bmt_strip.h

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#ifndef bmt_strip_H
#define bmt_strip_H 1


#include <vector>
using namespace std;



class bmt_strip
{
    public:
  double pitchZ, pitchC; // pitch for Z and C detectors
        int Nsector;
        double Pi;

        double interlayer;       // distance between 2 layers of a superlayer
        vector<double> Z0;       // z of the upstream part of the layer
        vector<double> DZ;       // total z length of the layer
        vector<double> R;        // radii of layers
        vector<double> MidTile;  // mid angle of the sector
        vector<int> Nstrips;     // number of strips in each detector

        double hDrift;           // Size of the drift gap
        double hStrip2Det;       // distance between strips and the middle of the conversion gap (~half the drift gap)
        double sigma_td_max;     // maximum value of the transverse diffusion
        double sigma_td;         // current value of the transverse diffusion
        double theta_L;          // Lorentz angle (for Z detectors)
        double w_i;              // mean ionization potential
        int Nel;                 // number of electrons (Nt) for a given hit
        double z_real, phi_real; // z and phi of the hit after transverse diffusion

        double DZ_inLength;      // size of the band of dead zones all around in the length of the card
        double DZ_inWidth;       // size of the band of dead zones all around in the width of the card

        double x,y,z;            // z of the track is redefined in FindCard. Units are microns - input are millimiters 
        void fill_infos(); 
        vector<double> FindStrip( int layer, int sector, double x, double y, double z, double Edep);   // Strip Finding Routine
   
};

#endif