   {
     if (
       SubClassName()!="ScalarView"
       && 
       SubClassName()!="VectorView"
       ) return;
 
     this->SetRange();
       
     if (state.vmin_set<state.vmax_set)
     {
       state.real_vmin=state.vmin_set;
       state.real_vmax=state.vmax_set;
     }
     else if (state.accumulate_range)
     {
       state.real_vmin=std::min(state.real_vmin,state.data_vmin);
       state.real_vmax=std::max(state.real_vmax,state.data_vmax);
     }
     else
     {
       state.real_vmin=state.data_vmin;
       state.real_vmax=state.data_vmax;
     }
     // cout << SubClassName() << endl;
     // cout << state.data_vmin << " " << state.data_vmax << endl;
     // cout << state.real_vmin << " " << state.real_vmax << endl << endl;
 
     arrow3dt->Identity();
     double scalefac=state.quiver_arrowscale_geometry*state.quiver_arrowscale_user/(state.real_vmax);
     arrow3dt->Scale(scalefac,scalefac,scalefac);
     arrow3dt->Modified();
     arrow2d->SetScale(scalefac);
     arrow2d->Modified();
 
     double lut_min=state.real_vmin;
     double lut_max=state.real_vmax;
 
     
     if (SubClassName()=="ScalarView")
     {
       surface_lut->SetTableRange(lut_min,lut_max);
       surface_lut->Modified();
       GenIsolevels();
     }
 
     if (SubClassName()=="VectorView")
     {
       quiver_lut->SetTableRange(lut_min,lut_max);
       quiver_lut->Modified();
 
       stream_lut->SetTableRange(lut_min,lut_max);
       stream_lut->Modified();
     }
 
 
 
     // contour_lut->SetTableRange(state.real_vmin,state.real_vmax);
     // contour_lut->Modified();
   }

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