ortools/constraint_solver/routing_lp_scheduling.cc
glop::GlopParameters RoutingModel::GetGlopParametersForLocalLP() const {
  glop::GlopParameters parameters;
  parameters.set_use_dual_simplex(true);
  parameters.set_use_preprocessing(false);
  if (lp_scheduling_time_limit_seconds_ > 0) {
    parameters.set_max_time_in_seconds(lp_scheduling_time_limit_seconds_);
  }
  return parameters;
}
// The following sets of parameters give the fastest response time without
// impacting solutions found negatively.
// TODO(user): Adapt this time limit for every LP solve once the model has
// absolute limits.
The following sets of parameters give the fastest response time without
impacting solutions found negatively.
TODO(user): Adapt this time limit for every LP solve once the model has
absolute limits.
The following sets of parameters give the fastest response time without impacting solutions found negatively . TODO ( user ) : Adapt this time limit for every LP solve once the model has absolute limits .
glop::GlopParameters RoutingModel::GetGlopParametersForLocalLP() const {
  glop::GlopParameters parameters;
  parameters.set_use_dual_simplex(true);
  parameters.set_use_preprocessing(false);
  if (lp_scheduling_time_limit_seconds_ > 0) {
    parameters.set_max_time_in_seconds(lp_scheduling_time_limit_seconds_);
  }
  return parameters;
}
glop :: GlopParameters RoutingModel :: GetGlopParametersForLocalLP ( ) const { glop :: GlopParameters parameters ; parameters . set_use_dual_simplex ( true ) ; parameters . set_use_preprocessing ( false ) ; if ( lp_scheduling_time_limit_seconds_ > 0 ) { parameters . set_max_time_in_seconds ( lp_scheduling_time_limit_seconds_ ) ; } return parameters ; }
The following sets of parameters give the fastest response time without
impacting solutions found negatively.
The following sets of parameters give the fastest response time without impacting solutions found negatively .