Copyright (C) 1995-2017 - All Rights Reserved University Corporation for Atmospheric Research NCAR Command Language Version 6.4.0 The use of this software is governed by a License Agreement. See http://www.ncl.ucar.edu/ for more details. ===================================================================================================================== Running on caldera by jvigh stormyear = 2005 stormname = franklin The .trak file for this storm is present in the raw data directory. ===================================================================================================================== The stormID for stormname = franklin and stormyear = 2005 is AL062005 The IBTrACS stormID for stormname = franklin and stormyear = 2005 and ATCF stormID = AL062005 is 2005203N25285 Plotting the storm relative trajectories for all flights. There are 35 good radial legs for this storm. Plotting the storm relative trajectories for iflight = 0 There are 35 good radial legs for this storm. Entering procedure plot_storm_relative_trajectories . . . iflight = 0 There are 12 radial legs to plot. Of these, 9 are good legs. procedure plot_storm_relative_trajectories: Now plotting: ir = 0 start index = 1235 end_index = 1259 npts = 24 procedure plot_storm_relative_trajectories: Now plotting: ir = 1 start index = 1260 end_index = 1330 npts = 70 procedure plot_storm_relative_trajectories: Now plotting: ir = 2 start index = 1447 end_index = 1538 npts = 91 procedure plot_storm_relative_trajectories: Now plotting: ir = 3 start index = 1539 end_index = 1581 npts = 42 procedure plot_storm_relative_trajectories: Now plotting: ir = 4 start index = 1630 end_index = 1677 npts = 47 procedure plot_storm_relative_trajectories: Now plotting: ir = 5 start index = 1678 end_index = 1766 npts = 88 procedure plot_storm_relative_trajectories: Now plotting: ir = 6 start index = 1878 end_index = 1939 npts = 61 procedure plot_storm_relative_trajectories: Now plotting: ir = 7 start index = 1940 end_index = 1948 npts = 8 procedure plot_storm_relative_trajectories: Now plotting: ir = 8 start index = 1955 end_index = 2042 npts = 87 procedure plot_storm_relative_trajectories: Now plotting: ir = 9 start index = 2173 end_index = 2254 npts = 81 procedure plot_storm_relative_trajectories: Now plotting: ir = 10 start index = 2255 end_index = 2345 npts = 90 procedure plot_storm_relative_trajectories: Now plotting: ir = 11 start index = 2425 end_index = 2470 npts = 45 Exiting procedure plot_storm_relative_trajectories . . . Plotting the storm relative trajectories for iflight = 1 There are 35 good radial legs for this storm. Entering procedure plot_storm_relative_trajectories . . . iflight = 1 There are 10 radial legs to plot. Of these, 7 are good legs. procedure plot_storm_relative_trajectories: Now plotting: ir = 12 start index = 3923 end_index = 4332 npts = 409 procedure plot_storm_relative_trajectories: Now plotting: ir = 13 start index = 4333 end_index = 4543 npts = 210 procedure plot_storm_relative_trajectories: Now plotting: ir = 14 start index = 4895 end_index = 4962 npts = 67 procedure plot_storm_relative_trajectories: Now plotting: ir = 15 start index = 5057 end_index = 5095 npts = 38 procedure plot_storm_relative_trajectories: Now plotting: ir = 16 start index = 5096 end_index = 5299 npts = 203 procedure plot_storm_relative_trajectories: Now plotting: ir = 17 start index = 5326 end_index = 5388 npts = 62 procedure plot_storm_relative_trajectories: Now plotting: ir = 18 start index = 5507 end_index = 5589 npts = 82 procedure plot_storm_relative_trajectories: Now plotting: ir = 19 start index = 5590 end_index = 5729 npts = 139 procedure plot_storm_relative_trajectories: Now plotting: ir = 20 start index = 5916 end_index = 6076 npts = 160 procedure plot_storm_relative_trajectories: Now plotting: ir = 21 start index = 6077 end_index = 6356 npts = 279 Exiting procedure plot_storm_relative_trajectories . . . Plotting the storm relative trajectories for iflight = 2 There are 35 good radial legs for this storm. Entering procedure plot_storm_relative_trajectories . . . iflight = 2 There are 8 radial legs to plot. Of these, 8 are good legs. procedure plot_storm_relative_trajectories: Now plotting: ir = 22 start index = 7172 end_index = 7511 npts = 339 procedure plot_storm_relative_trajectories: Now plotting: ir = 23 start index = 7512 end_index = 7710 npts = 198 procedure plot_storm_relative_trajectories: Now plotting: ir = 24 start index = 7962 end_index = 8159 npts = 197 procedure plot_storm_relative_trajectories: Now plotting: ir = 25 start index = 8160 end_index = 8347 npts = 187 procedure plot_storm_relative_trajectories: Now plotting: ir = 26 start index = 8561 end_index = 8750 npts = 189 procedure plot_storm_relative_trajectories: Now plotting: ir = 27 start index = 8751 end_index = 8922 npts = 171 procedure plot_storm_relative_trajectories: Now plotting: ir = 28 start index = 9114 end_index = 9312 npts = 198 procedure plot_storm_relative_trajectories: Now plotting: ir = 29 start index = 9313 end_index = 9463 npts = 150 Exiting procedure plot_storm_relative_trajectories . . . Plotting the storm relative trajectories for iflight = 3 There are 35 good radial legs for this storm. Entering procedure plot_storm_relative_trajectories . . . iflight = 3 There are 11 radial legs to plot. Of these, 8 are good legs. procedure plot_storm_relative_trajectories: Now plotting: ir = 30 start index = 10563 end_index = 10604 npts = 41 procedure plot_storm_relative_trajectories: Now plotting: ir = 31 start index = 10725 end_index = 10962 npts = 237 procedure plot_storm_relative_trajectories: Now plotting: ir = 32 start index = 10963 end_index = 11145 npts = 182 procedure plot_storm_relative_trajectories: Now plotting: ir = 33 start index = 11387 end_index = 11477 npts = 90 procedure plot_storm_relative_trajectories: Now plotting: ir = 34 start index = 11496 end_index = 11592 npts = 96 procedure plot_storm_relative_trajectories: Now plotting: ir = 35 start index = 11593 end_index = 11789 npts = 196 procedure plot_storm_relative_trajectories: Now plotting: ir = 36 start index = 12035 end_index = 12135 npts = 100 procedure plot_storm_relative_trajectories: Now plotting: ir = 37 start index = 12192 end_index = 12262 npts = 70 procedure plot_storm_relative_trajectories: Now plotting: ir = 38 start index = 12263 end_index = 12404 npts = 141 procedure plot_storm_relative_trajectories: Now plotting: ir = 39 start index = 12650 end_index = 12885 npts = 235 procedure plot_storm_relative_trajectories: Now plotting: ir = 40 start index = 12886 end_index = 13190 npts = 304 Exiting procedure plot_storm_relative_trajectories . . . Plotting the storm relative trajectories for iflight = 4 There are 35 good radial legs for this storm. Entering procedure plot_storm_relative_trajectories . . . iflight = 4 There are 7 radial legs to plot. Of these, 3 are good legs. procedure plot_storm_relative_trajectories: Now plotting: ir = 41 start index = 14309 end_index = 14492 npts = 183 procedure plot_storm_relative_trajectories: Now plotting: ir = 42 start index = 14629 end_index = 14707 npts = 78 procedure plot_storm_relative_trajectories: Now plotting: ir = 43 start index = 14708 end_index = 14935 npts = 227 procedure plot_storm_relative_trajectories: Now plotting: ir = 44 start index = 15210 end_index = 15387 npts = 177 procedure plot_storm_relative_trajectories: Now plotting: ir = 45 start index = 15401 end_index = 15406 npts = 5 procedure plot_storm_relative_trajectories: Now plotting: ir = 46 start index = 15426 end_index = 15472 npts = 46 procedure plot_storm_relative_trajectories: Now plotting: ir = 47 start index = 15473 end_index = 15657 npts = 184 Exiting procedure plot_storm_relative_trajectories . . . Now generating a panel plot for: FL_vwind_earth_relative FL_vwind_storm_relative FL_uwind_earth_relative FL_uwind_storm_relative Entering procedure panel_radial_legs . . . FL_vwind_earth_relative FL_vwind_storm_relative FL_uwind_earth_relative FL_uwind_storm_relative Exiting procedure panel_radial_legs . . . Now generating a panel plot for: FL_wind_speed_earth_relative FL_wind_speed_storm_relative Entering procedure panel_radial_legs . . . FL_wind_speed_earth_relative FL_wind_speed_storm_relative Exiting procedure panel_radial_legs . . . Now generating a panel plot for: FL_wind_speed_storm_relative FL_vwind_storm_relative FL_uwind_storm_relative Entering procedure panel_radial_legs . . . FL_wind_speed_storm_relative FL_vwind_storm_relative FL_uwind_storm_relative Exiting procedure panel_radial_legs . . . Now generating a panel plot for: FL_wind_speed_earth_relative FL_vwind_earth_relative FL_uwind_earth_relative Entering procedure panel_radial_legs . . . FL_wind_speed_earth_relative FL_vwind_earth_relative FL_uwind_earth_relative Exiting procedure panel_radial_legs . . . Now generating a panel plot for: FL_wind_speed_earth_relative FL_temperature FL_pressure SLP Entering procedure panel_radial_legs . . . FL_wind_speed_earth_relative FL_temperature FL_pressure SLP Exiting procedure panel_radial_legs . . . kflight = 0 flightID = 20050721U1FRANKLIN good_leg_indices_to_plot = 0 good_leg_indices_to_plot = 1 good_leg_indices_to_plot = 2 good_leg_indices_to_plot = 3 good_leg_indices_to_plot = 4 good_leg_indices_to_plot = 5 good_leg_indices_to_plot = 6 good_leg_indices_to_plot = 7 good_leg_indices_to_plot = 8 Now generating a panel plot for: FL_vwind_earth_relative FL_vwind_storm_relative FL_uwind_earth_relative FL_uwind_storm_relative Entering procedure panel_radial_legs . . . FL_vwind_earth_relative FL_vwind_storm_relative FL_uwind_earth_relative FL_uwind_storm_relative Exiting procedure panel_radial_legs . . . Now generating a panel plot for: FL_wind_speed_earth_relative FL_wind_speed_storm_relative Entering procedure panel_radial_legs . . . FL_wind_speed_earth_relative FL_wind_speed_storm_relative Exiting procedure panel_radial_legs . . . Now generating a panel plot for: FL_wind_speed_storm_relative FL_vwind_storm_relative FL_uwind_storm_relative Entering procedure panel_radial_legs . . . FL_wind_speed_storm_relative FL_vwind_storm_relative FL_uwind_storm_relative Exiting procedure panel_radial_legs . . . Now generating a panel plot for: FL_wind_speed_earth_relative FL_vwind_earth_relative FL_uwind_earth_relative Entering procedure panel_radial_legs . . . FL_wind_speed_earth_relative FL_vwind_earth_relative FL_uwind_earth_relative Exiting procedure panel_radial_legs . . . Now generating a panel plot for: FL_wind_speed_earth_relative FL_temperature FL_pressure SLP Entering procedure panel_radial_legs . . . FL_wind_speed_earth_relative FL_temperature FL_pressure SLP Exiting procedure panel_radial_legs . . . kflight = 1 flightID = 20050722U1FRANKLIN good_leg_indices_to_plot = 9 good_leg_indices_to_plot = 10 good_leg_indices_to_plot = 11 good_leg_indices_to_plot = 12 good_leg_indices_to_plot = 13 good_leg_indices_to_plot = 14 good_leg_indices_to_plot = 15 Now generating a panel plot for: FL_vwind_earth_relative FL_vwind_storm_relative FL_uwind_earth_relative FL_uwind_storm_relative Entering procedure panel_radial_legs . . . FL_vwind_earth_relative FL_vwind_storm_relative FL_uwind_earth_relative FL_uwind_storm_relative Exiting procedure panel_radial_legs . . . Now generating a panel plot for: FL_wind_speed_earth_relative FL_wind_speed_storm_relative Entering procedure panel_radial_legs . . . FL_wind_speed_earth_relative FL_wind_speed_storm_relative Exiting procedure panel_radial_legs . . . Now generating a panel plot for: FL_wind_speed_storm_relative FL_vwind_storm_relative FL_uwind_storm_relative Entering procedure panel_radial_legs . . . FL_wind_speed_storm_relative FL_vwind_storm_relative FL_uwind_storm_relative Exiting procedure panel_radial_legs . . . Now generating a panel plot for: FL_wind_speed_earth_relative FL_vwind_earth_relative FL_uwind_earth_relative Entering procedure panel_radial_legs . . . FL_wind_speed_earth_relative FL_vwind_earth_relative FL_uwind_earth_relative Exiting procedure panel_radial_legs . . . Now generating a panel plot for: FL_wind_speed_earth_relative FL_temperature FL_pressure SLP Entering procedure panel_radial_legs . . . FL_wind_speed_earth_relative FL_temperature FL_pressure SLP Exiting procedure panel_radial_legs . . . kflight = 2 flightID = 20050722U2FRANKLIN good_leg_indices_to_plot = 16 good_leg_indices_to_plot = 17 good_leg_indices_to_plot = 18 good_leg_indices_to_plot = 19 good_leg_indices_to_plot = 20 good_leg_indices_to_plot = 21 good_leg_indices_to_plot = 22 good_leg_indices_to_plot = 23 Now generating a panel plot for: FL_vwind_earth_relative FL_vwind_storm_relative FL_uwind_earth_relative FL_uwind_storm_relative Entering procedure panel_radial_legs . . . FL_vwind_earth_relative FL_vwind_storm_relative FL_uwind_earth_relative FL_uwind_storm_relative Exiting procedure panel_radial_legs . . . Now generating a panel plot for: FL_wind_speed_earth_relative FL_wind_speed_storm_relative Entering procedure panel_radial_legs . . . FL_wind_speed_earth_relative FL_wind_speed_storm_relative Exiting procedure panel_radial_legs . . . Now generating a panel plot for: FL_wind_speed_storm_relative FL_vwind_storm_relative FL_uwind_storm_relative Entering procedure panel_radial_legs . . . FL_wind_speed_storm_relative FL_vwind_storm_relative FL_uwind_storm_relative Exiting procedure panel_radial_legs . . . Now generating a panel plot for: FL_wind_speed_earth_relative FL_vwind_earth_relative FL_uwind_earth_relative Entering procedure panel_radial_legs . . . FL_wind_speed_earth_relative FL_vwind_earth_relative FL_uwind_earth_relative Exiting procedure panel_radial_legs . . . Now generating a panel plot for: FL_wind_speed_earth_relative FL_temperature FL_pressure SLP Entering procedure panel_radial_legs . . . FL_wind_speed_earth_relative FL_temperature FL_pressure SLP Exiting procedure panel_radial_legs . . . kflight = 3 flightID = 20050723U1FRANKLIN good_leg_indices_to_plot = 24 good_leg_indices_to_plot = 25 good_leg_indices_to_plot = 26 good_leg_indices_to_plot = 27 good_leg_indices_to_plot = 28 good_leg_indices_to_plot = 29 good_leg_indices_to_plot = 30 good_leg_indices_to_plot = 31 Now generating a panel plot for: FL_vwind_earth_relative FL_vwind_storm_relative FL_uwind_earth_relative FL_uwind_storm_relative Entering procedure panel_radial_legs . . . FL_vwind_earth_relative FL_vwind_storm_relative FL_uwind_earth_relative FL_uwind_storm_relative Exiting procedure panel_radial_legs . . . Now generating a panel plot for: FL_wind_speed_earth_relative FL_wind_speed_storm_relative Entering procedure panel_radial_legs . . . FL_wind_speed_earth_relative FL_wind_speed_storm_relative Exiting procedure panel_radial_legs . . . Now generating a panel plot for: FL_wind_speed_storm_relative FL_vwind_storm_relative FL_uwind_storm_relative Entering procedure panel_radial_legs . . . FL_wind_speed_storm_relative FL_vwind_storm_relative FL_uwind_storm_relative Exiting procedure panel_radial_legs . . . Now generating a panel plot for: FL_wind_speed_earth_relative FL_vwind_earth_relative FL_uwind_earth_relative Entering procedure panel_radial_legs . . . FL_wind_speed_earth_relative FL_vwind_earth_relative FL_uwind_earth_relative Exiting procedure panel_radial_legs . . . Now generating a panel plot for: FL_wind_speed_earth_relative FL_temperature FL_pressure SLP Entering procedure panel_radial_legs . . . FL_wind_speed_earth_relative FL_temperature FL_pressure SLP Exiting procedure panel_radial_legs . . . kflight = 4 flightID = 20050725U2FRANKLIN good_leg_indices_to_plot = 32 good_leg_indices_to_plot = 33 good_leg_indices_to_plot = 34 Now generating a panel plot for: FL_vwind_earth_relative FL_vwind_storm_relative FL_uwind_earth_relative FL_uwind_storm_relative Entering procedure panel_radial_legs . . . FL_vwind_earth_relative FL_vwind_storm_relative FL_uwind_earth_relative FL_uwind_storm_relative Exiting procedure panel_radial_legs . . . Now generating a panel plot for: FL_wind_speed_earth_relative FL_wind_speed_storm_relative Entering procedure panel_radial_legs . . . FL_wind_speed_earth_relative FL_wind_speed_storm_relative Exiting procedure panel_radial_legs . . . Now generating a panel plot for: FL_wind_speed_storm_relative FL_vwind_storm_relative FL_uwind_storm_relative Entering procedure panel_radial_legs . . . FL_wind_speed_storm_relative FL_vwind_storm_relative FL_uwind_storm_relative Exiting procedure panel_radial_legs . . . Now generating a panel plot for: FL_wind_speed_earth_relative FL_vwind_earth_relative FL_uwind_earth_relative Entering procedure panel_radial_legs . . . FL_wind_speed_earth_relative FL_vwind_earth_relative FL_uwind_earth_relative Exiting procedure panel_radial_legs . . . Now generating a panel plot for: FL_wind_speed_earth_relative FL_temperature FL_pressure SLP Entering procedure panel_radial_legs . . . FL_wind_speed_earth_relative FL_temperature FL_pressure SLP Exiting procedure panel_radial_legs . . . ------------------------------------------------------------------------------------------ ##### radial_plotter.ncl has now completed for franklin (2005) ##### ------------------------------------------------------------------------------------------