SDUS64 KSHV 162022 NSSSHV >M■ІGЪЪ~цЪЧ▒o┌>т╡;M■xM■І<@ЪЪP STORM STRUCTURE P RADAR ID 543 DATE/TIME 05:16:24/20:22:16 NUMBER OF STORM CELLS 100 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 X3 241/148 <21.0 42.0 54 57 21.0 P T3 234/191 <32.9 44.2 51 54 36.2 P N9 163/ 71 < 5.9 37.1 44 60 7.1 P R9 20/234 <47.6 51.9 33 49 47.6 P Z0 200/ 84 < 7.9 26.8 32 58 9.4 P B3 213/ 99 <10.4 26.4 25 54 12.2 P X8 245/191 <32.8 43.7 25 48 36.2 P G2 230/160 <23.9 27.0 23 52 27.0 P O6 205/ 90 < 8.9 18.0 22 56 8.9 P U0 171/ 74 11.0 28.7 19 58 11.0 ЪЪP STORM STRUCTURE P RADAR ID 543 DATE/TIME 05:16:24/20:22:16 NUMBER OF STORM CELLS 100 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 I5 136/ 74 < 6.4 23.4 18 53 7.8 P B5 227/131 <16.8 24.6 16 50 19.2 P O0 230/176 <28.3 38.9 16 45 31.5 P K3 239/189 <32.4 35.7 15 45 32.4 P F9 230/140 <18.9 33.0 15 48 21.3 P L3 242/242 <50.7 54.9 15 42 50.7 P T2 136/ 84 < 7.8 27.0 15 50 13.0 P E9 205/ 95 < 9.9 24.1 13 49 15.3 P N3 138/100 <10.6 26.9 13 49 12.5 P W6 205/119 <14.3 32.1 13 48 16.5 ЪЪP STORM STRUCTURE P RADAR ID 543 DATE/TIME 05:16:24/20:22:16 NUMBER OF STORM CELLS 100 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 R5 258/109 <12.5 17.6 12 49 14.0 P P7 122/114 <13.2 25.5 11 48 13.2 P X4 227/ 13 1.5 10.7 10 51 10.4 P Q0 220/151 <21.6 30.4 9 43 21.6 P J0 232/132 <17.1 23.9 9 45 19.2 P W9 247/226 <44.5 48.2 9 39 44.5 P A3 228/122 <14.9 21.9 9 46 16.9 P O3 223/ 84 < 8.1 16.6 9 48 8.1 P I0 240/ 95 < 9.7 19.5 8 47 11.1 P N7 219/124 <15.3 22.6 8 45 17.7 ЪЪP STORM STRUCTURE P RADAR ID 543 DATE/TIME 05:16:24/20:22:16 NUMBER OF STORM CELLS 100 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 Q4 173/ 88 14.0 22.4 8 50 22.4 P Z5 232/ 87 < 8.5 21.3 8 45 10.0 P K6 268/166 <25.6 28.9 8 42 25.6 P K9 215/ 89 14.4 33.9 7 49 14.4 P Y1 90/ 18 2.5 11.8 7 50 11.1 P S1 229/151 24.5 38.1 7 50 24.5 P F1 173/ 80 20.0 25.0 7 51 20.0 P S2 143/100 <10.6 16.9 7 46 12.5 P L4 185/ 85 < 8.2 27.7 7 44 13.2 P P4 212/161 <24.1 26.9 7 41 24.1 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 215 (DEG) DEFAULT (DIRECTION) 2.5 (M/S) THRESH (MINIMUM SPEED) P 23.2 (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 ≈°║ї╛╠І╪аффX3Ь}ШИ є|І╒]²°шцЄ ╨ЬТЛИАыйх р#"БС ЭЭЭЭЭЭЭЭЭЭ ЭЭЭЭЭЭЭЭЭЭ 6";8= 9131/.5=:< М*$ЪЛМ├T3ВЫw╔≈штг╨rcWFC1╔≈o^[jЭЭЭЭЭЭЭЭЭЭЭЭ !3(),/26▄}xicRfN95ЭI▓Gsb##b┐EGdddd(((*),:==<°skxVR9≥ҐЪ╩кдсЦэЭЭЭЭЭЭ1.!431уДч√Z0ЧZШp >5bQY╛TKH??7 нpmW├^PdZdZF((+).( +8<=<<:Ф÷s├┬puFB3ЭьШ4ъYP~z<P 76┴rфX8УШШ` ЬРЮщрб╣ ┤xkdZWED0 Ґ≈╚┐|ro]\j ЭЭЭЭЭЭЭЭЭЭ ЭЭЭЭЭЭЭЭЭЭ ,IF -/-*-*4=:0 ╚÷·▄┐yubbQ√G2ЬЯЗkldё≥▀ВНРМзыв& РЭЭЭЭЭЭЭЭЭЭЭЭЭЭ +.01/24!ЯvO6ЩмШI З©Є╡ZNKAАfoYZZP<()% 1:<98Йё~ucVU0╙Шю"Е▄nЕ▄nZdP 37:ВбFI5ЧЭФКЙo(▓N<25╣~FB5ЗzЗм=Жи░июЭЭЭЭ12ъ╠VO0Ь<Ыl≈Ю┘LLC;ЭЭЭЭЭЭ-/-]?-fK3Ж║ЗQ}vЇeK<=,cTUDЭЭЭЭЭЭЭЭ+,.-dWZFFF9ЫьЗюJЦ╔ЦуЭЭЭЭ,0Нк6L3СєЫh%ЦШЭЭ*ЭFT2^Э┘ь┐6ь┌P<.2Ё▓FE9ЩїЗЪоЯWKё≥( /1▓{FN3ДШ╡ь XRь} +1°┘FW6Щ#ЫҐA┌w╙╔(2 .0ЁўVR5ЫьЧїгР╟nme├┘▄ -11▌▐┬vP7■Эu ЩЪкrmolк┼г≤└( &(-/0Ц▀і║÷VX4ЪtЪqrkУПqjh 143J6<√Q0З^ЫU'ZMFA90ЬЙАжнмю'НЫьЭЭЭЭЭЭЭЭЭЭЭЭЭЭ ,0//00+ ЪЪММДFJ0ЗШL6Ок⌠кюЭЭЭЭ .-Ф╡├W9СЩЗБ-)ЖБТЙЮга╔ЬъЖҐЭЭЭЭЭЭЭЭЭЭЭЭ (*&('' ЫЮч©FA3ЗеШGш╡}╡╘ЭЭ ..н═фO3Э╠Эg N=гі°Ь& _YSFD9rmjb wv^hQ┼┘▒┼ <<PdZ 5221004668 ┤┤v┼▓Y▀°║▒фI0ШEЩ: 6,ДЫц)Q zslh[XI┬┌{ ▓≥б─s}o═ ё 2FZ(ЭZZ Э 321412//12 їІє▐xuk╘і╒FN7ШrЗuМБ▐│ї╠ЭЭ/-Ёґ6Q4■ЗЯЮ▄ЮP2цVZ5ЭЭОЛБу©F=©jd'--йqp6K6ЖaЪ║!ХЭЭ*√K9ЩШи≈РщЪ-Stmd_SO░≈⌠▀wkg░(<PP< *167791█⌠√|u├й6Y1vo2O6S1ЫaЗE}УУЭЭ26F1 ШkЗххZ 3жFS2─Ш\з╘~R╘}*.╠u6L4Ъ█Ш:└,╛√P4Ш Ь%LD;- ЧКХыLD#ЯЭЭЭЭЭЭЭЭЭЭЭЭЭЭ ')**(()2/%РFZ8xЭВтс`─6+/÷gVG7ЩЭ;я·≈>80fPH 33.m`bфA7ЫgЩ ЛА2*ЧЯ ╧┐нб╦╠╙є°░ ╧╟ФзпэспЄ© ЭЭЭЭЭЭЭЭЭЭ ЭЭЭЭЭЭЭЭЭЭ ),*10+*,)) йєПЦынмй╪ў6Q6ЗlЬLЦШЭЭ(ЩVR6xЭхСЎ;©▓©Ў/,+3кў16H2rУсКЭЭ#МфD2ЦЩк нёї╔~ф╪√· 666Z6[00+5 ZYNZZ·HHCX 21/*)/22/5 d_e─[⌡t_g|6S5fЪ═e[c4bvK8ЪТY/5jТТ#У/g-,))3*&CVN1яЩ(Е╡Nok▌k7+.0╒├7VE0lЩOdzvL_L_0112YiG6Z46ШрДD≥) 6C5ЖчТшСЭЭ&УфT73Щ ьш─1ЯПЧЪс MVXHCFHNOQ xnpЛ▓^`ёgv PZ2 .+,47620/0 ▄│q┘▄└■|█┘6Q9ЗJЬЫнФЭЭ&ИVL7Ш2Ъ┐╠└÷┼`7┼`│(++ gm6N8ЭcШНЯ 0╪6K2Ь8ка ╡ЭЭ'╡6U1Ч╟Ppep3n6V7ЪS,rkr2mFJ1ЫЇЭ┘Гў▌│і≥ЭЭ)'╚°6M9ЭZШИ+Ч6O1ВdЪЁХ╪тЭЭ%ь6Y2зЭJЪйЪ,ЦvS74╚o uё╔HMLTNo ul╔%)'((b├fsm6X0Ш╨Щeў┬┬.∙VC4ЪшVZb!#9Zb+*+=CY6H3З▀╚tHt)f6W8Ы∙ЪS■g■'┘fE8Ш$w╗hh╘SHG┐{hh┐*'',ua`≤fD8р\sf;+ sf'"01,.RF(#фL2ЩЭ╛ - ВҐаM─2 LHC?65q]VQ dl[W]Wq╛ni dPP2dZZ F &$!/*$ 999643+A@9 ┬┘upem║┼▀─6G3ЫТЪ╪├Z├%tVT83ЩRІ▌K▐)&▐K>)-)єTAFO8:VfeKOfe//]bфS6ШЩЪл єьлб▐├}Vng f`XNHA\3,+ ├╘║rmY\VnK (./..---+* ▄─vufcsMLKFE1Э?ЩЙp░T*T░%#jW6L8рЭе≥е(╧VE7Ъ\л*in Y"in(*,#0c6U4■Э≥ЕЄЄ'хVW7Э▀8■▀N]yqN*+(u^:іA2Ч0/wppi|pt-a[ Qb$Чwppi|pt/122213,df`YvIE+fC6Щс|vIFE|v2F,+''fZ36VP8Ч─Н=sFs#)/'&?!FR8Э≥╠<8<8&&5/fA01Ч$tV\5KЧЩЗKV)20+a41#6F2ЭУЧ █x█'─6E4Щ@Щ⌡▒\▒%z6Q2ЪР00&'VS9ЪО [_]<4F[_]*+(Z\[vK4 █fj25%[]f]"2.(&'bd 6J4ЧГЖ6'6+/6V8дЧ└┘e┘#|6O5Ъw00')6H4Щ═Ъа0"6D1ЪдA3!3(-6V4Щ╠┬3!3&*vH8ъЪouorvc_6ШШuori*++-%qmgg6X1д=++&76E5ЪНЧ─Ж$