SDUS64 KSJT 032237 NSSDYX >M┤?s8aЪЪЪЧ|J->тbM┤>+M┤?r<@ЪЪP STORM STRUCTURE P RADAR ID 353 DATE/TIME 05:03:24/22:37:31 NUMBER OF STORM CELLS 52 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 Y6 225/ 77 < 8.4 48.8 60 60 12.1 P A1 311/109 <14.7 45.9 57 56 19.6 P Q1 208/ 76 < 8.0 48.6 57 56 23.9 P G4 297/118 <16.7 32.7 52 58 21.6 P N5 239/ 84 < 9.6 41.6 52 58 33.7 P L6 236/ 35 < 2.9 28.7 37 56 15.1 P A6 213/236 <53.7 63.9 32 47 53.7 P Z6 132/ 24 3.7 33.7 29 54 17.6 P T6 303/115 <16.0 33.3 22 50 26.6 P N6 85/ 21 < 1.3 25.9 21 53 11.9 ЪЪP STORM STRUCTURE P RADAR ID 353 DATE/TIME 05:03:24/22:37:31 NUMBER OF STORM CELLS 52 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 M5 284/102 <13.4 33.4 21 51 17.7 P J4 241/ 73 < 8.1 26.6 20 51 18.4 P L4 6/ 13 < 0.9 19.1 19 57 7.4 P O5 191/ 11 < 0.7 14.6 13 57 5.1 P O7 249/172 <31.1 45.9 13 43 38.2 P L5 269/ 78 < 8.9 19.5 12 50 12.3 P F7 232/ 47 6.4 17.2 10 51 17.2 P S6 48/ 75 < 8.4 23.7 9 46 18.8 P E7 243/ 58 < 6.0 18.7 9 49 8.3 P G5 42/ 16 < 0.9 9.7 8 54 0.9 ЪЪP STORM STRUCTURE P RADAR ID 353 DATE/TIME 05:03:24/22:37:31 NUMBER OF STORM CELLS 52 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 R6 275/ 96 <12.3 25.4 8 46 16.2 P G6 266/ 88 <10.7 22.8 8 45 14.3 P J7 209/ 86 <10.1 28.1 8 45 22.5 P F6 35/ 20 13.3 28.2 8 48 16.8 P Q4 301/102 <13.4 17.7 7 46 17.7 P H3 292/100 <13.0 21.6 6 43 17.2 P I7 264/ 95 <12.0 20.1 6 44 15.8 P Q6 245/ 29 < 2.2 6.0 4 50 3.4 P P7 284/109 24.6 30.1 4 47 24.6 P C7 212/ 69 10.4 13.3 4 51 10.4 ЪЪP STORM STRUCTURE P RADAR ID 353 DATE/TIME 05:03:24/22:37:31 NUMBER OF STORM CELLS 52 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 Q7 237/ 59 < 5.9 8.3 3 45 8.3 P V5 51/ 28 < 2.2 8.1 3 48 2.2 P W4 293/ 78 < 8.9 15.4 3 40 8.9 P D7 270/ 72 14.5 22.1 3 45 14.5 P H7 282/ 84 13.4 21.1 3 43 13.4 P T4 288/ 87 14.1 18.0 3 44 18.0 P R7 250/ 59 8.6 13.7 2 43 8.6 P P5 272/ 64 < 6.6 9.2 2 39 6.6 P S7 320/ 9 8.6 8.8 1 42 8.8 P G7 277/110 19.7 24.9 1 37 24.9 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 231 (DEG) DEFAULT (DIRECTION) 2.5 (M/S) THRESH (MINIMUM SPEED) P 14.1 (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 27=BHM"',FY6ЭяЭыЙХJ<Jydd<<<6<{╞фA1Ш4 йцфбкЄ╣╪╪б rt|y{mlqnp О╩©юдЮЁХ#М dddddddddd 2<<<<<FFF< 19>=93@CC> 789:88:;99 зйРфшНЮнДФфQ1ЩЙЭ БшэвЯш@Ф,Х 9Ж999898<: :6Тp⌠PQОT┘ ddddZddddd (FFF(<< %BE(<&9 399<9:9854 ґ\А├т░А√АфG4ЫТ GWQVі²≈■ ▐⌠▓Ю▓■≈■⌠▓ ьшшщчэш dPdZdddd 2 FZZF 4>A@9 :+0,33;A@= ©оЎктОЙзе├N5ШуЩ~,eaX²═▓QQ╟╟H,%▄щQdZdd F4,16-5:эҐ╟ЩЪЯVL6ЧRЧБf╘j≈P<Z%868Ґ≤jfA6Ь}Т²┬┘┘ '#"ЭЭЭЭЭЭЭЭ<" /4//.)- FZ6ЪQO%ж╟Zd66бдVT6Зl╘>Mя┼┬я dd (02ЕчкVN63╣МСНУ8w(<P 885dge├M5З@emwse]N─}yvnЫц©╪╠dddddd 22 *.#148863фҐЎюІфJ4ЭLЩХ RI>2┼5(/ уGIFDA@=?9 у└─÷xuu╦ dddZddZZPP 2<<2 +6+5, 38:9:97943 ≈є├┌┼°⌡▐│фL4ф OU\зкэЪН© )РЯ[T) ЯЯЯ 4 [╗C!T7J F<2dP ! /-0(488:;9 ?,\┬┘v┼T├O5ЪАЪ_МзjГэ▓▌*ПОООМBґ┘3Z<P ./5459╨{>ke;6O7Ж╩Эpк~ЭЭ +G├L5ШvЪНЪ÷ЗТцLHFB~A├╔}}~{2< 2 300302╚≈ly╚aFF7ЩыЧMт╛▌@т╛< -3їuVS67Р╩╩М8<<╩T╪( )-.└p┤FE7ЩЧ┌ж╩s$▀S 11√e√G5·╞EWtяж╦a3ИКЛНПЯ]o├P P</6779:6QETWkH2VR6Зor Ч╡jcАв╒F ,..Б╡⌡fG6ЗИЪ÷кТЛД_[WSк≥©▐'+--░╒∙█FJ7Щ≈Ш÷#ДMДАF&-Т╠fF6╛Рз2?┴^·┘ґ^и╗<2ZP 0040╛╣эжІQ4ЗК 4//.("Д╠ й──~{yspn йфг√⌠ЛІ╣╠ PZdZFdPP( 33430002. И╨╟ўўЁ╡╗▀фH3З², t&ь▄▄│├д Ыztnj│┘├│ ЫаІ├╛≥рмгд dZ(dddd< (2<( )15- 11.-+68;83 ╟╚²√армц║FI7З┤Ъvриє`р·*,І▓VQ6Ч─ЪM╨░<R#Чc=".22┬^&6P7Ыщ▀-ЖЖZ/ FC7ЩыЭ²э┘ўhўhP43Ўn6Q7Щ"Ч#S#S-HvV5G эКб═Q╞ЭЩЧэ9<P .3530©{b7,іW4ШчеСУМпх ]дXTIKDA≥д√░┼c|Y2<F 2.0/,-*(░ь⌠√}│wrFD7Шяvщ?▒v▒.-XіFH7ШDЗшс╡├╡├*+ф╒ІT4Ш6▄ сЗРМФЕЄ Ёkfb]XTR█ Бґ~═дp╩ЇЄ FZ22 +-/021/-, Ю╟▓√ ⌡░─°6R7ЭнЧр┴VV+q├P5ЭO#Аш║ z\s931,*╡QKczB+,*))'╚cYWN6S7ЪїiXVX*VFG7Ы╗хЫ├еЫ%%ечFL7Чбcy\Z\_')]a6T7d╦L;L.EІU4Э°Ъw ┬йЯБ╘÷√▌k MID=61^Y$ ┬╗}sjd^Yk P *-0//+&&% s~ rggsoOFK7ЭЪ╗┤bi0ib*%qR6U7▐S<-<.76V7ЩуBa9a'M6W7a=WWW(WFM7·Ъi\R?2OR%(NE6X7ЧLЪ≥UCC)L6Y7Э─ЪаqXX%h6Z7Щ─MbTb"a6A8ЧЩ╙:,,"4