defining oneFilt.nbLines!=0 when the lamb_trans vector is not initialized...

defining oneFilt.nbLines!=0 when the lamb_trans vector is not initialized seems like a bad idea, so this actually resizes and initializes it with dummy oneElLambda elements.

source/vector_flt.cpp

@@ -90,7 +90,7 @@ void write_output_filter  (ofstream & stfiltfile, ofstream & stfiltdoc, vector<f
      stfiltdoc << setw(10) << right << setprecision(4) << fcorr ;
      stfiltdoc << setw(8)  << right <<  (it->transtyp) ;
      stfiltdoc << setw(8)  << right <<  (it->calibtyp) ;
-     stfiltdoc << setw(8)  << right <<  (it->nbLines)  << endl;
+     stfiltdoc << setw(8)  << right <<  (it->lamb_trans.size())  << endl;
 
      //OUTPUT FILTER
      stfiltfile << "# " << (it->lamb_trans).size() << " " << it->name << " " << it->calibtyp << " " <<  ((it->id)+1) << endl;
@@ -148,9 +148,11 @@ vector<flt> read_doc_filters(const string filtFile, bool & Fexiste)
      flt oneFilt (0,"bidon",0,0);
 
      // read informations on this filter and fill the object flt
-     line_stream >> (oneFilt.name) >> (oneFilt.id) >> (oneFilt.lmean) >> (oneFilt.leff) >> (oneFilt.dwidth) >> (oneFilt.ab) >> (oneFilt.veg) >> (oneFilt.fcorr) >> (oneFilt.transtyp) >> (oneFilt.calibtyp) >> (oneFilt.nbLines) ;
+     int nbLines;
+     line_stream >> (oneFilt.name) >> (oneFilt.id) >> (oneFilt.lmean) >> (oneFilt.leff) >> (oneFilt.dwidth) >> (oneFilt.ab) >> (oneFilt.veg) >> (oneFilt.fcorr) >> (oneFilt.transtyp) >> (oneFilt.calibtyp) >> nbLines ;
 
      //store all filters in one vector
+     oneFilt.lamb_trans.resize(nbLines, oneElLambda(-999, -999, -999));
      allFilt.push_back(oneFilt);
 
     }