SDUS64 KBMX 171042 NSSBMX >M∙≤2╪@ЪЪ│■ЪЧґВ>вP≤4M∙√┴M∙≤<ЪЪP STORM STRUCTURE P RADAR ID 320 DATE/TIME 05:17:24/10:42:17 NUMBER OF STORM CELLS 39 P P STORM AZRAN BASE TOP CELL BASED VIL MAX REF HEIGHT P ID DEG/NM KFT KFT KG/M**2 DBZ KFT P P U4 214/163 <25.6 49.0 67 61 25.6 P U1 197/142 <20.0 39.8 45 55 20.0 P O1 220/198 <36.1 47.7 32 50 36.1 P Q9 210/151 <22.3 37.2 32 53 22.3 P A0 235/ 81 < 7.9 19.8 15 51 7.9 P S2 248/128 <16.7 23.6 15 49 16.7 P U0 203/150 <22.0 24.7 13 47 22.0 P Y2 241/ 98 <10.6 16.5 13 50 12.3 P E1 199/ 62 < 5.2 18.1 12 51 8.9 P E2 229/147 <21.2 23.8 10 45 21.2 ЪЪP STORM STRUCTURE P RADAR ID 320 DATE/TIME 05:17:24/10:42:17 NUMBER OF STORM CELLS 39 P P STORM AZRAN BASE TOP CELL BASED VIL MAX REF HEIGHT P ID DEG/NM KFT KFT KG/M**2 DBZ KFT P P G8 227/ 76 < 7.1 17.9 10 49 8.5 P X9 243/123 <15.7 17.7 10 48 15.7 P K1 241/147 <21.2 23.8 10 45 21.2 P D0 246/179 <30.2 40.6 9 41 30.2 P G1 251/142 <20.1 22.6 8 44 20.1 P J3 231/ 77 12.1 23.3 8 51 12.1 P C3 220/ 74 < 6.8 14.3 8 52 14.3 P W7 244/107 <12.4 18.5 7 46 12.4 P J2 246/116 <14.2 21.0 7 45 14.2 P Q0 208/ 64 < 5.5 14.8 7 47 6.6 ЪЪP STORM STRUCTURE P RADAR ID 320 DATE/TIME 05:17:24/10:42:17 NUMBER OF STORM CELLS 39 P P STORM AZRAN BASE TOP CELL BASED VIL MAX REF HEIGHT P ID DEG/NM KFT KFT KG/M**2 DBZ KFT P P C9 236/121 <15.3 17.3 7 45 15.3 P B8 226/137 <18.8 21.2 7 43 18.8 P N3 249/203 <37.7 41.3 6 37 37.7 P B0 217/132 <17.6 19.8 5 41 17.6 P I3 145/147 <21.3 23.7 5 40 21.3 P T2 313/ 63 < 5.3 11.8 5 46 5.3 P L1 18/ 92 < 9.5 15.2 4 44 11.3 P A2 190/109 <12.8 19.4 4 41 12.8 P K3 184/114 <13.7 15.6 4 41 13.7 P D8 309/ 82 < 8.0 12.9 4 44 9.5 ЪЪP STORM STRUCTURE P RADAR ID 320 DATE/TIME 05:17:24/10:42:17 NUMBER OF STORM CELLS 39 P P STORM AZRAN BASE TOP CELL BASED VIL MAX REF HEIGHT P ID DEG/NM KFT KFT KG/M**2 DBZ KFT P P F2 312/105 <12.0 13.7 4 41 12.0 P T9 251/149 <21.9 24.4 3 36 21.9 P P9 180/ 55 < 4.2 12.5 3 42 5.2 P K2 222/ 67 < 5.9 9.7 3 43 5.9 P P1 127/124 <15.8 17.6 3 37 17.6 P E3 109/106 <12.1 14.3 2 37 14.3 P Z3 99/117 <14.4 16.7 2 34 14.4 P H4 107/114 <13.8 15.8 2 34 13.8 P L4 120/122 <15.3 17.7 2 33 15.3 ЪЪP STORM CELL SEGMENTS ADAPTATION DATA P P 60(DBZ) THRESH (REFLECTIVITY #1) 1.9 (KM) THRESH (SEGMENT LENGTH #1) P 55(DBZ) THRESH (REFLECTIVITY #2) 1.9 (KM) THRESH (SEGMENT LENGTH #2) P 50(DBZ) THRESH (REFLECTIVITY #3) 1.9 (KM) THRESH (SEGMENT LENGTH #3) P 45(DBZ) THRESH (REFLECTIVITY #4) 1.9 (KM) THRESH (SEGMENT LENGTH #4) P 40(DBZ) THRESH (REFLECTIVITY #5) 1.9 (KM) THRESH (SEGMENT LENGTH #5) P 35(DBZ) THRESH (REFLECTIVITY #6) 1.9 (KM) THRESH (SEGMENT LENGTH #6) P 30(DBZ) THRESH (REFLECTIVITY #7) 1.9 (KM) THRESH (SEGMENT LENGTH #7) P 7 NBR REFLECTIVITY LEVELS 5 (DBZ) THRESH (DROPOUT REF DIFF) P 3 REFLECTIVITY AVG FACTOR 2 THRESH (DROPOUT COUNT) P 460 (KM) THRESH (MAX SEGMENT RANGE) 6000 MAX # OF SEGMENTS/ELEV P 1.37 MASS COEFFICIENT FACTOR 15 MAX # OF SEGMENTS/RADIAL P 486.0 MASS MULTIPLICATIVE FACTOR P 53000.0 (HR*KG/KM**4) MASS WEIGHTED FACTOR ЪЪP STORM CELL CENTROIDS ADAPTATION DATA P P 10.0 (KM**2) THRESH (COMPONENT AREA #1) 2 (BIN) THRESH (SEGMENT OVERLAP) P 10.0 (KM**2) THRESH (COMPONENT AREA #2) 1.5 (DEG) THRESH (AZ SEPARATION) P 10.0 (KM**2) THRESH (COMPONENT AREA #3) 4.00 (KM) THRESH (DEPTH DELETE) P 10.0 (KM**2) THRESH (COMPONENT AREA #4) 5.0 (KM) THRESH (HORIZONTAL DELETE)P 10.0 (KM**2) THRESH (COMPONENT AREA #5) 3.0 (DEG) THRESH (ELEVATION MERGE) P 10.0 (KM**2) THRESH (COMPONENT AREA #6) 4.0 (KM) THRESH (HEIGHT MERGE) P 10.0 (KM**2) THRESH (COMPONENT AREA #7) 10.0 (KM) THRESH (HORIZONTAL MERGE) P 5.0 (KM) THRESH (SEARCH RADIUS #1) 2 THRESH (# SEGMENTS/COMP) P 7.5 (KM) THRESH (SEARCH RADIUS #2) 120 THRESH (MAX COMPS/ELEV) P 10.0 (KM) THRESH (SEARCH RADIUS #3) 70 THRESH (MAX POT COMPS/ELV)P 120 (KG/M**2) THRESH (MX CELL-BASED VIL) 100 THRESH (MAX CELLS/VOL) P 130 THRESH (MX DETECTED CELLS)ЪЪP STORM CELL TRACKING/FORECAST ADAPTATION DATA P P 225 (DEG) DEFAULT (DIRECTION) 2.5 (M/S) THRESH (MINIMUM SPEED) P 32.7 (KTS) DEFAULT (SPEED) 20 (KM) ALLOWABLE ERROR P 20 (MIN) TIME (MAXIMUM) 15 (MIN) FORECAST INTERVAL P 10 NUMBER OF PAST VOLUMES 4 NUMBER OF INTERVALS P 30.0 (M/S) CORRELATION SPEED 15 (MIN) ERROR INTERVAL P P P SCIT REFLECTIVITY MEDIAN FILTER P P 7.0 (KM) FILTER KERNEL SIZE 0.5 THRESH (FILTER FRACTION) P Yes REFLECTIVITY FILTERED ЪЪ \biou{┌IOVфU4З╞Ь3 ъщлаЁЙЧЛ ЩЗПХ-& (!4E>3 ЭЭЭЭЭЭЭЭЭЭ ЭЭЭЭЭЭЭЭЭЭ >GDBD@C*@D 8;<8===478 7-#""ON>фU1Щ⌠Ь+ ▌├г╧╗╔║══≥ ╟жтлеЎҐ╪Ї╠ хНЛщжутои ЭЭЭЭЭЭЭЭЭЭ ЭЭЭЭЭЭЭЭЭЭ -2>8;=8656 78:8:=;;:9 шЗЭУОФФЕчзfO1Ь╡В'╚═Кщm`aQ┘═yiЭЭЭЭЭЭЭЭ +*/2├}r√Q9Ш═Ьo(_W∙┬tРХДэрйг ЭТЙБъЭЭЭЭЭЭЭЭЭЭЭЭЭЭ % 0./3365ЪШРЛ├A0Э'ЩF┬єбэнф^TLE>7v}d]VO2 +03233x{pwg^6S2Ы!ЩHЛ▐їЭЭ1╞FU0Э≥ЬЪВкдЦэЭЭЭЭ ,/ЕчVY2ШЩI┬ї╔^VR┬n{ ,02yuwfE1ЧпЭ≥┼÷Ў╣&$ L│≈Y+,23Xe[WFE2Ы░ЗrЪНм╪ЕтЭЭЭЭ +-ФжfG8ЭцЩk╘дЁB<6/Zb[U /201]fl]ІX9Ы╙Э╪ 'УФыкП╠ Яърд╣╘²▒┘ ВЙэма╣Ґ² ЭЭЭЭЭЭЭЭ ЭЭЭЭЭЭЭЭ /-)(*-0/0 ЫЛчнбІ╞÷fK1Ь≥Шт ЗНАвй╪ЫОБтЭЭЭЭЭЭЭЭ -1,-ШЯЦвFD0Ж└ШгY√!9.ЭЭЭЭ $);6VG1Ь8ЩJСБхҐ╠ЮуиЭЭЭЭЭЭ),,Гык6J3ЭЩ4Иyy3▒VC3ЩCЭ╦╔ ▐72,]w▐(+4ekVфW7ЗsЩ= ц╧Ь"ЩЛАзя ldеЇї≈█└─v ≤|Ьо©╞╔°≤╒ ЭЭЭЭЭ ЭЭЭЭЭ /.03220.,- ▌─Цыг╧╙║і√FJ2ЫЮЩ?жрzv▓▌ /-≈⌠├Q0ЧBЭ╦z√╚і·■4/*&"z√nK│B ./20//Z\aTTUіC9З%ЭВУХуг╧ґтецІі≈▄│ЛщшнЎ╞є≥ЭЭЭЭЭЭЭЭЭЭЭЭЭЭ 1110-./-Нъщою╠і⌡vB8ЗIЗВЛъттг╩╟єЛВсх╪ЭЭЭЭЭЭЭЭЭЭ&.2.+НЮжиЎFN3УШв╞²sa▀yЭЭЭЭ$%▄{√B0Ш_ЫСЫОДзофсхҐЁ╙÷≤КЮукбЇ╟ЭЭЭЭЭЭЭЭЭЭЭЭЭЭ ,(..*))ЛАвмд╧╠6I3рЬЩМҐуЭЭ(вfT2ЩXZXXvA@X5+-+.<>;FvL1ґ{┌▀▓≤Y>>DG{┌fmq)),+,`[`dtvA2ЧБЫемиебslmjh▀·┘┌─ //.*)·√█┴┤6K3Ъ─Ыr°q┴)▀√D8ЭRKhjp│&%',188KK?DIP_*-.--,,@EEKLSTVF2Ш┤▌─┴YY`qqx%%)rr}6T9ВрЩ7ТцшЭЭ$эфP9ЪЗЭв ╡реЎЄў└┌─} v,%! ╡lI|4T.654 /686431/,* ▐mYR]JJ:@?VK2ЩaЩTia.)#FM;+/+IOI6P1╦Ш╡╟├╟%÷FE3кЧ┤▐\at▐$%v|6Z3ЄЧРїx░"⌠6H4UЧ·r┼"▀6L4Э{╠│≥!⌡