SGP/CCNPROF/C1 - Reprocess: Incorrect supersaturation stepping method

The method to handle stepping supersaturation is incorrect - values from different steps 
will be averaged together, the wrong samples will be removed from the average for 
stability reasons, and the resulting data is unusable and meaningless.

• CCN_ss_set
• CCN_ss_set_std_dev
• CCN_ss_calc_std_dev
• Coefficients for 2 parameter fit of Bs_B_10um hygroscopic growth as a function
  of RH(fRH_Bs_B_10um_2p)
• temperature_second_deriv
• be_ccn_ss
• rh_std_dev
• Surface pressure, domain mean(pressure_mean)
• ext_err
• Humidity, relative, at 2-m height, 1-min avg(rh_mean)
• Cloud droplet concentration number from summation of condensation nuclei counter
  size bins(N_CCN_1)
• AOS number concentration of CCN, second column(N_CCN_2)
• N_CCN_3
• N_CCN_4
• N_CCN_5
• N_CCN_6
• ss_step
• N_CCN_7
• Pressure, associated geometric height, at altitude, NGM model output(height)
• ext_std_dev
• ext_mean
• CCN_ss_calc
• Cloud base height(cbh)
• Cloud condensation nuclei at supersaturation step 6(ccn_6)
• Cloud condensation nuclei at supersaturation step 5(ccn_5)
• ext_dry_mean
• temperature_mean
• Cloud condensation nuclei at supersaturation step 7(ccn_7)
• Cloud condensation nuclei at supersaturation step 2(ccn_2)
• potential_temperature
• Cloud condensation nuclei at supersaturation step 1(ccn_1)
• water_vapor_mixing_ratio_mean
• Cloud condensation nuclei at supersaturation step 4(ccn_4)
• Cloud condensation nuclei at supersaturation step 3(ccn_3)