StRoot: StMuDSTMaker/COMMON/StMuRpsCollection.h Source File

00001 #ifndef __StMuRpsCollection_hh__
00002 #define __StMuRpsCollection_hh__
00003 
00004 #include "TObject.h"
00005 #include <vector>
00006 
00007 using namespace std;
00008 
00009 class StRpsCollection;
00010 
00011 class StMuRpsCollection : public TObject {
00012 
00013 public:
00014 
00015         StMuRpsCollection() {; }
00016         StMuRpsCollection(const StRpsCollection& vertex);
00017         ~StMuRpsCollection() {;}
00018 
00019 //Event level info
00020 
00021         unsigned char siliconBunch() const;
00022 
00023 //Roman pot Level Info
00024 
00025      unsigned int numberOfRomanPots() const  { return mNumberOfRomanPot; }
00026      unsigned int numberOfPlanesWithClusters(int romanPotId) const;
00027      unsigned int adc(int romanPotId, unsigned int) const;
00028      unsigned int tac(int romanPotId, unsigned int) const;
00029      unsigned char status(int romanPotId) const;
00030 
00031 //Plane level Info
00032 
00033         unsigned int numberOfPlanes() const { return mNumberOfPlanes; }
00034         double offsetPlane(int romanPotId, int planeId) const;
00035         double zPlane(int romanPotId, int planeId) const;
00036         double anglePlane(int romanPotId, int planeId) const;
00037         short  orientationPlane(int romanPotId, int planeId) const;
00038         unsigned char statusPlane(int romanPotId, int planeId) const;
00039 
00040 //Cluster level Info
00041 
00042         int numberOfClusters(int romanPotId, int planeId) const;
00043         double positionCluster(int romanPotId, int planeId, int cluster) const;
00044         short lengthCluster(int romanPotId, int planeId, int cluster) const;
00045         double energyCluster(int romanPotId, int planeId, int cluster) const;
00046         double xyCluster(int romanPotId, int planeId, int cluster) const;
00047         unsigned char qualityCluster(int romanPotId, int planeId, int cluster) const;
00048         
00049 private:
00050 
00051      enum {mNumberOfRomanPot = 8, mNumberOfPlanes = 4};
00052 
00053         unsigned char mSiliconBunch;
00054 
00055         int mNumberPlanes[mNumberOfRomanPot];
00056         int mNumberPlanesWithClusters[mNumberOfRomanPot];
00057         unsigned char mStatusRomanPot[mNumberOfRomanPot];
00058         int mADC[mNumberOfRomanPot][2];
00059         int mTAC[mNumberOfRomanPot][2]; 
00060 
00061         double mOffsetPlane[mNumberOfRomanPot][mNumberOfPlanes];
00062         double mzPlane[mNumberOfRomanPot][mNumberOfPlanes];
00063         double mAnglePlane[mNumberOfRomanPot][mNumberOfPlanes];
00064         short mOrientationPlane[mNumberOfRomanPot][mNumberOfPlanes];            
00065         unsigned char mStatusPlane[mNumberOfRomanPot][mNumberOfPlanes]; 
00066         int mNumberOfClusters[mNumberOfRomanPot][mNumberOfPlanes];
00067 
00068         vector<double> mPositionCluster[mNumberOfRomanPot][mNumberOfPlanes];
00069         vector<short> mLengthCluster[mNumberOfRomanPot][mNumberOfPlanes];
00070         vector<double> mEnergyCluster[mNumberOfRomanPot][mNumberOfPlanes];
00071         vector<double> mXYCluster[mNumberOfRomanPot][mNumberOfPlanes];          
00072         vector<unsigned char> mQualityCluster[mNumberOfRomanPot][mNumberOfPlanes];
00073 
00074 /*      double mPositionCluster[mNumberOfRomanPot][mNumberOfPlanes][100];
00075         short mLengthCluster[mNumberOfRomanPot][mNumberOfPlanes][100];
00076         double mEnergyCluster[mNumberOfRomanPot][mNumberOfPlanes][100];
00077         double mXYCluster[mNumberOfRomanPot][mNumberOfPlanes][100];             
00078         unsigned char mQualityCluster[mNumberOfRomanPot][mNumberOfPlanes][100];*/
00079 
00080 
00081 
00082 ClassDef(StMuRpsCollection,2)
00083 
00084 };
00085 inline unsigned char StMuRpsCollection::siliconBunch() const { return mSiliconBunch ; }
00086 inline unsigned int StMuRpsCollection::numberOfPlanesWithClusters(int romanPotId) const { return romanPotId < mNumberOfRomanPot ? mNumberPlanesWithClusters[romanPotId] : 0; }
00087 inline unsigned char StMuRpsCollection::status(int romanPotId) const { 
00088         if  (romanPotId < mNumberOfRomanPot) return mStatusRomanPot[romanPotId];
00089         else return 0;
00090 }
00091 
00092 inline unsigned int StMuRpsCollection::adc(int romanPotId, unsigned int n) const { return romanPotId < mNumberOfRomanPot && n < 2 ? mADC[romanPotId][n] : 0;}
00093 inline unsigned int StMuRpsCollection::tac(int romanPotId, unsigned int n) const { return romanPotId < mNumberOfRomanPot && n < 2 ? mTAC[romanPotId][n] : 0;}
00094 inline double StMuRpsCollection::offsetPlane(int romanPotId, int planeId) const {  return romanPotId < mNumberOfRomanPot && planeId < mNumberOfPlanes ? mOffsetPlane[romanPotId][planeId] : 0;}
00095 inline double StMuRpsCollection::zPlane(int romanPotId, int planeId) const {  return romanPotId < mNumberOfRomanPot && planeId < mNumberOfPlanes ? mzPlane[romanPotId][planeId] : 0;}
00096 inline double StMuRpsCollection::anglePlane(int romanPotId, int planeId) const {  return romanPotId < mNumberOfRomanPot && planeId < mNumberOfPlanes ? mAnglePlane[romanPotId][planeId] : 0;}
00097 inline short  StMuRpsCollection::orientationPlane(int romanPotId, int planeId) const {  return romanPotId < mNumberOfRomanPot && planeId < mNumberOfPlanes ? mOrientationPlane[romanPotId][planeId] : 0;}
00098 inline unsigned char StMuRpsCollection::statusPlane(int romanPotId, int planeId) const {
00099         if(romanPotId < mNumberOfRomanPot && planeId < mNumberOfPlanes) return mStatusPlane[romanPotId][planeId];
00100         else return 0;
00101 }
00102 inline int StMuRpsCollection::numberOfClusters(int romanPotId, int planeId) const { return romanPotId < mNumberOfRomanPot && planeId < mNumberOfPlanes ? mNumberOfClusters[romanPotId][planeId] : 0;}
00103 inline double  StMuRpsCollection::positionCluster(int romanPotId, int planeId, int cluster) const { return romanPotId < mNumberOfRomanPot && planeId < mNumberOfPlanes && cluster < mNumberOfClusters[romanPotId][planeId]? mPositionCluster[romanPotId][planeId][cluster] : 0;}
00104 inline short  StMuRpsCollection::lengthCluster(int romanPotId, int planeId, int cluster) const { return romanPotId < mNumberOfRomanPot && planeId < mNumberOfPlanes && cluster < mNumberOfClusters[romanPotId][planeId]? mLengthCluster[romanPotId][planeId][cluster] : 0;}
00105 inline double StMuRpsCollection::energyCluster(int romanPotId, int planeId, int cluster) const { return romanPotId < mNumberOfRomanPot && planeId < mNumberOfPlanes && cluster < mNumberOfClusters[romanPotId][planeId]? mEnergyCluster[romanPotId][planeId][cluster] : 0;}
00106 inline double StMuRpsCollection::xyCluster(int romanPotId, int planeId, int cluster) const  { return romanPotId < mNumberOfRomanPot && planeId < mNumberOfPlanes && cluster < mNumberOfClusters[romanPotId][planeId]? mXYCluster[romanPotId][planeId][cluster] : 0;}
00107 inline unsigned char StMuRpsCollection::qualityCluster(int romanPotId, int planeId, int cluster) const   { return romanPotId < mNumberOfRomanPot && planeId < mNumberOfPlanes && cluster < mNumberOfClusters[romanPotId][planeId]? mQualityCluster[romanPotId][planeId][cluster] : 0;}
00108 
00109 #endif