*** Results log of t_apps_pblh_1 (APPS PBLH; default options) ***
./../tools/ropp_apps_pblh_tool    ../data/ropp_apps_pblh_test.nc  -o ropp_apps_pblh_test.nc  -d

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        ROPP Applications Planetary Boundary Layer Height Tool
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INFO (from ropp_apps_pblh_tool):  Processing file ../data/ropp_apps_pblh_test.nc
INFO (from ropp_apps_pblh_tool):  Processing profile    1 of      1
INFO (from ropp_apps_pblh_tool):  Occultation ID: OC_20130401000000_C006_U999_METO 

INFO (from ropp_apps_pblh_bangle):  Calculating bending-angle-based planetary boundary layer height 

... (from ropp_apps_pblh_bangle):    5 possible PBLHs found 

... (from ropp_apps_pblh_locate):  Calculating PBLH by interpolating lapse rate gradient
... (from ropp_apps_pblh_locate):  Calculating PBLH by interpolating lapse rate gradient
... (from ropp_apps_pblh_check_min_height):  Checking that the PBLH(s) is/are not too low
... (from ropp_apps_pblh_check_max_height):  Checking that the PBLH(s) is/are not too high
... (from ropp_apps_pblh_bangle):  Calculating PBLH geographical region
... (from ropp_apps_pblh_tool):  Bending-angle-based PBLH QC flag = 4352 ==> Diagnosed value OK ... Multiple PBLH ... Subtropical point ...
INFO (from ropp_apps_pblh_tool):  Bending-angle-based PBLH:   22.61358 mrad at    2.26868 km 

INFO (from ropp_apps_pblh_tool):  2nd Bending-angle-based PBLH:   13.19369 mrad at    3.21106 km 

INFO (from ropp_apps_pblh_refrac):  Calculating refractivity-based planetary boundary layer height 

... (from ropp_apps_pblh_refrac):    3 possible PBLHs found 

... (from ropp_apps_pblh_locate):  Calculating PBLH by interpolating lapse rate gradient
... (from ropp_apps_pblh_locate):  Calculating PBLH by interpolating lapse rate gradient
... (from ropp_apps_pblh_check_min_height):  Checking that the PBLH(s) is/are not too low
... (from ropp_apps_pblh_check_max_height):  Checking that the PBLH(s) is/are not too high
... (from ropp_apps_pblh_refrac):  Calculating PBLH geographical region
... (from ropp_apps_pblh_tool):  Refractivity-based PBLH QC flag = 4352 ==> Diagnosed value OK ... Multiple PBLH ... Subtropical point ...
INFO (from ropp_apps_pblh_tool):  Refractivity-based PBLH:  237.20441 N-unit at    2.06656 km 

INFO (from ropp_apps_pblh_tool):  2nd Refractivity-based PBLH:  195.56234 N-unit at    3.06110 km 

INFO (from ropp_apps_pblh_tdry):  Calculating dry-temperature-based planetary boundary layer height 

... (from ropp_apps_pblh_tdry):  No common non-missing dry temperatures and refractivity altitudes ... will try to calculate Tdry from refractivity 

... (from ropp_apps_calc_tdry):  Setting dT/dz =    0.00000 K/km, at z_top =   48.04221 km.

... (from ropp_apps_pblh_tdry):    3 possible PBLHs found 

... (from ropp_apps_pblh_locate):  Calculating PBLH by interpolating lapse rate gradient
... (from ropp_apps_pblh_locate):  Calculating PBLH by interpolating lapse rate gradient
... (from ropp_apps_pblh_check_min_height):  Checking that the PBLH(s) is/are not too low
... (from ropp_apps_pblh_check_max_height):  Checking that the PBLH(s) is/are not too high
... (from ropp_apps_pblh_tdry):  Calculating PBLH geographical region
... (from ropp_apps_pblh_tool):  Dry-temperature-based PBLH QC flag = 4352 ==> Diagnosed value OK ... Multiple PBLH ... Subtropical point ...
INFO (from ropp_apps_pblh_tool):  Dry-temperature-based PBLH:  266.90681 K at    2.12723 km 

INFO (from ropp_apps_pblh_tool):  2nd Dry-temperature-based PBLH:  282.44086 K at    3.07425 km 

INFO (from ropp_apps_pblh_temp):  Calculating temperature-based planetary boundary layer height 

... (from ropp_apps_pblh_temp):    3 possible PBLHs found 

... (from ropp_apps_pblh_locate):  Calculating PBLH by interpolating lapse rate gradient
... (from ropp_apps_pblh_locate):  Calculating PBLH by interpolating lapse rate gradient
... (from ropp_apps_pblh_check_min_height):  Checking that the PBLH(s) is/are not too low
... (from ropp_apps_pblh_check_max_height):  Checking that the PBLH(s) is/are not too high
... (from ropp_apps_pblh_temp):  Calculating PBLH geographical region
... (from ropp_apps_pblh_tool):  Temperature-based PBLH QC flag = 4352 ==> Diagnosed value OK ... Multiple PBLH ... Subtropical point ...
INFO (from ropp_apps_pblh_tool):  Temperature-based PBLH:  285.28327 K at    2.47977 km 

INFO (from ropp_apps_pblh_tool):  2nd Temperature-based PBLH:  291.72206 K at    0.74076 km 

INFO (from ropp_apps_pblh_shum):  Calculating specific-humidity-based planetary boundary layer height 

... (from ropp_apps_pblh_shum):    2 possible PBLHs found 

... (from ropp_apps_pblh_locate):  Calculating PBLH by interpolating lapse rate gradient
... (from ropp_apps_pblh_locate):  Calculating PBLH by interpolating lapse rate gradient
... (from ropp_apps_pblh_check_min_height):  Checking that the PBLH(s) is/are not too low
... (from ropp_apps_pblh_check_max_height):  Checking that the PBLH(s) is/are not too high
... (from ropp_apps_pblh_shum):  Calculating PBLH geographical region
... (from ropp_apps_pblh_tool):  Specific-humidity-based PBLH QC flag = 4224 ==> Diagnosed value OK ... Double PBLH ... Subtropical point ...
INFO (from ropp_apps_pblh_tool):  Specific-humidity-based PBLH:    4.25726 g/kg at    2.53279 km 

INFO (from ropp_apps_pblh_tool):  2nd Specific-humidity-based PBLH:   13.25463 g/kg at    0.61134 km 

INFO (from ropp_apps_pblh_rhum):  Calculating relative-humidity-based planetary boundary layer height 

... (from ropp_apps_pblh_rhum):    2 possible PBLHs found 

... (from ropp_apps_pblh_locate):  Calculating PBLH by interpolating lapse rate gradient
... (from ropp_apps_pblh_locate):  Calculating PBLH by interpolating lapse rate gradient
... (from ropp_apps_pblh_check_min_height):  Checking that the PBLH(s) is/are not too low
... (from ropp_apps_pblh_check_max_height):  Checking that the PBLH(s) is/are not too high
... (from ropp_apps_pblh_rhum):  Calculating PBLH geographical region
... (from ropp_apps_pblh_tool):  Relative-humidity-based PBLH QC flag = 4224 ==> Diagnosed value OK ... Double PBLH ... Subtropical point ...
INFO (from ropp_apps_pblh_tool):  Relative-humidity-based PBLH:   43.78830 % at    2.50998 km 

INFO (from ropp_apps_pblh_tool):  2nd Relative-humidity-based PBLH:   87.72390 % at    0.64027 km