PMNS_Base.cxx
//......................................................................
///
/// Set vector sizes and initialize elements to zero.
///
Set vector sizes and initialize elements to zero.
Set vector sizes and initialize elements to zero .
void PMNS_Base::InitializeVectors()
{
  fDm    = vector<double>(fNumNus, 0);
  fTheta = vector< vector<double> >(fNumNus, vector<double>(fNumNus,0));
  fDelta = vector< vector<double> >(fNumNus, vector<double>(fNumNus,0));
  fNuState = vector<complexD>(fNumNus, zero);
  fHms     = vector< vector<complexD> >(fNumNus, vector<complexD>(fNumNus,zero));
  fPhases = vector<complexD>(fNumNus, zero);
  fBuffer = vector<complexD>(fNumNus, zero);
  fEval = vector<double>(fNumNus, 0);
  fEvec = vector< vector<complexD> >(fNumNus, vector<complexD>(fNumNus,zero));
}
void PMNS_Base :: InitializeVectors ( ) { fDm = vector < double > ( fNumNus , 0 ) ; fTheta = vector < vector < double > > ( fNumNus , vector < double > ( fNumNus , 0 ) ) ; fDelta = vector < vector < double > > ( fNumNus , vector < double > ( fNumNus , 0 ) ) ; fNuState = vector < complexD > ( fNumNus , zero ) ; fHms = vector < vector < complexD > > ( fNumNus , vector < complexD > ( fNumNus , zero ) ) ; fPhases = vector < complexD > ( fNumNus , zero ) ; fBuffer = vector < complexD > ( fNumNus , zero ) ; fEval = vector < double > ( fNumNus , 0 ) ; fEvec = vector < vector < complexD > > ( fNumNus , vector < complexD > ( fNumNus , zero ) ) ; }
......................................................................
Set vector sizes and initialize elements to zero.
...................................................................... Set vector sizes and initialize elements to zero .