MdcxSeg.cxx

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#include "MdcxReco/MdcxSeg.h"
 
MdcxSeg::MdcxSeg( MdcxFittedHel& hel, int p, int a ) : MdcxFittedHel( hel ) {
  pat = p;
  amb = a;
  //  c1=-0.686; c2=1.74;
  c1 = -0.77;
  c2 = 1.83;
  if ( ( pat == 0x2244 ) || ( pat == 0x4221 ) )
  {
    c1 = -1.13;
    c2 = 2.26;
  }
  if ( ( pat == 0x1244 ) || ( pat == 0x8421 ) || ( pat == 0x8221 ) )
  {
    c1 = -1.54;
    c2 = 2.84;
  }
  if ( ( pat == 0x2248 ) || ( pat == 0x8441 ) )
  {
    c1 = -2.06;
    c2 = 2.99;
  }
} // endof MdcxSeg
 
MdcxSeg::~MdcxSeg() {}
 
void MdcxSeg::printSeg() {
  std::cout << "sl " << SuperLayer() << " amb " << amb << " ";
  for ( int i = 0; i < Nhits(); i++ ) { XHitList()[i]->print( std::cout, i ); }
  std::cout << " chi2 " << Chisq() << std::endl;
}
 
void MdcxSeg::printSegAll() {
  std::cout << "MdcxSeg " << SuperLayer() << " : ";
  for ( int i = 0; i < Nhits(); i++ ) { XHitList()[i]->print( std::cout, i ); }
  std::cout << " pat " << Pat() << " amb " << amb << " d0 " << d0 << " phi0 " << phi0
            << " omega " << omega << " d0Sl " << D0_sl_approx() << " phi0Sl "
            << Phi0_sl_approx() << " xB " << Xline_bbrrf() << " yB " << Yline_bbrrf()
            << " xSl " << Xline_slope() << " ySl " << Yline_slope() << " x(y)ref " << Xref()
            << " " << Yref() << " origin " << Origin() << std::endl;
  std::cout << std::endl;
}