[u/mrichter/AliRoot.git] / MUON / AliMUONConstants.h

#ifndef ALIMUONCONSTANTS_H
#define ALIMUONCONSTANTS_H
/* Copyright(c) 1998-1999, ALICE Experiment at CERN, All rights reserved. *
 * See cxx source for full Copyright notice                               */

/* $Id$*/
// Revision of includes 07/05/2004
//
/// \ingroup base
/// \class AliMUONConstants
/// \brief MUON global constants

#include <TObject.h>

class AliMUONConstants : public TObject {
 public:
    /// Return number of chambers
    static Int_t    NCh() {return fgNCh;}
    /// Return number of tracking chambers
    static Int_t    NTrackingCh() {return fgNTrackingCh;}
    /// Return number of tracking stations
    static Int_t    NTrackingSt() {return fgNTrackingSt;}
    /// Return number of trigger chambers
    static Int_t    NTriggerCh() {return fgNTriggerCh;}
    /// Return number of trigger circuits
    static Int_t    NTriggerCircuit() {return fgNTriggerCircuit;}
    /// Return number of detection element
    static Int_t    NDetElem() {return fgNDetElem;}
    /// Return number of geometry modules
    static Int_t    NGeomModules() {return fgNGeomModules;}
    /// Return position of chamber i
    static Float_t  DefaultChamberZ(Int_t i) {return fgDefaultChamberZ[i];}
    /// Return ratio between trigger chambers
    static Float_t  DefaultRatioTriggerChamber(Int_t i) {return fgDefaultRatioTriggerChamber[i];}
    /// Return Inclination with respect the vertical axis of stations 345
    static Float_t  St345Inclination()       {return fgSt345inclination;}
    /// Return pointer to array of positions
    static Float_t* DefaultChamberZ()        {return fgDefaultChamberZ;}
    /// Return chamber i inner diameter
    static Float_t  Dmin(Int_t i)            {return fgDmin[i];}
    /// Return chamber i inner radius
    static Float_t  Rmin(Int_t i)            {return Dmin(i)/2.0;}
    /// Return chamber i outer diameter
    static Float_t  Dmax(Int_t i)            {return fgDmax[i];}
    /// Return chamber i outer radius
    static Float_t  Rmax(Int_t i)            {return Dmax(i)/2.0;}
    /// Return maximum zoom for event display
    static Int_t    MaxZoom()                {return fgMaxZoom;}
    /// Return half-distance between two half-chambers
    static Float_t  DzCh()                   {return fgDzCh;}
    /// Return half-distance between two slats
    static Float_t  DzSlat()                 {return fgDzSlat;}
    /// Return chamber number according z position of hit.
    static  Int_t ChamberNumber(Float_t z); 
    /// Return SqrtKx3 for Slat
    static Float_t SqrtKx3()                 {return fgSqrtKx3;}
    /// Return SqrtKy3 for Slat
    static Float_t SqrtKy3()                 {return fgSqrtKy3;}
    /// Return SqrtKx3 for Station 1 & 2
    static Float_t SqrtKx3St1()              {return fgSqrtKx3St1;}
    /// Return SqrtKy3 for Station 1 & 2
    static Float_t SqrtKy3St1()              {return fgSqrtKy3St1;}
    /// Return charge correlation (needed for response and for cluster finder !?)
    static Float_t ChargeCorrel()            {return fgChargeCorrel;}
    /// Return charge correlation for Station 1 & 2 (needed for response and for cluster finder !?)
    static Float_t ChargeCorrelSt1()         {return fgChargeCorrelSt1;}
    /// Return wire pitch
    static Float_t Pitch()    {return fgPitch;}
    /// Return wire pitch for Station 1 & 2
    static Float_t PitchSt1() {return fgPitchSt1;}
    /// Return coil z-position
    static Double_t CoilZ() {return fgCoilZ;}
    /// Return coil lenght
    static Double_t CoilL() {return fgCoilL;}
    /// Return yoke z-position
    static Double_t YokeZ() {return fgYokeZ;}
    /// Return yoke lenght
    static Double_t YokeL() {return fgYokeL;}
    /// Return the z position of the end of the absorber
    static Double_t ZAbsorberEnd() {return fgZAbsorberEnd;}
    /// Return the number of elements making the absorber
    static Int_t    NAbsorberElements() {return fgNAbsorberElements;}
    /// Return the z position of the element "iElement" making the absorber
    static Double_t ZAbsorberElement(Int_t iElement) {return ((iElement >= 0) && (iElement < fgNAbsorberElements)) ? fgZAbsorberElement[iElement] : 0.;}
    /// Return the radiation lenght of the element "iElement" making the inner part of the absorber
    static Double_t X0AbsorberIn(Int_t iElement) {return ((iElement >= 0) && (iElement < fgNAbsorberElements)) ? fgX0AbsorberIn[iElement] : -1.;}
    /// Return the radiation lenght of the element "iElement" making the outer part of the absorber
    static Double_t X0AbsorberOut(Int_t iElement) {return ((iElement >= 0) && (iElement < fgNAbsorberElements)) ? fgX0AbsorberOut[iElement] : -1.;}
    /// Return chamber thickness in X0
    static Double_t ChamberThicknessInX0() {return fgChamberThicknessInX0;}
    /// Return Trigger ToF Limit (75 ns)
    static Float_t TriggerTofLimit() {return fgkTriggerTofLimit;}
 
 protected:
    /// Default constructor
    AliMUONConstants() : TObject() {}
    /// Destructor
    virtual ~AliMUONConstants(){}

 private:
    static Int_t  fgNCh;                ///<  Number of Chambers    
    static Int_t  fgNTrackingCh;        ///<  Number of Tracking Chambers
    static Int_t  fgNTrackingSt;        ///<  Number of Tracking Stations
    static Int_t  fgNTriggerCh;         ///<  Number of Trigger Chambers
    static Int_t  fgNTriggerCircuit;    ///<  Number of Trigger Circuits
    static Int_t  fgNDetElem;           ///<  Number of Detection Elements.
    static Int_t  fgNGeomModules;       ///<  Number of Geometry modules   

    static Float_t  fgDefaultChamberZ[14];		//!< Z-positions of chambers
    static Float_t  fgDefaultRatioTriggerChamber[4];	///< Ratio between trigger chambers
    static Float_t  fgSt345inclination;			//!< Inclination with respect the vertical axis of stations 345
    static Float_t  fgDmin[7];				//!< Inner diameter
    static Float_t  fgDmax[7];				//!< Outer diameter

    static Float_t  fgDzCh;             ///< Half-distance between two half-chambers 
    static Float_t  fgDzSlat;           ///< Half-distance between two slat on the same chamber
    static Float_t  fgSqrtKx3;          ///< SqrtKx3 for St2 & Slat
    static Float_t  fgSqrtKy3;          ///< SqrtKy3 for St2 & Slat
    static Float_t  fgSqrtKx3St1;       ///< SqrtKx3 for Station 1 
    static Float_t  fgSqrtKy3St1;       ///< SqrtKy3 for Station 1 
 
    static Float_t  fgChargeCorrel;      ///< Charge correlation for St2 & Slats
    static Float_t  fgChargeCorrelSt1;   ///< Charge correlation for Station 1

    static Float_t  fgPitch;             ///< Wire pitch for St2 & Slats
    static Float_t  fgPitchSt1;          ///< Wire pitch for Station 1

    static Double_t  fgChamberThicknessInX0; ///< default chamber thickness in X0 for reconstruction
    
    static Double_t fgCoilZ; ///< Coil z-position
    static Double_t fgCoilL; ///< Coil lenght
    static Double_t fgYokeZ; ///< Yoke z-position
    static Double_t fgYokeL; ///< Yoke lenght

    static Double_t fgZAbsorberEnd;		///< Z position of the end of the absorber
    static Int_t    fgNAbsorberElements;	///< Number of elements making the absorber
    static Double_t fgZAbsorberElement[5];	///< Z positions of elements making the absorber
    static Double_t fgX0AbsorberIn[5];		///< Radiation lenght of materials in the inner part of the absorber (theta > 3 degrees)
    static Double_t fgX0AbsorberOut[5];		///< Radiation lenght of materials in the outer part of the absorber (theta > 3 degrees)
    
    static Int_t    fgMaxZoom;          ///< Maximum Zoom for event display
    static Float_t  fgkTriggerTofLimit; ///< Particle above this threshold are discarded in trigger algorithm
    
    ClassDef(AliMUONConstants, 0) // MUON global constants 
};
	
#endif
Commit	Line	Data
f665c1ea	1	#ifndef ALIMUONCONSTANTS_H
	2	#define ALIMUONCONSTANTS_H
	3	/* Copyright(c) 1998-1999, ALICE Experiment at CERN, All rights reserved. *
	4	* See cxx source for full Copyright notice */
	5
24c9eaa0	6	/* $Id$*/
30178c30	7	// Revision of includes 07/05/2004
692de412	8	//
	9	/// \ingroup base
	10	/// \class AliMUONConstants
	11	/// \brief MUON global constants
f665c1ea	12
f665c1ea	13	#include <TObject.h>
f665c1ea	14
	15	class AliMUONConstants : public TObject {
	16	public:
d59274fa	17	/// Return number of chambers
f665c1ea	18	static Int_t NCh() {return fgNCh;}
d59274fa	19	/// Return number of tracking chambers
f665c1ea	20	static Int_t NTrackingCh() {return fgNTrackingCh;}
de2cd600	21	/// Return number of tracking stations
de2cd600	22	static Int_t NTrackingSt() {return fgNTrackingSt;}
d59274fa	23	/// Return number of trigger chambers
f665c1ea	24	static Int_t NTriggerCh() {return fgNTriggerCh;}
d59274fa	25	/// Return number of trigger circuits
f665c1ea	26	static Int_t NTriggerCircuit() {return fgNTriggerCircuit;}
d59274fa	27	/// Return number of detection element
edb96c6a	28	static Int_t NDetElem() {return fgNDetElem;}
573dc4ee	29	/// Return number of geometry modules
573dc4ee	30	static Int_t NGeomModules() {return fgNGeomModules;}
d59274fa	31	/// Return position of chamber i
f665c1ea	32	static Float_t DefaultChamberZ(Int_t i) {return fgDefaultChamberZ[i];}
d59274fa	33	/// Return ratio between trigger chambers
43adb63d	34	static Float_t DefaultRatioTriggerChamber(Int_t i) {return fgDefaultRatioTriggerChamber[i];}
d59274fa	35	/// Return Inclination with respect the vertical axis of stations 345
	36	static Float_t St345Inclination() {return fgSt345inclination;}
	37	/// Return pointer to array of positions
	38	static Float_t* DefaultChamberZ() {return fgDefaultChamberZ;}
	39	/// Return chamber i inner diameter
	40	static Float_t Dmin(Int_t i) {return fgDmin[i];}
	41	/// Return chamber i inner radius
	42	static Float_t Rmin(Int_t i) {return Dmin(i)/2.0;}
	43	/// Return chamber i outer diameter
	44	static Float_t Dmax(Int_t i) {return fgDmax[i];}
	45	/// Return chamber i outer radius
	46	static Float_t Rmax(Int_t i) {return Dmax(i)/2.0;}
	47	/// Return maximum zoom for event display
	48	static Int_t MaxZoom() {return fgMaxZoom;}
	49	/// Return half-distance between two half-chambers
	50	static Float_t DzCh() {return fgDzCh;}
	51	/// Return half-distance between two slats
	52	static Float_t DzSlat() {return fgDzSlat;}
	53	/// Return chamber number according z position of hit.
29fc2c86	54	static Int_t ChamberNumber(Float_t z);
d59274fa	55	/// Return SqrtKx3 for Slat
	56	static Float_t SqrtKx3() {return fgSqrtKx3;}
	57	/// Return SqrtKy3 for Slat
	58	static Float_t SqrtKy3() {return fgSqrtKy3;}
	59	/// Return SqrtKx3 for Station 1 & 2
	60	static Float_t SqrtKx3St1() {return fgSqrtKx3St1;}
	61	/// Return SqrtKy3 for Station 1 & 2
	62	static Float_t SqrtKy3St1() {return fgSqrtKy3St1;}
	63	/// Return charge correlation (needed for response and for cluster finder !?)
	64	static Float_t ChargeCorrel() {return fgChargeCorrel;}
	65	/// Return charge correlation for Station 1 & 2 (needed for response and for cluster finder !?)
	66	static Float_t ChargeCorrelSt1() {return fgChargeCorrelSt1;}
	67	/// Return wire pitch
1c334adf	68	static Float_t Pitch() {return fgPitch;}
d59274fa	69	/// Return wire pitch for Station 1 & 2
1c334adf	70	static Float_t PitchSt1() {return fgPitchSt1;}
208f139e	71	/// Return coil z-position
	72	static Double_t CoilZ() {return fgCoilZ;}
	73	/// Return coil lenght
	74	static Double_t CoilL() {return fgCoilL;}
	75	/// Return yoke z-position
	76	static Double_t YokeZ() {return fgYokeZ;}
	77	/// Return yoke lenght
	78	static Double_t YokeL() {return fgYokeL;}
	79	/// Return the z position of the end of the absorber
	80	static Double_t ZAbsorberEnd() {return fgZAbsorberEnd;}
	81	/// Return the number of elements making the absorber
	82	static Int_t NAbsorberElements() {return fgNAbsorberElements;}
	83	/// Return the z position of the element "iElement" making the absorber
	84	static Double_t ZAbsorberElement(Int_t iElement) {return ((iElement >= 0) && (iElement < fgNAbsorberElements)) ? fgZAbsorberElement[iElement] : 0.;}
	85	/// Return the radiation lenght of the element "iElement" making the inner part of the absorber
	86	static Double_t X0AbsorberIn(Int_t iElement) {return ((iElement >= 0) && (iElement < fgNAbsorberElements)) ? fgX0AbsorberIn[iElement] : -1.;}
	87	/// Return the radiation lenght of the element "iElement" making the outer part of the absorber
	88	static Double_t X0AbsorberOut(Int_t iElement) {return ((iElement >= 0) && (iElement < fgNAbsorberElements)) ? fgX0AbsorberOut[iElement] : -1.;}
de2cd600	89	/// Return chamber thickness in X0
208f139e	90	static Double_t ChamberThicknessInX0() {return fgChamberThicknessInX0;}
b717b957	91	/// Return Trigger ToF Limit (75 ns)
	92	static Float_t TriggerTofLimit() {return fgkTriggerTofLimit;}
	93
30178c30	94	protected:
5398f946	95	/// Default constructor
30178c30	96	AliMUONConstants() : TObject() {}
5398f946	97	/// Destructor
f665c1ea	98	virtual ~AliMUONConstants(){}
30178c30	99
f665c1ea	100	private:
d59274fa	101	static Int_t fgNCh; ///< Number of Chambers
d59274fa	102	static Int_t fgNTrackingCh; ///< Number of Tracking Chambers
de2cd600	103	static Int_t fgNTrackingSt; ///< Number of Tracking Stations
d59274fa	104	static Int_t fgNTriggerCh; ///< Number of Trigger Chambers
	105	static Int_t fgNTriggerCircuit; ///< Number of Trigger Circuits
	106	static Int_t fgNDetElem; ///< Number of Detection Elements.
573dc4ee	107	static Int_t fgNGeomModules; ///< Number of Geometry modules
d59274fa	108
208f139e	109	static Float_t fgDefaultChamberZ[14]; //!< Z-positions of chambers
	110	static Float_t fgDefaultRatioTriggerChamber[4]; ///< Ratio between trigger chambers
	111	static Float_t fgSt345inclination; //!< Inclination with respect the vertical axis of stations 345
	112	static Float_t fgDmin[7]; //!< Inner diameter
	113	static Float_t fgDmax[7]; //!< Outer diameter
d59274fa	114
	115	static Float_t fgDzCh; ///< Half-distance between two half-chambers
	116	static Float_t fgDzSlat; ///< Half-distance between two slat on the same chamber
	117	static Float_t fgSqrtKx3; ///< SqrtKx3 for St2 & Slat
	118	static Float_t fgSqrtKy3; ///< SqrtKy3 for St2 & Slat
	119	static Float_t fgSqrtKx3St1; ///< SqrtKx3 for Station 1
	120	static Float_t fgSqrtKy3St1; ///< SqrtKy3 for Station 1
7e4a628d	121
d59274fa	122	static Float_t fgChargeCorrel; ///< Charge correlation for St2 & Slats
d59274fa	123	static Float_t fgChargeCorrelSt1; ///< Charge correlation for Station 1
7e4a628d	124
d59274fa	125	static Float_t fgPitch; ///< Wire pitch for St2 & Slats
d59274fa	126	static Float_t fgPitchSt1; ///< Wire pitch for Station 1
e516b01d	127
208f139e	128	static Double_t fgChamberThicknessInX0; ///< default chamber thickness in X0 for reconstruction
de2cd600	129
208f139e	130	static Double_t fgCoilZ; ///< Coil z-position
	131	static Double_t fgCoilL; ///< Coil lenght
	132	static Double_t fgYokeZ; ///< Yoke z-position
	133	static Double_t fgYokeL; ///< Yoke lenght
	134
	135	static Double_t fgZAbsorberEnd; ///< Z position of the end of the absorber
	136	static Int_t fgNAbsorberElements; ///< Number of elements making the absorber
	137	static Double_t fgZAbsorberElement[5]; ///< Z positions of elements making the absorber
	138	static Double_t fgX0AbsorberIn[5]; ///< Radiation lenght of materials in the inner part of the absorber (theta > 3 degrees)
	139	static Double_t fgX0AbsorberOut[5]; ///< Radiation lenght of materials in the outer part of the absorber (theta > 3 degrees)
	140
	141	static Int_t fgMaxZoom; ///< Maximum Zoom for event display
	142	static Float_t fgkTriggerTofLimit; ///< Particle above this threshold are discarded in trigger algorithm
d59274fa	143
d59274fa	144	ClassDef(AliMUONConstants, 0) // MUON global constants
f665c1ea	145	};
	146
	147	#endif
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