ААшВ 35 200 0.035 5200
ББвШ 40 200 0.055 5999

int    vectors::set_vec_geolvert ( std::vector<data_geolvert>& mrvec_geolvert, int& ri_verbose )
{
    try
    {
        ifstream    fi_geolvert ( F_GEOLVERT, C_IOS_IN | C_IOS_NOCREATE );
        if ( !fi_geolvert )
        {
            cout << "File " << F_GEOLVERT << " not found or such directory not created." << endl;
            throw vectors::ex_error();
        }

        mrvec_geolvert.clear();

        char    c_strtemp[128];
        int        i_num_tip_str = 0;
        int        i_nazv_ige = 0;
        double    d_otm_podoshvi_ige = 0.0;
        bool    b_its_geolvert;
        data_geolvert    Data_geolvert;
        data_geolvert_ige    Data_geolvert_ige;

        b_its_geolvert = false;
        while (!fi_geolvert.eof () )
        {
            fi_geolvert >> c_strtemp;
            if (fi_geolvert.eof () )
                break;
            if (c_strtemp[0] == '{')
            {
                b_its_geolvert = true;
                i_num_tip_str++;
                continue;
            }
            if (c_strtemp[0] == '}')
            {
                b_its_geolvert = false;
                continue;
            }

            if (b_its_geolvert)
            {
                i_nazv_ige = atoi (c_strtemp);

                fi_geolvert >> d_otm_podoshvi_ige;
                if (fi_geolvert.eof () )
                {
                    cout << "ERROR: in file " << F_GEOLVERT << endl;
                    throw vectors::ex_error ();
                }

                Data_geolvert_ige.set_num_ige ( i_nazv_ige );
                Data_geolvert_ige.set_otm_podoshvi_ige ( d_otm_podoshvi_ige );

                Data_geolvert.set_num_tip_str ( i_num_tip_str );
                Data_geolvert.getr_geolvert_ige ().push_back ( Data_geolvert_ige );

                mrvec_geolvert.push_back(Data_geolvert);
            }
        }
    }
    catch (vectors::ex_error) { return 1; }
    return 0;
}

// печать вектора показателей потери несущей способности сваи в файл F_STNLOSS

int    vectors::print_vec_stnloss (data_vecs&    rvecs)
{
    try
    {
        int        i_cycle1;
        ofstream    fo_stnloss (F_STNLOSS, ios::out);
        if (!fo_stnloss)
        {
            cout << "ERROR: Can't open file " << F_STNLOSS << endl;
            throw vectors::ex_error ();
        }
        for (i_cycle1 = 0; i_cycle1 < (int) rvecs.mvec_stnloss.size (); i_cycle1++)
        {
            fo_stnloss << rvecs.mvec_stnloss[i_cycle1].get_num_fe () << "\t" <<
                rvecs.mvec_stnloss[i_cycle1].get_stnloss () << endl;
        }
        fo_stnloss.close ();
    }
    catch (vectors::ex_error) {return 1;}
    return 0;
}