loon: AtmosFilter.h Source File

00001 #ifndef ATMOSFILTER_H
00002 #define ATMOSFILTER_H
00003 
00004 #include "Rtypes.h"
00005 
00006 class AtmosFilter
00007 {
00008  public:
00009   AtmosFilter();
00010   virtual ~AtmosFilter();
00011   void Reset();
00012 
00013   Int_t     EventId;            // overall event containment from digits
00014   Int_t     EventIdSM1;         // containment from digits (SM1)
00015   Int_t     EventIdSM2;         // containment from digits (SM2)
00016   Int_t     EventIdX;           // containment from digits (SM gap)
00017   Int_t     Edges;              // detector edges with activity
00018   Int_t     EdgesSM1;           // detector edges with activity (SM1)
00019   Int_t     EdgesSM2;           // detector edges with activity (SM2)
00020   Int_t     GoodUPlanes;        // good U planes
00021   Int_t     GoodVPlanes;        // good V planes
00022   Int_t     GoodPlanes;         // total good planes
00023   Int_t     GoodStrips;         // total good strips
00024   Double_t  FidCharge;          // total charge in fiducial volume
00025   Double_t  TotalCharge;        // total charge
00026   Double_t  MaxPlaneCharge;     // maximum plane charge
00027   Double_t  FidChargeSM1[11];   // total charge in fidvol/edges/ends (SM1)
00028   Double_t  FidChargeSM2[11];   // total charge in fidvol/edges/ends (SM2)
00029   Double_t  MeanXPosSM1[11];    // mean X position in fidvol/edges/ends (SM1)
00030   Double_t  MeanXPosSM2[11];    // mean X position in fidvol/edges/ends (SM2)
00031   Double_t  MeanYPosSM1[11];    // mean Y position in fidvol/edges/ends (SM1) 
00032   Double_t  MeanYPosSM2[11];    // mean Y position in fidvol/edges/ends (SM2)
00033   Double_t  MeanZPosSM1[11];    // mean Z position in fidvol/edges/ends (SM1)
00034   Double_t  MeanZPosSM2[11];    // mean Z position in fidvol/edges/ends (SM2)
00035 
00036  private:
00037 
00038   ClassDef(AtmosFilter, 1)
00039 };
00040 
00041 #endif