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HcalGeoParData.h
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1 //
2 // AYK (ayk@bnl.gov), 2013/06/12
3 //
4 // HCAL (Hadronic calorimeter) specific data definitions
5 //
6 
7 #include <EndcapGeoParData.h>
8 #include <FiberParData.h>
9 
10 #ifndef _HCAL_GEO_PAR_DATA_
11 #define _HCAL_GEO_PAR_DATA_
12 
13 class HcalGeoParData: public EndcapGeoParData
14 {
15  public:
16  HcalGeoParData(const char *detName = 0, int version = -1, int subVersion = 0):
17  EndcapGeoParData(detName, version, subVersion) { ResetVars(); };
18  ~HcalGeoParData() {};
19 
20  void ResetVars() {
21  mSubCellNum = 0; mSubCellLength = 0.0;
22  mLeadPlateThickness = mLeadPlateWidth = mLeadPlateHeight = 0.0;
23  mScintillatorPlateThickness = mScintillatorPlateWidth = mScintillatorPlateHeight = 0.0;
24  mWlsPlateThickness = mWlsPlateLength = mWlsPlateHeight = 0.0;
25  mSteelFrontPlateThickness = mSteelFrontPlateSlope = 0.0;
26  mSteelSpacerThickness = mMylarThickness = 0.0;
27  mRotationY = 0.0;
28  mPinLength = mPinDiameter = mPinToPinDistance = 0.0;
29  };
30 
31  Int_t mSubCellNum; // number of tile+lead sub-cells
32  Double_t mSubCellLength; // longitudinal length of tsuch a sub-cell
33 
34  Double_t mLeadPlateThickness; // sub-cell lead absorber (as well as rare steel plate) thickness
35  Double_t mLeadPlateWidth; // lead plate width
36  Double_t mLeadPlateHeight; // lead plate height
37 
38  Double_t mScintillatorPlateThickness; // scintillator plate thickness
39  Double_t mScintillatorPlateWidth; // scintillator plate width
40  Double_t mScintillatorPlateHeight; // scintillator plate height
41 
42  Double_t mWlsPlateThickness; // WLS plate thickness
43  Double_t mWlsPlateLength; // full WLS plate length along cell axis
44  Double_t mWlsPlateHeight; // WLS plate height
45 
46  Double_t mMylarThickness; // mylar layer thickness along WLS plate (on both sides)
47 
48  Double_t mSteelSpacerThickness; // top steel plate thickness
49 
50  Double_t mPinLength; // full steel pin length (as shared between two rows)
51  Double_t mPinDiameter; // pin diameter
52  Double_t mPinToPinDistance; // pin-to-pin distance in X-direction
53 
54  Double_t mSteelFrontPlateThickness; // front steel plate thickness at the middle
55  Double_t mSteelFrontPlateSlope; // front steel plate slope in [degree]
56 
57  Double_t mRotationY; // overall Y-rotation (2 degree, relevant for T1018 test run only)
58 
59  ClassDef(HcalGeoParData,10);
60 };
61 
62 #endif