00001 #ifndef ATHENA_UTIL_DETECTOR_INFO_H
00002 #define ATHENA_UTIL_DETECTOR_INFO_H
00003
00004 #include <iostream>
00005 #include "DetectorInfoDef.h"
00006
00007 class DetectorInfo
00008 {
00009 public:
00010 DetectorInfo() : m_det(0) {};
00011 ~DetectorInfo() {};
00012 DetectorInfo(unsigned d) : m_det(d) {};
00013
00014 inline void set(unsigned d) { m_det = d; }
00015 inline void reset() { m_det = 0; }
00016 inline unsigned get() { return m_det; }
00017
00018 inline bool isLArEM() { return (m_det & DI_Atlas_Lar_EM); }
00019 inline bool isLArHEC() { return (m_det & DI_Atlas_Lar_HEC); }
00020 inline bool isLArFCal() { return (m_det & DI_Atlas_Lar_FCal); }
00021 inline bool isTile() { return (m_det & DI_Atlas_Tile); }
00022
00023 inline bool isLArEMBarrel() { return (m_det & DI_EM_barrel); }
00024 inline bool isLArEMEndcap() { return (m_det & (DI_EM_endcap_inner | DI_EM_endcap_outer)); }
00025 inline bool isLArEMEndcapInner() { return (m_det & DI_EM_endcap_inner); }
00026 inline bool isLArEMEndcapOuter() { return (m_det & DI_EM_endcap_outer); }
00027
00028 inline bool isTileBarrel() { return (m_det & DI_Tile_barrel); }
00029 inline bool isTileExtBarrel() { return (m_det & DI_Tile_extbarrel); }
00030 inline bool isTileGap() { return (m_det & DI_Tile_gap); }
00031 inline bool isTileGapScin() { return (m_det & DI_Tile_gapscin); }
00032
00033 inline unsigned getLArEMSampling() { return ((m_det & DI_EM_sampling)>>DI_EM_sampling_SHIFT); }
00034 inline unsigned getLArHECSampling() { return ((m_det & DI_HEC_sampling)>>DI_HEC_sampling_SHIFT); }
00035 inline unsigned getLArFCalSampling() { return ((m_det & DI_FCal_sampling)>>DI_FCal_sampling_SHIFT); }
00036 inline unsigned getTileSampling() { return ((m_det & DI_Tile_sampling)>>DI_Tile_sampling_SHIFT); }
00037
00038 void dump(unsigned f=0);
00039
00040 private:
00041 unsigned m_det;
00042 };
00043
00044 #endif // ATHENA_UTIL_DETECTOR_INFO_H
