/*
 * PndLmdDigiPara.h*
 *  Created on: Jul 29, 2009
 *      Author: huagen
* this digitization parameter contains two kinds of the parameters for straight strip and curve strips
 */

#ifndef PNDLMDDIGIPARA_H_
#define PNDLMDDIGIPARA_H_

#include "TString.h"
#include "TVector2.h"
#include "FairParGenericSet.h"
#include "FairParamList.h"

//#include "FairGeanePro.h"

class PndLmdDigiPara : public FairParGenericSet
{
public:
	//constructors of PndLmdDigiPara
	PndLmdDigiPara(const char* name = "PndLmdDigiParameter",
			const char* title = "PndLmd Strip Digi Parameter",
			const char* context = "Pnd Lmd Digitization parameters");
	~PndLmdDigiPara(void) {}
	void clean(void){}
	void putParams(FairParamList* list);
	Bool_t getParams(FairParamList* list);

	void print();

	//public accessor
	Double_t GetCirclePitch()   const {return fCirclePitch;}
	Double_t GetLeftPitch()     const {return fLeftPitch;}
	Double_t GetRightPitch()    const {return fRightPitch;}
	Double_t GetRightOrient()   const {return fRightOrient;}
	Double_t GetLeftOrient()    const {return fLeftOrient;}
	TVector2 GetCircleAnchor()  const {return fCircleAnchor;}
	TVector2 GetRightAnchor()   const {return fRightAnchor;}
	TVector2 GetLeftAnchor()    const {return fLeftAnchor;}
	Int_t    GetNrFeChannels()  const {return fNrFeChannels;}
	Int_t    GetNrCircleFe()    const {return fNrCircleFe;}
	Int_t    GetNrRightFe()     const {return fNrRightFe;}
	Int_t    GetNrLeftFe()      const {return fNrLeftFe;}
	Double_t GetGausSigma()         const {return fSigma;}

	Double_t GetThreshold()     const {return fThreshold;}
	Double_t GetNoise()         const {return fNoise;}
	const char* GetSensType()   const {return fSensType.Data();}
	const char* GetFeType()     const {return fFeType.Data();}

	void SetCirclePitch(Double_t x)   {fCirclePitch = x;}
	void SetLeftPitch(Double_t x)     {fLeftPitch = x;}
	void SetRightPitch(Double_t x)    {fRightPitch = x;}
	void SetLeftOrient(Double_t x)    {fLeftOrient = x;}
	void SetRightOrient(Double_t x)   {fRightOrient = x;}
	void SetCircleAnchor(TVector2& x)  {fCircleAnchor = x;}
	void SetRightAnchor(TVector2& x)  {fRightAnchor = x;}
	void SetLeftAnchor(TVector2& x)   {fLeftAnchor = x;}
	void SetNrFeChannels(Int_t x)     {fNrFeChannels = x;}
	void SetNrCircleFe(Int_t x)       {fNrCircleFe = x;}
	void SetNrLeftFe(Int_t x)         {fNrLeftFe = x;}
	void SetNrRightFe(Int_t x)        {fNrRightFe = x;}
	void SetSensType(TString x)       {fSensType = x;}
	void SetFeType(TString x)         {fFeType = x;}
	void SetGausSigma(Double_t x)     {fSigma = x;}


private:

    Double_t fCirclePitch;    //the pitch if the strip is curved
	Double_t fRightPitch;     //the pitch of right segment when the strip is straight
    Double_t fLeftPitch;      //the pitch of the left segment when the strip is straight
    Double_t fRightOrient;    //the orient of right pitch
    Double_t fLeftOrient;     //the orient of the left pitch
    Double_t fCircleAnchorX;  // the anchor point of the circle
    Double_t fCircleAnchorY;
    Double_t fRightAnchorX;    //the anchor point of the right segment
    Double_t fRightAnchorY;
    Double_t fLeftAnchorX;     //the anchor point of the left segment
    Double_t fLeftAnchorY;
    TVector2 fCircleAnchor;    //anchor point of the center of circle
    TVector2 fRightAnchor;     //anchor point of right segment
    TVector2 fLeftAnchor;      //anchor point of left segment
    Int_t fNrFeChannels;      //the number of channels per FE
    Int_t fNrCircleFe;        //the FE number of Circle strips
    Int_t fNrLeftFe;              //the number of FE
    Int_t fNrRightFe;
    Double_t fThreshold;       //the threshold of the signal
    Double_t fNoise;           //the noise of the electronics
    Double_t fSigma;           //the sigma of gaussian distribution for charge diffusion parameters
    TString  fSensType;      //the type of sensor
    TString  fFeType;          //the type of FE

    ClassDef(PndLmdDigiPara,3);

};


#endif /* PNDLMDDIGIPARA_H_ */