08-feb-2003 NvE Class AliSignal modified such that the maximum number of signal slots is

[u/mrichter/AliRoot.git] / RALICE / AliCalcluster.h

diff --git a/RALICE/AliCalcluster.h b/RALICE/AliCalcluster.h
index c891b693df636e40492bd23c2c34aafee2420e8d..13bc6d419863a19c11db7ef353de567c56d3133f 100644 (file)
--- a/RALICE/AliCalcluster.h
+++ b/RALICE/AliCalcluster.h
@@ -1,27 +1,20 @@
 #ifndef ALICALCLUSTER_H
 #define ALICALCLUSTER_H
-///////////////////////////////////////////////////////////////////////////
-// Class AliCalcluster
-// Description of a cluster of calorimeter modules.
-// A matrix geometry is assumed in which a cluster center
-// is identified by (row,col) and contains sig as signal
-// being the signal of the complete cluster.
-// Some info about cluster topology is provided in order
-// to enable EM or hadronic cluster identification
-//
-//--- NvE 13-jun-1997 UU-SAP Utrecht
-///////////////////////////////////////////////////////////////////////////
- 
-#include <iostream.h>
+/* Copyright(c) 1998-1999, ALICE Experiment at CERN, All rights reserved. *
+ * See cxx source for full Copyright notice                               */
+
+// $Id$
+
+#include "Riostream.h"
 #include <math.h>
  
-#include "TObject.h"
 #include "TObjArray.h"
 #include "TString.h"
  
 #include "AliCalmodule.h"
+#include "AliMath.h"
  
-class AliCalcluster : public TObject,public AliPosition
+class AliCalcluster : public AliSignal
 {
  public:
   AliCalcluster();                   // Default constructor, all data initialised to 0
@@ -29,28 +22,26 @@ class AliCalcluster : public TObject,public AliPosition
   AliCalcluster(AliCalmodule& m);    // Create new cluster starting at module m
   Int_t GetRow();                    // Return row number of cluster center
   Int_t GetColumn();                 // Return column number of cluster center
-  Float_t GetSignal(Int_t n=0);      // Return signal of nxn matrix around the center
   Int_t GetNmodules();               // Return number of modules in cluster
   Float_t GetRowDispersion();        // Return normalised row dispersion of cluster
   Float_t GetColumnDispersion();     // Return normalised column dispersion of cluster
   void Start(AliCalmodule& m);       // Reset cluster data to start with module m
   void Add(AliCalmodule& m);         // Add module data to cluster
-  void AddVetoSignal(Float_t* r,TString f,Float_t s=0); // Associate (extrapolated) signal
+  void AddVetoSignal(AliSignal& s,Int_t extr=1); // Associate (extrapolated) signal
+  void AddVetoSignal(AliSignal* s,Int_t extr=1) { AddVetoSignal(*s,extr); }
   AliSignal* GetVetoSignal(Int_t j); // Access to veto signal number j
   Int_t GetNvetos();                 // Provide the number of veto signals
+  Float_t GetVetoLevel();            // Provide confidence level of best associated veto hit
+  Int_t HasVetoHit(Double_t cl);     // Check for ass. veto hit with conf. level > cl
  
  protected:
   AliCalmodule* fCenter; // Pointer to the central module of the cluster
-  Float_t fSig;          // The total signal value of the cluster
   Int_t fNmods;          // The number of modules in the cluster
-  Float_t fSig11;        // Cluster signal of the central module
-  Float_t fSig33;        // Cluster signal in 3x3 matrix around the center
-  Float_t fSig55;        // Cluster signal in 5x5 matrix around the center
   Float_t fRowdisp;      // Row dispersion of cluster (not normalised)
   Float_t fColdisp;      // Column dispersion of cluster (not normalised)
   Int_t fNvetos;         // The number of associated veto signals
   TObjArray* fVetos;     // The array of associated veto signals
  
- ClassDef(AliCalcluster,1) // Class definition to enable ROOT I/O
+ ClassDef(AliCalcluster,3) // Description of a cluster of calorimeter modules.
 };
 #endif