flyopunta/src/src_dev62/devstraw.h

/***************************************************************************
 *   Copyright (C) 2005 by Giuseppe Pierazzini          Pisa 05.09.05      *
 *   pierazzini@unipi.it                                                   *
 *                                     F l y o                             *
 *   Epsi/NA48                                                             *
 ***************************************************************************/
#ifndef DEVSTRAW_H
#define DEVSTRAW_H

#include <devrtrt.h>

/***  attenzione definizione delle camere straw:
Vi sono due strawchamber prima del magnete e due dopo il magnete.
Ciascuna  strawchamber è definita da quattro piani (ordinati in  z)
detti comunemente u,v,x,y, per un totale 16 piani.

I puntatori ai piani di tipo device sono definiti in device.h come:
extern Device *St1y, *St1x, *St1v, *St1u, *St2y, *St2x, *St2v, *St2u;
extern Device *St3y, *St3x, *St3v, *St3u, *St4y, *St4x, *St4v, *St4u;



Nota: Il device tipo ha sempre i fili paralleli all'asse y è la coordinata del filo corre lungo x.
Ogni piano si ottiene dal device base traslandolo e ruotandolo di gradi 45(u), -45(v), 0(x),-90(y)
*/



struct Tubiparm
{
    int ntb,nt,bt,ntbc;
    int pianosav;
    double segno;
    double trailing, trailingsav,tlead,tlead0,totdrift,totdriftsav;

    Tubiparm() {
        Reset();
    }
    void Reset() {
        ntb=ntbc=nt=pianosav=0;
        segno=0.0;
        trailingsav=tlead=tlead0=totdrift=trailing=0.0;
        totdriftsav=1000.0;
    }

    int  FiloValida(int, int *flags, int *Tubo,double *T0, double *Ts);

};


class DevStraw : public DevRtRt
{
private:
// ------
public:
    DevStraw *upstraw,*nextstraw;
    Tubiparm  TbParm;
    DevStraw();
    ~DevStraw();
    int SimulaDev();
    int  Set_tubo(int nb,double DX,double hit_time,int *tubo,double *T0, double *Ts, double *Tmp,int *Tcc);
    void Set_tubi_errors(int itb, double *Ts, double *T0);
    int Mscatter ( Particella *, double ) ;
    void Prgeom();


    void Get_wire();

// informazioni per root
    int tubiseen,flag_pileup;
    int ntub1,tubo1[16],use_tubo1[16] ,toc_tubo1[16];
    int ntub2,tubo2[16],use_tubo2[16] ,toc_tubo2[16];
    int ntub3,tubo3[16],use_tubo3[16] ,toc_tubo3[16];
    int ntub4,tubo4[16],use_tubo4[16] ,toc_tubo4[16];
    double ts_tubo1[16],t0_tubo1[16],tmp_tubo1[16];
    double ts_tubo2[16],t0_tubo2[16],tmp_tubo2[16];
    double ts_tubo3[16],t0_tubo3[16],tmp_tubo3[16];
    double ts_tubo4[16],t0_tubo4[16],tmp_tubo4[16];

//
    int nwire;
    float Wirecoor[16],Wiredtim[16],Wiret0tim[16],Wiret0stim[16], Wiredtempo[16];  // coordinate del filo colpito....calcolo in simuladev.



};

// data  pointer
#if defined(MAIN)
DevStraw *FirstStraw=0;
// puntatori ai dati per il multiplescattering corretto.
double *StrTetPip=0;
double *StrTetElep=0;
double *StrTetMup=0;
double **StrProbPip=0;
double **StrProbElep=0;
double **StrProbMup=0;

DevStraw *St1x=0, *St1y=0, *St1u=0, *St1v=0, *St2x=0, *St2y=0, *St2u=0, *St2v=0;
DevStraw *St3x=0, *St3y=0, *St3u=0, *St3v=0, *St4x=0, *St4y=0, *St4u=0, *St4v=0;


#endif
#if !defined(MAIN)
extern DevStraw *FirstStraw;
extern double *StrTetPip;
extern double *StrTetElep;
extern double *StrTetMup;
extern double **StrProbPip;
extern double **StrProbElep;
extern double **StrProbMup;

extern DevStraw *St1x, *St1y, *St1u, *St1v, *St2x, *St2y, *St2u, *St2v;
extern DevStraw *St3x, *St3y, *St3u, *St3v, *St4x, *St4y, *St4u, *St4v;



#endif

#endif