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 geyser by jvigh stormyear = 2006 stormname = alberto The .trak file for this storm is present in the raw data directory. ===================================================================================================================== The stormID for stormname = alberto and stormyear = 2006 is AL012006 The IBTrACS stormID for stormname = alberto and stormyear = 2006 and ATCF stormID = AL012006 is 2006161N20275 Plotting the storm relative trajectories for all flights. There are 37 good radial legs for this storm. Plotting the storm relative trajectories for iflight = 0 There are 37 good radial legs for this storm. Entering procedure plot_storm_relative_trajectories . . . iflight = 0 There are 11 radial legs to plot. Of these, 0 are good legs. procedure plot_storm_relative_trajectories: Now plotting: ir = 0 start index = 560 end_index = 690 npts = 130 procedure plot_storm_relative_trajectories: Now plotting: ir = 1 start index = 697 end_index = 703 npts = 6 procedure plot_storm_relative_trajectories: Now plotting: ir = 2 start index = 947 end_index = 963 npts = 16 procedure plot_storm_relative_trajectories: Now plotting: ir = 3 start index = 1008 end_index = 1053 npts = 45 procedure plot_storm_relative_trajectories: Now plotting: ir = 4 start index = 1638 end_index = 1816 npts = 178 procedure plot_storm_relative_trajectories: Now plotting: ir = 5 start index = 1831 end_index = 1874 npts = 43 procedure plot_storm_relative_trajectories: Now plotting: ir = 6 start index = 1877 end_index = 1976 npts = 99 procedure plot_storm_relative_trajectories: Now plotting: ir = 7 start index = 1990 end_index = 1994 npts = 4 procedure plot_storm_relative_trajectories: Now plotting: ir = 8 start index = 2020 end_index = 2049 npts = 29 procedure plot_storm_relative_trajectories: Now plotting: ir = 9 start index = 2066 end_index = 2076 npts = 10 procedure plot_storm_relative_trajectories: Now plotting: ir = 10 start index = 2113 end_index = 2136 npts = 23 Exiting procedure plot_storm_relative_trajectories . . . Plotting the storm relative trajectories for iflight = 1 There are 37 good radial legs for this storm. Entering procedure plot_storm_relative_trajectories . . . iflight = 1 There are 9 radial legs to plot. Of these, 6 are good legs. procedure plot_storm_relative_trajectories: Now plotting: ir = 11 start index = 3022 end_index = 3028 npts = 6 procedure plot_storm_relative_trajectories: Now plotting: ir = 12 start index = 3165 end_index = 3434 npts = 269 procedure plot_storm_relative_trajectories: Now plotting: ir = 13 start index = 3435 end_index = 3649 npts = 214 procedure plot_storm_relative_trajectories: Now plotting: ir = 14 start index = 3993 end_index = 4210 npts = 217 procedure plot_storm_relative_trajectories: Now plotting: ir = 15 start index = 4211 end_index = 4382 npts = 171 procedure plot_storm_relative_trajectories: Now plotting: ir = 16 start index = 5092 end_index = 5188 npts = 96 procedure plot_storm_relative_trajectories: Now plotting: ir = 17 start index = 5348 end_index = 5513 npts = 165 procedure plot_storm_relative_trajectories: Now plotting: ir = 18 start index = 5514 end_index = 5539 npts = 25 procedure plot_storm_relative_trajectories: Now plotting: ir = 19 start index = 5563 end_index = 5864 npts = 301 Exiting procedure plot_storm_relative_trajectories . . . Plotting the storm relative trajectories for iflight = 2 There are 37 good radial legs for this storm. Entering procedure plot_storm_relative_trajectories . . . iflight = 2 There are 12 radial legs to plot. Of these, 7 are good legs. procedure plot_storm_relative_trajectories: Now plotting: ir = 20 start index = 6265 end_index = 6326 npts = 61 procedure plot_storm_relative_trajectories: Now plotting: ir = 21 start index = 6391 end_index = 6619 npts = 228 procedure plot_storm_relative_trajectories: Now plotting: ir = 22 start index = 6620 end_index = 6754 npts = 134 procedure plot_storm_relative_trajectories: Now plotting: ir = 23 start index = 7106 end_index = 7271 npts = 165 procedure plot_storm_relative_trajectories: Now plotting: ir = 24 start index = 7282 end_index = 7351 npts = 69 procedure plot_storm_relative_trajectories: Now plotting: ir = 25 start index = 7354 end_index = 7387 npts = 33 procedure plot_storm_relative_trajectories: Now plotting: ir = 26 start index = 7388 end_index = 7401 npts = 13 procedure plot_storm_relative_trajectories: Now plotting: ir = 27 start index = 7430 end_index = 7532 npts = 102 procedure plot_storm_relative_trajectories: Now plotting: ir = 28 start index = 7853 end_index = 8131 npts = 278 procedure plot_storm_relative_trajectories: Now plotting: ir = 29 start index = 8132 end_index = 8341 npts = 209 procedure plot_storm_relative_trajectories: Now plotting: ir = 30 start index = 8463 end_index = 8590 npts = 127 procedure plot_storm_relative_trajectories: Now plotting: ir = 31 start index = 8591 end_index = 8950 npts = 359 Exiting procedure plot_storm_relative_trajectories . . . Plotting the storm relative trajectories for iflight = 3 There are 37 good radial legs for this storm. Entering procedure plot_storm_relative_trajectories . . . iflight = 3 There are 10 radial legs to plot. Of these, 7 are good legs. procedure plot_storm_relative_trajectories: Now plotting: ir = 32 start index = 9263 end_index = 9618 npts = 355 procedure plot_storm_relative_trajectories: Now plotting: ir = 33 start index = 9619 end_index = 9835 npts = 216 procedure plot_storm_relative_trajectories: Now plotting: ir = 34 start index = 10108 end_index = 10179 npts = 71 procedure plot_storm_relative_trajectories: Now plotting: ir = 35 start index = 10274 end_index = 10282 npts = 8 procedure plot_storm_relative_trajectories: Now plotting: ir = 36 start index = 10321 end_index = 10360 npts = 39 procedure plot_storm_relative_trajectories: Now plotting: ir = 37 start index = 10361 end_index = 10483 npts = 122 procedure plot_storm_relative_trajectories: Now plotting: ir = 38 start index = 10753 end_index = 10927 npts = 174 procedure plot_storm_relative_trajectories: Now plotting: ir = 39 start index = 10928 end_index = 11150 npts = 222 procedure plot_storm_relative_trajectories: Now plotting: ir = 40 start index = 11390 end_index = 11658 npts = 268 procedure plot_storm_relative_trajectories: Now plotting: ir = 41 start index = 11659 end_index = 11930 npts = 271 Exiting procedure plot_storm_relative_trajectories . . . Plotting the storm relative trajectories for iflight = 4 There are 37 good radial legs for this storm. Entering procedure plot_storm_relative_trajectories . . . iflight = 4 There are 10 radial legs to plot. Of these, 8 are good legs. procedure plot_storm_relative_trajectories: Now plotting: ir = 42 start index = 12275 end_index = 12595 npts = 320 procedure plot_storm_relative_trajectories: Now plotting: ir = 43 start index = 12596 end_index = 12785 npts = 189 procedure plot_storm_relative_trajectories: Now plotting: ir = 44 start index = 13032 end_index = 13166 npts = 134 procedure plot_storm_relative_trajectories: Now plotting: ir = 45 start index = 13241 end_index = 13303 npts = 62 procedure plot_storm_relative_trajectories: Now plotting: ir = 46 start index = 13304 end_index = 13491 npts = 187 procedure plot_storm_relative_trajectories: Now plotting: ir = 47 start index = 13776 end_index = 13971 npts = 195 procedure plot_storm_relative_trajectories: Now plotting: ir = 48 start index = 13972 end_index = 14136 npts = 164 procedure plot_storm_relative_trajectories: Now plotting: ir = 49 start index = 14318 end_index = 14528 npts = 210 procedure plot_storm_relative_trajectories: Now plotting: ir = 50 start index = 14529 end_index = 14549 npts = 20 procedure plot_storm_relative_trajectories: Now plotting: ir = 51 start index = 14567 end_index = 14658 npts = 91 Exiting procedure plot_storm_relative_trajectories . . . Plotting the storm relative trajectories for iflight = 5 There are 37 good radial legs for this storm. Entering procedure plot_storm_relative_trajectories . . . iflight = 5 There are 16 radial legs to plot. Of these, 9 are good legs. procedure plot_storm_relative_trajectories: Now plotting: ir = 52 start index = 15124 end_index = 15126 npts = 2 procedure plot_storm_relative_trajectories: Now plotting: ir = 53 start index = 15496 end_index = 15659 npts = 163 procedure plot_storm_relative_trajectories: Now plotting: ir = 54 start index = 15765 end_index = 15841 npts = 76 procedure plot_storm_relative_trajectories: Now plotting: ir = 55 start index = 15842 end_index = 15855 npts = 13 procedure plot_storm_relative_trajectories: Now plotting: ir = 56 start index = 15862 end_index = 15937 npts = 75 procedure plot_storm_relative_trajectories: Now plotting: ir = 57 start index = 15976 end_index = 15991 npts = 15 procedure plot_storm_relative_trajectories: Now plotting: ir = 58 start index = 16013 end_index = 16020 npts = 7 procedure plot_storm_relative_trajectories: Now plotting: ir = 59 start index = 16128 end_index = 16130 npts = 2 procedure plot_storm_relative_trajectories: Now plotting: ir = 60 start index = 16265 end_index = 16405 npts = 140 procedure plot_storm_relative_trajectories: Now plotting: ir = 61 start index = 16494 end_index = 16654 npts = 160 procedure plot_storm_relative_trajectories: Now plotting: ir = 62 start index = 16655 end_index = 16807 npts = 152 procedure plot_storm_relative_trajectories: Now plotting: ir = 63 start index = 16978 end_index = 17097 npts = 119 procedure plot_storm_relative_trajectories: Now plotting: ir = 64 start index = 17232 end_index = 17319 npts = 87 procedure plot_storm_relative_trajectories: Now plotting: ir = 65 start index = 17320 end_index = 17350 npts = 30 procedure plot_storm_relative_trajectories: Now plotting: ir = 66 start index = 17561 end_index = 17703 npts = 142 procedure plot_storm_relative_trajectories: Now plotting: ir = 67 start index = 17704 end_index = -9999 npts = -9999 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 = 20060610U1 good_leg_indices_to_plot = -9999 Not enough radial profiles to plot in this flight - skipping. kflight = 1 flightID = 20060611U1 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 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 = 20060611U2 good_leg_indices_to_plot = 6 good_leg_indices_to_plot = 7 good_leg_indices_to_plot = 8 good_leg_indices_to_plot = 9 good_leg_indices_to_plot = 10 good_leg_indices_to_plot = 11 good_leg_indices_to_plot = 12 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 = 20060612U1 good_leg_indices_to_plot = 13 good_leg_indices_to_plot = 14 good_leg_indices_to_plot = 15 good_leg_indices_to_plot = 16 good_leg_indices_to_plot = 17 good_leg_indices_to_plot = 18 good_leg_indices_to_plot = 19 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 = 20060612U2 good_leg_indices_to_plot = 20 good_leg_indices_to_plot = 21 good_leg_indices_to_plot = 22 good_leg_indices_to_plot = 23 good_leg_indices_to_plot = 24 good_leg_indices_to_plot = 25 good_leg_indices_to_plot = 26 good_leg_indices_to_plot = 27 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 = 5 flightID = 20060613U1 good_leg_indices_to_plot = 28 good_leg_indices_to_plot = 29 good_leg_indices_to_plot = 30 good_leg_indices_to_plot = 31 good_leg_indices_to_plot = 32 good_leg_indices_to_plot = 33 good_leg_indices_to_plot = 34 good_leg_indices_to_plot = 35 good_leg_indices_to_plot = 36 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 alberto (2006) ##### ------------------------------------------------------------------------------------------