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 = 2005 stormname = wilma The .trak file for this storm is present in the raw data directory. ===================================================================================================================== The stormID for stormname = wilma and stormyear = 2005 is AL252005 The IBTrACS stormID for stormname = wilma and stormyear = 2005 and ATCF stormID = AL252005 is 2005289N18282 Plotting the storm relative trajectories for all flights. There are 130 good radial legs for this storm. Plotting the storm relative trajectories for iflight = 0 There are 130 good radial legs for this storm. Entering procedure plot_storm_relative_trajectories . . . iflight = 0 There are 8 radial legs to plot. Of these, 3 are good legs. procedure plot_storm_relative_trajectories: Now plotting: ir = 0 start index = 1585 end_index = 1608 npts = 23 procedure plot_storm_relative_trajectories: Now plotting: ir = 1 start index = 1609 end_index = 1721 npts = 112 procedure plot_storm_relative_trajectories: Now plotting: ir = 2 start index = 1804 end_index = 1809 npts = 5 procedure plot_storm_relative_trajectories: Now plotting: ir = 3 start index = 1957 end_index = 1993 npts = 36 procedure plot_storm_relative_trajectories: Now plotting: ir = 4 start index = 1994 end_index = 2096 npts = 102 procedure plot_storm_relative_trajectories: Now plotting: ir = 5 start index = 2158 end_index = 2200 npts = 42 procedure plot_storm_relative_trajectories: Now plotting: ir = 6 start index = 2234 end_index = 2265 npts = 31 procedure plot_storm_relative_trajectories: Now plotting: ir = 7 start index = 2266 end_index = 2381 npts = 115 Exiting procedure plot_storm_relative_trajectories . . . Plotting the storm relative trajectories for iflight = 1 There are 130 good radial legs for this storm. Entering procedure plot_storm_relative_trajectories . . . iflight = 1 There are 10 radial legs to plot. Of these, 4 are good legs. procedure plot_storm_relative_trajectories: Now plotting: ir = 8 start index = 5230 end_index = 5504 npts = 274 procedure plot_storm_relative_trajectories: Now plotting: ir = 9 start index = 5512 end_index = 5550 npts = 38 procedure plot_storm_relative_trajectories: Now plotting: ir = 10 start index = 5551 end_index = 5725 npts = 174 procedure plot_storm_relative_trajectories: Now plotting: ir = 11 start index = 5877 end_index = 5891 npts = 14 procedure plot_storm_relative_trajectories: Now plotting: ir = 12 start index = 5904 end_index = 5906 npts = 2 procedure plot_storm_relative_trajectories: Now plotting: ir = 13 start index = 5954 end_index = 6043 npts = 89 procedure plot_storm_relative_trajectories: Now plotting: ir = 14 start index = 6044 end_index = 6164 npts = 120 procedure plot_storm_relative_trajectories: Now plotting: ir = 15 start index = 6231 end_index = 6289 npts = 58 procedure plot_storm_relative_trajectories: Now plotting: ir = 16 start index = 6295 end_index = 6337 npts = 42 procedure plot_storm_relative_trajectories: Now plotting: ir = 17 start index = 6338 end_index = 6644 npts = 306 Exiting procedure plot_storm_relative_trajectories . . . Plotting the storm relative trajectories for iflight = 2 There are 130 good radial legs for this storm. Entering procedure plot_storm_relative_trajectories . . . iflight = 2 There are 5 radial legs to plot. Of these, 0 are good legs. procedure plot_storm_relative_trajectories: Now plotting: ir = 18 start index = 8618 end_index = 8796 npts = 178 procedure plot_storm_relative_trajectories: Now plotting: ir = 19 start index = 8807 end_index = 8849 npts = 42 procedure plot_storm_relative_trajectories: Now plotting: ir = 20 start index = 8856 end_index = 8863 npts = 7 procedure plot_storm_relative_trajectories: Now plotting: ir = 21 start index = 9333 end_index = 9369 npts = 36 procedure plot_storm_relative_trajectories: Now plotting: ir = 22 start index = 9619 end_index = 9631 npts = 12 Exiting procedure plot_storm_relative_trajectories . . . Plotting the storm relative trajectories for iflight = 3 There are 130 good radial legs for this storm. Entering procedure plot_storm_relative_trajectories . . . iflight = 3 There are 4 radial legs to plot. Of these, 4 are good legs. procedure plot_storm_relative_trajectories: Now plotting: ir = 23 start index = 12429 end_index = 12774 npts = 345 procedure plot_storm_relative_trajectories: Now plotting: ir = 24 start index = 12775 end_index = 12984 npts = 209 procedure plot_storm_relative_trajectories: Now plotting: ir = 25 start index = 13180 end_index = 13300 npts = 120 procedure plot_storm_relative_trajectories: Now plotting: ir = 26 start index = 13301 end_index = 13502 npts = 201 Exiting procedure plot_storm_relative_trajectories . . . Plotting the storm relative trajectories for iflight = 4 There are 130 good radial legs for this storm. Entering procedure plot_storm_relative_trajectories . . . iflight = 4 There are 7 radial legs to plot. Of these, 4 are good legs. procedure plot_storm_relative_trajectories: Now plotting: ir = 27 start index = 15806 end_index = 15900 npts = 94 procedure plot_storm_relative_trajectories: Now plotting: ir = 28 start index = 15996 end_index = 16020 npts = 24 procedure plot_storm_relative_trajectories: Now plotting: ir = 29 start index = 16059 end_index = 16085 npts = 26 procedure plot_storm_relative_trajectories: Now plotting: ir = 30 start index = 16093 end_index = 16194 npts = 101 procedure plot_storm_relative_trajectories: Now plotting: ir = 31 start index = 16195 end_index = 16408 npts = 213 procedure plot_storm_relative_trajectories: Now plotting: ir = 32 start index = 16632 end_index = 16833 npts = 201 procedure plot_storm_relative_trajectories: Now plotting: ir = 33 start index = 16834 end_index = 17027 npts = 193 Exiting procedure plot_storm_relative_trajectories . . . Plotting the storm relative trajectories for iflight = 5 There are 130 good radial legs for this storm. Entering procedure plot_storm_relative_trajectories . . . iflight = 5 There are 7 radial legs to plot. Of these, 6 are good legs. procedure plot_storm_relative_trajectories: Now plotting: ir = 34 start index = 18440 end_index = 18567 npts = 127 procedure plot_storm_relative_trajectories: Now plotting: ir = 35 start index = 18628 end_index = 18841 npts = 213 procedure plot_storm_relative_trajectories: Now plotting: ir = 36 start index = 18842 end_index = 19043 npts = 201 procedure plot_storm_relative_trajectories: Now plotting: ir = 37 start index = 19291 end_index = 19491 npts = 200 procedure plot_storm_relative_trajectories: Now plotting: ir = 38 start index = 19492 end_index = 19695 npts = 203 procedure plot_storm_relative_trajectories: Now plotting: ir = 39 start index = 19814 end_index = 20015 npts = 201 procedure plot_storm_relative_trajectories: Now plotting: ir = 40 start index = 20016 end_index = 20383 npts = 367 Exiting procedure plot_storm_relative_trajectories . . . Plotting the storm relative trajectories for iflight = 6 There are 130 good radial legs for this storm. Not enough radial profiles to plot in this flight - skipping. Plotting the storm relative trajectories for iflight = 7 There are 130 good radial legs for this storm. Entering procedure plot_storm_relative_trajectories . . . iflight = 7 There are 8 radial legs to plot. Of these, 5 are good legs. procedure plot_storm_relative_trajectories: Now plotting: ir = 41 start index = 22927 end_index = 22944 npts = 17 procedure plot_storm_relative_trajectories: Now plotting: ir = 42 start index = 22957 end_index = 23281 npts = 324 procedure plot_storm_relative_trajectories: Now plotting: ir = 43 start index = 23282 end_index = 23497 npts = 215 procedure plot_storm_relative_trajectories: Now plotting: ir = 44 start index = 23704 end_index = 23908 npts = 204 procedure plot_storm_relative_trajectories: Now plotting: ir = 45 start index = 23909 end_index = 23925 npts = 16 procedure plot_storm_relative_trajectories: Now plotting: ir = 46 start index = 23941 end_index = 23975 npts = 34 procedure plot_storm_relative_trajectories: Now plotting: ir = 47 start index = 24165 end_index = 24558 npts = 393 procedure plot_storm_relative_trajectories: Now plotting: ir = 48 start index = 24559 end_index = 24872 npts = 313 Exiting procedure plot_storm_relative_trajectories . . . Plotting the storm relative trajectories for iflight = 8 There are 130 good radial legs for this storm. Entering procedure plot_storm_relative_trajectories . . . iflight = 8 There are 10 radial legs to plot. Of these, 8 are good legs. procedure plot_storm_relative_trajectories: Now plotting: ir = 49 start index = 30791 end_index = 33637 npts = 2846 procedure plot_storm_relative_trajectories: Now plotting: ir = 50 start index = 33638 end_index = 35387 npts = 1749 procedure plot_storm_relative_trajectories: Now plotting: ir = 51 start index = 36636 end_index = 38334 npts = 1698 procedure plot_storm_relative_trajectories: Now plotting: ir = 52 start index = 38335 end_index = 38534 npts = 199 procedure plot_storm_relative_trajectories: Now plotting: ir = 53 start index = 38617 end_index = 40139 npts = 1522 procedure plot_storm_relative_trajectories: Now plotting: ir = 54 start index = 41843 end_index = 43296 npts = 1453 procedure plot_storm_relative_trajectories: Now plotting: ir = 55 start index = 43297 end_index = 44932 npts = 1635 procedure plot_storm_relative_trajectories: Now plotting: ir = 56 start index = 46791 end_index = 48405 npts = 1614 procedure plot_storm_relative_trajectories: Now plotting: ir = 57 start index = 48406 end_index = 48486 npts = 80 procedure plot_storm_relative_trajectories: Now plotting: ir = 58 start index = 48558 end_index = 51692 npts = 3134 Exiting procedure plot_storm_relative_trajectories . . . Plotting the storm relative trajectories for iflight = 9 There are 130 good radial legs for this storm. Entering procedure plot_storm_relative_trajectories . . . iflight = 9 There are 8 radial legs to plot. Of these, 8 are good legs. procedure plot_storm_relative_trajectories: Now plotting: ir = 59 start index = 57162 end_index = 57528 npts = 366 procedure plot_storm_relative_trajectories: Now plotting: ir = 60 start index = 57529 end_index = 57722 npts = 193 procedure plot_storm_relative_trajectories: Now plotting: ir = 61 start index = 57925 end_index = 58109 npts = 184 procedure plot_storm_relative_trajectories: Now plotting: ir = 62 start index = 58110 end_index = 58300 npts = 190 procedure plot_storm_relative_trajectories: Now plotting: ir = 63 start index = 58515 end_index = 58733 npts = 218 procedure plot_storm_relative_trajectories: Now plotting: ir = 64 start index = 58734 end_index = 58940 npts = 206 procedure plot_storm_relative_trajectories: Now plotting: ir = 65 start index = 59159 end_index = 59363 npts = 204 procedure plot_storm_relative_trajectories: Now plotting: ir = 66 start index = 59364 end_index = 59560 npts = 196 Exiting procedure plot_storm_relative_trajectories . . . Plotting the storm relative trajectories for iflight = 10 There are 130 good radial legs for this storm. Entering procedure plot_storm_relative_trajectories . . . iflight = 10 There are 11 radial legs to plot. Of these, 8 are good legs. procedure plot_storm_relative_trajectories: Now plotting: ir = 67 start index = 69868 end_index = 71081 npts = 1213 procedure plot_storm_relative_trajectories: Now plotting: ir = 68 start index = 71121 end_index = 72631 npts = 1510 procedure plot_storm_relative_trajectories: Now plotting: ir = 69 start index = 72674 end_index = 72770 npts = 96 procedure plot_storm_relative_trajectories: Now plotting: ir = 70 start index = 72771 end_index = 74489 npts = 1718 procedure plot_storm_relative_trajectories: Now plotting: ir = 71 start index = 76619 end_index = 78308 npts = 1689 procedure plot_storm_relative_trajectories: Now plotting: ir = 72 start index = 78309 end_index = 78520 npts = 211 procedure plot_storm_relative_trajectories: Now plotting: ir = 73 start index = 78605 end_index = 79966 npts = 1361 procedure plot_storm_relative_trajectories: Now plotting: ir = 74 start index = 81844 end_index = 83234 npts = 1390 procedure plot_storm_relative_trajectories: Now plotting: ir = 75 start index = 83235 end_index = 84934 npts = 1699 procedure plot_storm_relative_trajectories: Now plotting: ir = 76 start index = 86805 end_index = 88505 npts = 1700 procedure plot_storm_relative_trajectories: Now plotting: ir = 77 start index = 88506 end_index = 91636 npts = 3130 Exiting procedure plot_storm_relative_trajectories . . . Plotting the storm relative trajectories for iflight = 11 There are 130 good radial legs for this storm. Entering procedure plot_storm_relative_trajectories . . . iflight = 11 There are 10 radial legs to plot. Of these, 8 are good legs. procedure plot_storm_relative_trajectories: Now plotting: ir = 78 start index = 98255 end_index = 98289 npts = 34 procedure plot_storm_relative_trajectories: Now plotting: ir = 79 start index = 98457 end_index = 98657 npts = 200 procedure plot_storm_relative_trajectories: Now plotting: ir = 80 start index = 98658 end_index = 98711 npts = 53 procedure plot_storm_relative_trajectories: Now plotting: ir = 81 start index = 98868 end_index = 98871 npts = 3 procedure plot_storm_relative_trajectories: Now plotting: ir = 82 start index = 99075 end_index = 99270 npts = 195 procedure plot_storm_relative_trajectories: Now plotting: ir = 83 start index = 99271 end_index = 99461 npts = 190 procedure plot_storm_relative_trajectories: Now plotting: ir = 84 start index = 99663 end_index = 99852 npts = 189 procedure plot_storm_relative_trajectories: Now plotting: ir = 85 start index = 99853 end_index = 100055 npts = 202 procedure plot_storm_relative_trajectories: Now plotting: ir = 86 start index = 100305 end_index = 100508 npts = 203 procedure plot_storm_relative_trajectories: Now plotting: ir = 87 start index = 100509 end_index = 100861 npts = 352 Exiting procedure plot_storm_relative_trajectories . . . Plotting the storm relative trajectories for iflight = 12 There are 130 good radial legs for this storm. Entering procedure plot_storm_relative_trajectories . . . iflight = 12 There are 13 radial legs to plot. Of these, 10 are good legs. procedure plot_storm_relative_trajectories: Now plotting: ir = 88 start index = 105142 end_index = 108428 npts = 3286 procedure plot_storm_relative_trajectories: Now plotting: ir = 89 start index = 108429 end_index = 108667 npts = 238 procedure plot_storm_relative_trajectories: Now plotting: ir = 90 start index = 108728 end_index = 108966 npts = 238 procedure plot_storm_relative_trajectories: Now plotting: ir = 91 start index = 108967 end_index = 110512 npts = 1545 procedure plot_storm_relative_trajectories: Now plotting: ir = 92 start index = 112378 end_index = 113931 npts = 1553 procedure plot_storm_relative_trajectories: Now plotting: ir = 93 start index = 113932 end_index = 115459 npts = 1527 procedure plot_storm_relative_trajectories: Now plotting: ir = 94 start index = 117184 end_index = 118771 npts = 1587 procedure plot_storm_relative_trajectories: Now plotting: ir = 95 start index = 118772 end_index = 120139 npts = 1367 procedure plot_storm_relative_trajectories: Now plotting: ir = 96 start index = 121718 end_index = 123073 npts = 1355 procedure plot_storm_relative_trajectories: Now plotting: ir = 97 start index = 123074 end_index = 124576 npts = 1502 procedure plot_storm_relative_trajectories: Now plotting: ir = 98 start index = 126149 end_index = 127203 npts = 1054 procedure plot_storm_relative_trajectories: Now plotting: ir = 99 start index = 127204 end_index = 127290 npts = 86 procedure plot_storm_relative_trajectories: Now plotting: ir = 100 start index = 127360 end_index = 129381 npts = 2021 Exiting procedure plot_storm_relative_trajectories . . . Plotting the storm relative trajectories for iflight = 13 There are 130 good radial legs for this storm. Entering procedure plot_storm_relative_trajectories . . . iflight = 13 There are 16 radial legs to plot. Of these, 10 are good legs. procedure plot_storm_relative_trajectories: Now plotting: ir = 101 start index = 138499 end_index = 141788 npts = 3289 procedure plot_storm_relative_trajectories: Now plotting: ir = 102 start index = 141789 end_index = 142023 npts = 234 procedure plot_storm_relative_trajectories: Now plotting: ir = 103 start index = 142084 end_index = 142317 npts = 233 procedure plot_storm_relative_trajectories: Now plotting: ir = 104 start index = 142318 end_index = 142405 npts = 87 procedure plot_storm_relative_trajectories: Now plotting: ir = 105 start index = 142423 end_index = 143868 npts = 1445 procedure plot_storm_relative_trajectories: Now plotting: ir = 106 start index = 145734 end_index = 147284 npts = 1550 procedure plot_storm_relative_trajectories: Now plotting: ir = 107 start index = 147285 end_index = 148816 npts = 1531 procedure plot_storm_relative_trajectories: Now plotting: ir = 108 start index = 150540 end_index = 152057 npts = 1517 procedure plot_storm_relative_trajectories: Now plotting: ir = 109 start index = 152065 end_index = 152069 npts = 4 procedure plot_storm_relative_trajectories: Now plotting: ir = 110 start index = 152090 end_index = 152163 npts = 73 procedure plot_storm_relative_trajectories: Now plotting: ir = 111 start index = 152164 end_index = 153504 npts = 1340 procedure plot_storm_relative_trajectories: Now plotting: ir = 112 start index = 155084 end_index = 156421 npts = 1337 procedure plot_storm_relative_trajectories: Now plotting: ir = 113 start index = 156422 end_index = 157942 npts = 1520 procedure plot_storm_relative_trajectories: Now plotting: ir = 114 start index = 159514 end_index = 160521 npts = 1007 procedure plot_storm_relative_trajectories: Now plotting: ir = 115 start index = 160522 end_index = 160640 npts = 118 procedure plot_storm_relative_trajectories: Now plotting: ir = 116 start index = 160774 end_index = 161513 npts = 739 Exiting procedure plot_storm_relative_trajectories . . . Plotting the storm relative trajectories for iflight = 14 There are 130 good radial legs for this storm. Entering procedure plot_storm_relative_trajectories . . . iflight = 14 There are 6 radial legs to plot. Of these, 4 are good legs. procedure plot_storm_relative_trajectories: Now plotting: ir = 117 start index = 169450 end_index = 169872 npts = 422 procedure plot_storm_relative_trajectories: Now plotting: ir = 118 start index = 170157 end_index = 172779 npts = 2622 procedure plot_storm_relative_trajectories: Now plotting: ir = 119 start index = 172780 end_index = 173871 npts = 1091 procedure plot_storm_relative_trajectories: Now plotting: ir = 120 start index = 175790 end_index = 175832 npts = 42 procedure plot_storm_relative_trajectories: Now plotting: ir = 121 start index = 175910 end_index = 177872 npts = 1962 procedure plot_storm_relative_trajectories: Now plotting: ir = 122 start index = 177873 end_index = 178513 npts = 640 Exiting procedure plot_storm_relative_trajectories . . . Plotting the storm relative trajectories for iflight = 15 There are 130 good radial legs for this storm. Entering procedure plot_storm_relative_trajectories . . . iflight = 15 There are 13 radial legs to plot. Of these, 9 are good legs. procedure plot_storm_relative_trajectories: Now plotting: ir = 123 start index = 184121 end_index = 184205 npts = 84 procedure plot_storm_relative_trajectories: Now plotting: ir = 124 start index = 184249 end_index = 184456 npts = 207 procedure plot_storm_relative_trajectories: Now plotting: ir = 125 start index = 184457 end_index = 184646 npts = 189 procedure plot_storm_relative_trajectories: Now plotting: ir = 126 start index = 184856 end_index = 185043 npts = 187 procedure plot_storm_relative_trajectories: Now plotting: ir = 127 start index = 185044 end_index = 185088 npts = 44 procedure plot_storm_relative_trajectories: Now plotting: ir = 128 start index = 185249 end_index = 185398 npts = 149 procedure plot_storm_relative_trajectories: Now plotting: ir = 129 start index = 185399 end_index = 185584 npts = 185 procedure plot_storm_relative_trajectories: Now plotting: ir = 130 start index = 185677 end_index = 185811 npts = 134 procedure plot_storm_relative_trajectories: Now plotting: ir = 131 start index = 185812 end_index = 186000 npts = 188 procedure plot_storm_relative_trajectories: Now plotting: ir = 132 start index = 186232 end_index = 186285 npts = 53 procedure plot_storm_relative_trajectories: Now plotting: ir = 133 start index = 186290 end_index = 186295 npts = 5 procedure plot_storm_relative_trajectories: Now plotting: ir = 134 start index = 186322 end_index = 186324 npts = 2 procedure plot_storm_relative_trajectories: Now plotting: ir = 135 start index = 186463 end_index = 186637 npts = 174 Exiting procedure plot_storm_relative_trajectories . . . Plotting the storm relative trajectories for iflight = 16 There are 130 good radial legs for this storm. Entering procedure plot_storm_relative_trajectories . . . iflight = 16 There are 12 radial legs to plot. Of these, 10 are good legs. procedure plot_storm_relative_trajectories: Now plotting: ir = 136 start index = 187838 end_index = 187842 npts = 4 procedure plot_storm_relative_trajectories: Now plotting: ir = 137 start index = 187865 end_index = 187884 npts = 19 procedure plot_storm_relative_trajectories: Now plotting: ir = 138 start index = 187969 end_index = 188190 npts = 221 procedure plot_storm_relative_trajectories: Now plotting: ir = 139 start index = 188191 end_index = 188307 npts = 116 procedure plot_storm_relative_trajectories: Now plotting: ir = 140 start index = 188531 end_index = 188765 npts = 234 procedure plot_storm_relative_trajectories: Now plotting: ir = 141 start index = 188766 end_index = 188925 npts = 159 procedure plot_storm_relative_trajectories: Now plotting: ir = 142 start index = 189099 end_index = 189221 npts = 122 procedure plot_storm_relative_trajectories: Now plotting: ir = 143 start index = 189222 end_index = 189408 npts = 186 procedure plot_storm_relative_trajectories: Now plotting: ir = 144 start index = 189554 end_index = 189675 npts = 121 procedure plot_storm_relative_trajectories: Now plotting: ir = 145 start index = 189676 end_index = 189866 npts = 190 procedure plot_storm_relative_trajectories: Now plotting: ir = 146 start index = 189987 end_index = 190186 npts = 199 procedure plot_storm_relative_trajectories: Now plotting: ir = 147 start index = 190187 end_index = 190512 npts = 325 Exiting procedure plot_storm_relative_trajectories . . . Plotting the storm relative trajectories for iflight = 17 There are 130 good radial legs for this storm. Entering procedure plot_storm_relative_trajectories . . . iflight = 17 There are 11 radial legs to plot. Of these, 11 are good legs. procedure plot_storm_relative_trajectories: Now plotting: ir = 148 start index = 191485 end_index = 191805 npts = 320 procedure plot_storm_relative_trajectories: Now plotting: ir = 149 start index = 191806 end_index = 191970 npts = 164 procedure plot_storm_relative_trajectories: Now plotting: ir = 150 start index = 192186 end_index = 192398 npts = 212 procedure plot_storm_relative_trajectories: Now plotting: ir = 151 start index = 192399 end_index = 192595 npts = 196 procedure plot_storm_relative_trajectories: Now plotting: ir = 152 start index = 192815 end_index = 192959 npts = 144 procedure plot_storm_relative_trajectories: Now plotting: ir = 153 start index = 192960 end_index = 193152 npts = 192 procedure plot_storm_relative_trajectories: Now plotting: ir = 154 start index = 193344 end_index = 193528 npts = 184 procedure plot_storm_relative_trajectories: Now plotting: ir = 155 start index = 193529 end_index = 193696 npts = 167 procedure plot_storm_relative_trajectories: Now plotting: ir = 156 start index = 193890 end_index = 194081 npts = 191 procedure plot_storm_relative_trajectories: Now plotting: ir = 157 start index = 194082 end_index = 194280 npts = 198 procedure plot_storm_relative_trajectories: Now plotting: ir = 158 start index = 194474 end_index = 194645 npts = 171 Exiting procedure plot_storm_relative_trajectories . . . Plotting the storm relative trajectories for iflight = 18 There are 130 good radial legs for this storm. Entering procedure plot_storm_relative_trajectories . . . iflight = 18 There are 6 radial legs to plot. Of these, 4 are good legs. procedure plot_storm_relative_trajectories: Now plotting: ir = 159 start index = 197999 end_index = 198421 npts = 422 procedure plot_storm_relative_trajectories: Now plotting: ir = 160 start index = 198706 end_index = 201312 npts = 2606 procedure plot_storm_relative_trajectories: Now plotting: ir = 161 start index = 201313 end_index = 202421 npts = 1108 procedure plot_storm_relative_trajectories: Now plotting: ir = 162 start index = 204339 end_index = 204381 npts = 42 procedure plot_storm_relative_trajectories: Now plotting: ir = 163 start index = 204459 end_index = 206424 npts = 1965 procedure plot_storm_relative_trajectories: Now plotting: ir = 164 start index = 206425 end_index = 207060 npts = 635 Exiting procedure plot_storm_relative_trajectories . . . Plotting the storm relative trajectories for iflight = 19 There are 130 good radial legs for this storm. Entering procedure plot_storm_relative_trajectories . . . iflight = 19 There are 8 radial legs to plot. Of these, 6 are good legs. procedure plot_storm_relative_trajectories: Now plotting: ir = 165 start index = 213090 end_index = 213397 npts = 307 procedure plot_storm_relative_trajectories: Now plotting: ir = 166 start index = 213398 end_index = 213497 npts = 99 procedure plot_storm_relative_trajectories: Now plotting: ir = 167 start index = 213584 end_index = 213586 npts = 2 procedure plot_storm_relative_trajectories: Now plotting: ir = 168 start index = 213712 end_index = 213788 npts = 76 procedure plot_storm_relative_trajectories: Now plotting: ir = 169 start index = 213900 end_index = 213906 npts = 6 procedure plot_storm_relative_trajectories: Now plotting: ir = 170 start index = 214023 end_index = 214157 npts = 134 procedure plot_storm_relative_trajectories: Now plotting: ir = 171 start index = 214236 end_index = 214278 npts = 42 procedure plot_storm_relative_trajectories: Now plotting: ir = 172 start index = 214279 end_index = 214420 npts = 141 Exiting procedure plot_storm_relative_trajectories . . . Plotting the storm relative trajectories for iflight = 20 There are 130 good radial legs for this storm. Entering procedure plot_storm_relative_trajectories . . . iflight = 20 There are 14 radial legs to plot. Of these, 8 are good legs. procedure plot_storm_relative_trajectories: Now plotting: ir = 173 start index = 215360 end_index = 215614 npts = 254 procedure plot_storm_relative_trajectories: Now plotting: ir = 174 start index = 215620 end_index = 215662 npts = 42 procedure plot_storm_relative_trajectories: Now plotting: ir = 175 start index = 215672 end_index = 215715 npts = 43 procedure plot_storm_relative_trajectories: Now plotting: ir = 176 start index = 215716 end_index = 215734 npts = 18 procedure plot_storm_relative_trajectories: Now plotting: ir = 177 start index = 215750 end_index = 215976 npts = 226 procedure plot_storm_relative_trajectories: Now plotting: ir = 178 start index = 216239 end_index = 216431 npts = 192 procedure plot_storm_relative_trajectories: Now plotting: ir = 179 start index = 216432 end_index = 216502 npts = 70 procedure plot_storm_relative_trajectories: Now plotting: ir = 180 start index = 216665 end_index = 216683 npts = 18 procedure plot_storm_relative_trajectories: Now plotting: ir = 181 start index = 216941 end_index = 217145 npts = 204 procedure plot_storm_relative_trajectories: Now plotting: ir = 182 start index = 217146 end_index = 217185 npts = 39 procedure plot_storm_relative_trajectories: Now plotting: ir = 183 start index = 217459 end_index = 217641 npts = 182 procedure plot_storm_relative_trajectories: Now plotting: ir = 184 start index = 217642 end_index = 217859 npts = 217 procedure plot_storm_relative_trajectories: Now plotting: ir = 185 start index = 217944 end_index = 218078 npts = 134 procedure plot_storm_relative_trajectories: Now plotting: ir = 186 start index = 218079 end_index = 218219 npts = 140 Exiting procedure plot_storm_relative_trajectories . . . Plotting the storm relative trajectories for iflight = 21 There are 130 good radial legs for this storm. Not enough radial profiles to plot in this flight - skipping. 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 = 20051015U1WILMA good_leg_indices_to_plot = 0 good_leg_indices_to_plot = 1 good_leg_indices_to_plot = 2 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 = 20051016U1WILMA good_leg_indices_to_plot = 3 good_leg_indices_to_plot = 4 good_leg_indices_to_plot = 5 good_leg_indices_to_plot = 6 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 = 20051016U2WILMA good_leg_indices_to_plot = -9999 Not enough radial profiles to plot in this flight - skipping. kflight = 3 flightID = 20051017U1WILMA good_leg_indices_to_plot = 7 good_leg_indices_to_plot = 8 good_leg_indices_to_plot = 9 good_leg_indices_to_plot = 10 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 = 20051017U2WILMA good_leg_indices_to_plot = 11 good_leg_indices_to_plot = 12 good_leg_indices_to_plot = 13 good_leg_indices_to_plot = 14 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 = 20051018U1WILMA 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 good_leg_indices_to_plot = 20 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 = 6 flightID = 20051019U1WILMA good_leg_indices_to_plot = -9999 Not enough radial profiles to plot in this flight - skipping. kflight = 7 flightID = 20051019U2WILMA 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 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 = 8 flightID = 20051020H1 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 good_leg_indices_to_plot = 32 good_leg_indices_to_plot = 33 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 = 9 flightID = 20051020U1WILMA good_leg_indices_to_plot = 34 good_leg_indices_to_plot = 35 good_leg_indices_to_plot = 36 good_leg_indices_to_plot = 37 good_leg_indices_to_plot = 38 good_leg_indices_to_plot = 39 good_leg_indices_to_plot = 40 good_leg_indices_to_plot = 41 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 = 10 flightID = 20051020h1 good_leg_indices_to_plot = 42 good_leg_indices_to_plot = 43 good_leg_indices_to_plot = 44 good_leg_indices_to_plot = 45 good_leg_indices_to_plot = 46 good_leg_indices_to_plot = 47 good_leg_indices_to_plot = 48 good_leg_indices_to_plot = 49 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 = 11 flightID = 20051021U1WILMA good_leg_indices_to_plot = 50 good_leg_indices_to_plot = 51 good_leg_indices_to_plot = 52 good_leg_indices_to_plot = 53 good_leg_indices_to_plot = 54 good_leg_indices_to_plot = 55 good_leg_indices_to_plot = 56 good_leg_indices_to_plot = 57 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 = 12 flightID = 20051022H1 good_leg_indices_to_plot = 58 good_leg_indices_to_plot = 59 good_leg_indices_to_plot = 60 good_leg_indices_to_plot = 61 good_leg_indices_to_plot = 62 good_leg_indices_to_plot = 63 good_leg_indices_to_plot = 64 good_leg_indices_to_plot = 65 good_leg_indices_to_plot = 66 good_leg_indices_to_plot = 67 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 = 13 flightID = 20051022h1 good_leg_indices_to_plot = 68 good_leg_indices_to_plot = 69 good_leg_indices_to_plot = 70 good_leg_indices_to_plot = 71 good_leg_indices_to_plot = 72 good_leg_indices_to_plot = 73 good_leg_indices_to_plot = 74 good_leg_indices_to_plot = 75 good_leg_indices_to_plot = 76 good_leg_indices_to_plot = 77 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 = 14 flightID = 20051023H1 good_leg_indices_to_plot = 78 good_leg_indices_to_plot = 79 good_leg_indices_to_plot = 80 good_leg_indices_to_plot = 81 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 = 15 flightID = 20051023U1WILMA good_leg_indices_to_plot = 82 good_leg_indices_to_plot = 83 good_leg_indices_to_plot = 84 good_leg_indices_to_plot = 85 good_leg_indices_to_plot = 86 good_leg_indices_to_plot = 87 good_leg_indices_to_plot = 88 good_leg_indices_to_plot = 89 good_leg_indices_to_plot = 90 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 = 16 flightID = 20051023U2WILMA good_leg_indices_to_plot = 91 good_leg_indices_to_plot = 92 good_leg_indices_to_plot = 93 good_leg_indices_to_plot = 94 good_leg_indices_to_plot = 95 good_leg_indices_to_plot = 96 good_leg_indices_to_plot = 97 good_leg_indices_to_plot = 98 good_leg_indices_to_plot = 99 good_leg_indices_to_plot = 100 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 = 17 flightID = 20051023U3WILMA good_leg_indices_to_plot = 101 good_leg_indices_to_plot = 102 good_leg_indices_to_plot = 103 good_leg_indices_to_plot = 104 good_leg_indices_to_plot = 105 good_leg_indices_to_plot = 106 good_leg_indices_to_plot = 107 good_leg_indices_to_plot = 108 good_leg_indices_to_plot = 109 good_leg_indices_to_plot = 110 good_leg_indices_to_plot = 111 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 = 18 flightID = 20051023h1 good_leg_indices_to_plot = 112 good_leg_indices_to_plot = 113 good_leg_indices_to_plot = 114 good_leg_indices_to_plot = 115 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 = 19 flightID = 20051024U1WILMA good_leg_indices_to_plot = 116 good_leg_indices_to_plot = 117 good_leg_indices_to_plot = 118 good_leg_indices_to_plot = 119 good_leg_indices_to_plot = 120 good_leg_indices_to_plot = 121 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 = 20 flightID = 20051024U2WILMA good_leg_indices_to_plot = 122 good_leg_indices_to_plot = 123 good_leg_indices_to_plot = 124 good_leg_indices_to_plot = 125 good_leg_indices_to_plot = 126 good_leg_indices_to_plot = 127 good_leg_indices_to_plot = 128 good_leg_indices_to_plot = 129 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 = 21 flightID = 20051025U1WILMA good_leg_indices_to_plot = -9999 Not enough radial profiles to plot in this flight - skipping. ------------------------------------------------------------------------------------------ ##### radial_plotter.ncl has now completed for wilma (2005) ##### ------------------------------------------------------------------------------------------