fTwinAT;    // Maximum Amanda TWRDaq hit time difference from the trigger time in ns
+  Float_t fTtimAM;    // The Amanda MuDaq trigger time in TDC counts
+  TString fTnamAM;    // The Amanda MuDaq trigger name
+  Float_t fTtimAT;    // The Amanda TWRDaq trigger time in ns
+  TString fTnamAT;    // The Amanda TWRDaq trigger name
+  void Amanda();      // Cleaning of Amanda modules
+  void MuDaq();       // Cleaning of Amanda modules for MuDaq data
+  void TWRDaq();      // Cleaning of Amanda modules for TWRDaq data
+  void InIce();       // Cleaning of IceCube InIce DOMs
+  void IceTop();      // Cleaning of IceTop DOMs
 
- ClassDef(IceCleanHits,3) // TTask derived class to perform hit cleaning
+ ClassDef(IceCleanHits,4) // TTask derived class to perform hit cleaning
 };
 #endif