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.

Do not use data.

• Second derivative of ambient temperature(temperature_second_deriv)
• Potential temperature(potential_temperature)
• The best estimate value of CCN_calc and CCN_ss(be_ccn_ss)
• Cloud condensation nuclei at supersaturation step 7(ccn_7)
• Cloud condensation nuclei at supersaturation step 5(ccn_5)
• Cloud condensation nuclei at supersaturation step 6(ccn_6)
• Cloud condensation nuclei at supersaturation step 3(ccn_3)
• Cloud condensation nuclei at supersaturation step 4(ccn_4)
• Cloud condensation nuclei at supersaturation step 1(ccn_1)
• Cloud condensation nuclei at supersaturation step 2(ccn_2)
• Random error in the aerosol extinction coefficient profile(ext_err)
• Standard Deviation of AOS CCN sample saturation setpoint value reported by
  instrument(CCN_ss_set_std_dev)
• Standard deviation of relative humidity observed by the Raman lidar over
  averaging period(rh_std_dev)
• AOS CCN sample saturation setpoint value reported by instrument(CCN_ss_set)
• Step in supersaturation cycle(ss_step)
• Water vapor mixing ratio observed by the Raman lidar(water_vapor_mixing_ratio_mean)
• AOS CCN sample supersaturation calculated by model)(CCN_ss_calc)
• Standard deviation of aerosol extinction coefficient(ext_std_dev)
• Air temperature(temperature_mean)
• Aerosol extinction coefficient that is corrected to dry conditions using
  vertical profile of relative humidity(ext_dry_mean)
• Relative humidity observed by the Raman lidar(rh_mean)
• Aerosol extinction coefficient(ext_mean)
• Height(height)
• AOS number concentration of CCN at supersaturation step 6(N_CCN_6)
• AOS number concentration of CCN at supersaturation step 7(N_CCN_7)
• Coefficients for 2 parameter fit of Bs_B_10um hygroscopic growth as a function
  of RH(fRH_Bs_B_10um_2p)
• AOS number concentration of CCN at supersaturation step 2(N_CCN_2)
• AOS number concentration of CCN at supersaturation step 3(N_CCN_3)
• AOS number concentration of CCN at supersaturation step 4(N_CCN_4)
• AOS number concentration of CCN at supersaturation step 5(N_CCN_5)
• Standard deviation of AOS CCN sample supersaturation calculated by model.(CCN_ss_calc_std_dev)
• AOS number concentration of CCN at supersaturation step 1(N_CCN_1)
• Average cloud base height used in the retrieval(cbh)
• Pressure(pressure_mean)

• AOS number concentration of CCN at supersaturation step 3(N_CCN_3)
• AOS number concentration of CCN at supersaturation step 2(N_CCN_2)
• AOS number concentration of CCN at supersaturation step 5(N_CCN_5)
• AOS number concentration of CCN at supersaturation step 4(N_CCN_4)
• Second derivative of ambient temperature(temperature_second_deriv)
• AOS number concentration of CCN at supersaturation step 1(N_CCN_1)
• AOS CCN sample saturation setpoint value reported by instrument(CCN_ss_set)
• AOS number concentration of CCN at supersaturation step 7(N_CCN_7)
• AOS number concentration of CCN at supersaturation step 6(N_CCN_6)
• Standard Deviation of AOS CCN sample saturation setpoint value reported by
  instrument(CCN_ss_set_std_dev)
• The best estimate value of CCN_calc and CCN_ss(be_ccn_ss)
• Height(height)
• Water vapor mixing ratio observed by the Raman lidar(water_vapor_mixing_ratio_mean)
• Step in supersaturation cycle(ss_step)
• Average cloud base height used in the retrieval(cbh)
• Aerosol extinction coefficient(ext_mean)
• Standard deviation of AOS CCN sample supersaturation calculated by model.(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)
• Standard deviation of relative humidity observed by the Raman lidar over
  averaging period(rh_std_dev)
• Random error in the aerosol extinction coefficient profile(ext_err)
• Cloud condensation nuclei at supersaturation step 5(ccn_5)
• Cloud condensation nuclei at supersaturation step 6(ccn_6)
• Cloud condensation nuclei at supersaturation step 7(ccn_7)
• Cloud condensation nuclei at supersaturation step 1(ccn_1)
• Cloud condensation nuclei at supersaturation step 2(ccn_2)
• Cloud condensation nuclei at supersaturation step 3(ccn_3)
• Cloud condensation nuclei at supersaturation step 4(ccn_4)
• Pressure(pressure_mean)
• Potential temperature(potential_temperature)
• AOS CCN sample supersaturation calculated by model)(CCN_ss_calc)
• Air temperature(temperature_mean)
• Aerosol extinction coefficient that is corrected to dry conditions using
  vertical profile of relative humidity(ext_dry_mean)
• Relative humidity observed by the Raman lidar(rh_mean)
• Standard deviation of aerosol extinction coefficient(ext_std_dev)