New TRD files from C.Blume.

[u/mrichter/AliRoot.git] / TRD / AliTRD.h

diff --git a/TRD/AliTRD.h b/TRD/AliTRD.h
index 0a9f8097a4984a424f24b9f52376c3b0a700e122..6245efa93a6291442ab604b1696e2fc7631bd2d0 100644 (file)
--- a/TRD/AliTRD.h
+++ b/TRD/AliTRD.h
@@ -1,7 +1,7 @@
 #ifndef TRD_H
 #define TRD_H
 ////////////////////////////////////////////////
 #ifndef TRD_H
 #define TRD_H
 ////////////////////////////////////////////////

-//  Manager and hits classes for set:TRD     //
+//  Manager and hits classes for set: TRD     //

 ////////////////////////////////////////////////
  
 #include "AliDetector.h"
 ////////////////////////////////////////////////
  
 #include "AliDetector.h"


@@ -9,52 +9,89 @@
  
 class AliTRD : public AliDetector {
  
  
 class AliTRD : public AliDetector {
  

+protected:
+
+  Int_t         fGasMix;         // Gas mixture. 0: Xe/Isobutane 1: Xe/CO2
+  Int_t         fSensSelect;     // Switch to select only parts of the detector
+  Int_t         fSensPlane;      // Sensitive detector plane
+  Int_t         fSensChamber;    // Sensitive detector chamber
+  Int_t         fSensSector;     // Sensitive detector sector
+

 public:
   AliTRD();
   AliTRD(const char *name, const char *title);
   virtual      ~AliTRD() {}
   virtual void  AddHit(Int_t, Int_t*, Float_t*);
   virtual void  BuildGeometry();
 public:
   AliTRD();
   AliTRD(const char *name, const char *title);
   virtual      ~AliTRD() {}
   virtual void  AddHit(Int_t, Int_t*, Float_t*);
   virtual void  BuildGeometry();

-  virtual void  CreateGeometry() {}

   virtual void  CreateMaterials();
   Int_t         DistancetoPrimitive(Int_t px, Int_t py);
   virtual void  Init();
   virtual Int_t IsVersion() const =0;
   virtual void  StepManager()=0; 
   virtual void  CreateMaterials();
   Int_t         DistancetoPrimitive(Int_t px, Int_t py);
   virtual void  Init();
   virtual Int_t IsVersion() const =0;
   virtual void  StepManager()=0; 

-  virtual void  DrawModule() {}
-  
-  ClassDef(AliTRD,1)       // Transition Radiation Detector base class
+  virtual void  SetGasMix(Int_t imix = 0);
+  virtual void  SetSensPlane(Int_t iplane = 0);
+  virtual void  SetSensChamber(Int_t ichamber = 0);
+  virtual void  SetSensSector(Int_t isector = 0);
+
+  ClassDef(AliTRD,1)             // Transition Radiation Detector base class

 };
 
 };
 

-const Int_t   nsect   = 18;      //Number of sectors in the full detector
-const Int_t   nmodul  = 6;       //Number of modules in each sector
-const Float_t rmin    = 281;     //r-Coordinates of the TRD-frame
-const Float_t rmax    = 350.282;
-const Float_t zmax1   = 351.2;   //z-Coordinates of the TRD-frame
-const Float_t zmax2   = 292.35;
-const Float_t alframe = 1.0;     //Thickness of the aluminium of the support frame
-const Float_t alfram1 = 1.0;
-const Float_t alfram2 = 0.5;
-const Float_t inframe = 3.0;     //Thickness of the interior of the support frame
-const Float_t ccframe = 1.0;     //Thickness of the carbon chamber frame
-const Float_t pethick = 0.15;    //Thickness of the PE-layer in the radiator
-const Float_t pezpos  =  0.;     //z-position of the PE-layer in the radiator
-const Float_t rathick = 6.23;    //Thickness of the radiator
-const Float_t razpos  = -2.6585; //z-position of the radiator
-const Float_t mythick = 0.005;   //Thickness of the mylar-layer
-const Float_t myzpos  =  0.459;  //z-position of the mylar-layer
-const Float_t xethick = 3.6;     //Thickness of the Xe/C02-layer
-const Float_t xezpos  =  2.2615; //z-position of the Xe/C02-layer
-const Float_t cuthick = 0.002;   //Thickness of the Cu-layer (Pads)
-const Float_t cuzpos  =  4.0625; //z-position of the Cu-layer (Pads)
-const Float_t kathick = 0.01;    //Thickness of the kapton-layer
-const Float_t kazpos  =  4.0695; //z-position of the kapton-layer
-const Float_t nothick = 0.05;    //Thickness of the NOMEX-layer
-const Float_t nozpos  =  4.8235; //z-position of the NOMEX-layer
-const Float_t rothick = 0.018;   //Thickness of the readout-layer
-const Float_t rozpos  =  5.2;    //z-position of the readout-layer
- 
+////////////////////////////////////////////////
+//  Geometry parameter
+////////////////////////////////////////////////
+
+const Int_t   nsect   = 18;      // Number of sectors in the full detector
+const Int_t   nmodul  = 6;       // Number of modules in each sector
+const Int_t   ncham   = 6;       // Number of different chambers
+const Int_t   narmsec = 5;       // Number of sectors in one arm (geometry 1)
+
+const Float_t rmin    = 294.0;   // r-dimensions of the TRD-frame
+const Float_t rmax    = 368.0;
+
+const Float_t zmax1   = 378.35;  // z-dimensions of the TRD-frame
+const Float_t zmax2   = 302.0;
+
+const Float_t zleni   = 110.0;   // z-dimension of the inner chamber
+const Float_t zlenn   = 156.0;   // z-dimension of the neighbouring chambers
+const Float_t zleno   = 156.0;   // z-dimension of the outer chambers
+
+const Float_t widpl1  = 99.6;    // rphi-dimension of the innermost plane
+
+const Float_t alframe = 1.0;     // Thickness of the aluminium of the support frame

  
  

+const Float_t ccframe = 1.0;     // Thickness of the carbon chamber frame
+
+// Thicknesses of the the material layers
+const Float_t sethick = 0.02;    // Radiator seal
+const Float_t rathick = 4.2;     // Radiator
+const Float_t pethick = 0.20;    // PE-layer in the radiator
+const Float_t mythick = 0.005;   // Mylar-layer
+const Float_t xethick = 3.5;     // Gas mixture
+const Float_t cuthick = 0.001;   // Pad plane
+const Float_t suthick = 0.06;    // HEXCEL+G10 support structure (= 0.31% X0)
+const Float_t fethick = 0.0044;  // FEE + signal lines (= 0.31% X0)
+const Float_t cothick = 0.02;    // PE of the cooling device
+const Float_t wathick = 0.01;    // Cooling water
+
+// Position of the material layers
+const Float_t sezpos  = -5.657;  // Radiator seal
+const Float_t razpos  = -3.557;  // Radiator
+const Float_t pezpos  =  0.0;    // PE-layer in the radiator
+const Float_t myzpos  = -1.4545; // Mylar-layer
+const Float_t xezpos  =  0.298;  // Gas mixture
+const Float_t cuzpos  =  2.047;  // Pad plane
+const Float_t suzpos  =  3.046;  // HEXCEL+G10 support structure
+const Float_t fezpos  =  4.0482; // FEE + signal lines
+const Float_t cozpos  =  4.1504; // PE of the cooling devices
+const Float_t wazpos  =  4.3004; // Cooling water
+
+////////////////////////////////////////////////
+// Parameter for the energy loss calculation
+////////////////////////////////////////////////
+
+const Float_t kPoti = 12.1;      // First ionization potential (eV)
+const Float_t kEend = 50000.0;   // Maximum energy (50 keV);
+

 //_____________________________________________________________________________
 class AliTRDhit : public AliHit {
 
 //_____________________________________________________________________________
 class AliTRDhit : public AliHit {