SDUS63 KPAH 030613 NSSPAH >M‡Xø;V ÿÿÌÿþ¥<ù>×PM‡W}M‡Xö<@ÿÿP STORM STRUCTURE P RADAR ID 521 DATE/TIME 05:03:24/06:13:17 NUMBER OF STORM CELLS 51 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 41/102 <10.5 16.8 11 49 12.6 P J9 36/ 60 < 4.3 10.5 7 49 4.3 P M8 67/ 47 < 2.9 13.0 6 48 5.8 P B3 57/ 77 < 6.4 11.1 6 48 6.4 P Q5 61/ 75 < 6.1 14.1 6 47 7.6 P N7 47/ 99 <10.0 15.9 6 45 11.8 P L6 90/ 78 < 6.7 11.5 6 47 8.1 P Z7 72/ 95 < 9.3 15.1 6 46 11.0 P I7 84/122 <14.3 16.6 5 43 14.3 P V5 113/110 <11.9 13.9 5 44 11.9 ÿÿP STORM STRUCTURE P RADAR ID 521 DATE/TIME 05:03:24/06:13:17 NUMBER OF STORM CELLS 51 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 T1 59/ 91 < 8.6 13.8 5 44 10.4 P A5 96/ 65 < 4.8 12.0 4 46 4.8 P P5 36/ 90 < 8.4 13.6 4 43 9.9 P T6 346/ 22 < 0.9 9.3 4 47 2.3 P C8 21/ 97 < 9.6 15.2 4 42 11.5 P D7 27/ 24 < 1.0 10.9 4 45 10.9 P D6 139/ 66 < 5.0 9.3 3 46 5.0 P T7 119/ 71 < 5.7 10.0 3 43 7.0 P Z6 162/ 99 < 9.9 12.4 3 43 12.4 P P1 63/ 85 < 7.7 9.2 3 43 9.2 ÿÿP STORM STRUCTURE P RADAR ID 521 DATE/TIME 05:03:24/06:13:17 NUMBER OF STORM CELLS 51 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 107/ 86 < 7.8 9.6 3 43 9.6 P D9 174/112 <12.4 14.4 3 39 14.4 P E7 183/113 <12.5 14.6 3 39 12.5 P J2 360/120 <13.8 16.1 2 37 13.8 P R0 22/114 <12.6 14.9 2 38 12.6 P X5 82/ 47 < 2.9 12.5 2 43 10.9 P M7 121/ 81 < 7.0 12.0 2 40 12.0 P K6 151/ 63 < 4.6 14.0 2 40 11.2 P I3 155/ 86 < 7.9 13.0 2 39 9.5 P Y9 192/ 70 < 5.5 13.0 2 39 9.8 ÿÿP STORM STRUCTURE P RADAR ID 521 DATE/TIME 05:03:24/06:13:17 NUMBER OF STORM CELLS 51 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 B6 54/119 <13.7 15.9 2 36 13.7 P G4 185/ 56 < 4.0 12.7 2 38 10.0 P X6 8/105 <11.0 13.0 2 36 13.0 P Y8 58/113 <12.4 14.6 2 35 12.4 P S5 6/ 75 < 6.4 10.2 2 37 10.2 P I1 43/ 70 < 5.6 10.4 1 38 6.6 P U1 138/ 55 < 3.8 12.3 1 38 9.7 P E6 126/ 96 < 9.4 11.1 1 37 11.1 P U0 22/ 83 < 7.4 12.3 1 38 12.3 P O3 302/ 93 < 8.9 10.7 1 36 10.7 ÿÿP 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 ÿÿP 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)ÿÿP STORM CELL TRACKING/FORECAST ADAPTATION DATA P P 227 (DEG) DEFAULT (DIRECTION) 2.5 (M/S) THRESH (MINIMUM SPEED) P 19.3 (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 ÿÿ LSZahnu7>EÆM5Ý| i…’¡ˆ•£¨ &(/0?DHIMQ ijuzfinsx~ ,--.,36621 U_lbcnmhhoVJ9Í_diE_d+(01Q?9ÆM8} z‚pps˜{†Œv ûúúùüþ ":J3EO-A1 2013541123 2C:3A;9ED;ÆB3ºe ƒŒowafŒ•¡ #( dJ@Z$f5VZ_ 4300/02103 NLHA:FWNNS6Q5Å%L/\†N71ìƒˆi”sŸ:?DEIL^bimsv**//,-ek_qdrFL6ŠÿùNs'+NQ,/DQFZ7<´“—AEkn).gfVI7 ³ž¢¦pswˆ‹).+Š‘fV5Ùý‹‹‹‹d_^_|w‹w&*),}yyy†T1…ºw~ƒ‰‹ŠUZ::=>w~^cUh&'+.-,lmruj^ÆA5»ÿ— xb`~{{ftpu "!!" 0E`B^CftX0 .+(((*,--. LJHHLBCKWI¶P5. y€‡Ž•œ|‚ˆ [`GK,01^< y€ejqvY‚c %'((,*+++ ljhmhb]oYfT6ÿ°85SW]'ññ5--//-/92†C89SRŽ“˜-2;:CHER`hms'(''(*FJYU{qÆD7¢D \uprpvtmCE ëìîîîïñòëë aomqqm/ 200/../-33 -26111:>'3fD6†ýB]@]!B@@2"&*.:=7:vT7—ýùlj‡ˆd))&"!Ajf:F+,..+MMHHE¦Z6ÑúŽ¡šš—”’|YLMLLFGKyurrpnm|)*))(''+surtkhfeÆP1b; qUY\u†‹ *-.15 ' MqUI\;[_Fh /10/+/0011 YUJKQDVRU^†R5Åþƒ…]\\ƒ`<<8456T]P\]`,'+&++^TROUP6D9 ù…d'FE7ÿ³ùv•’ie•}$'ƒ‡VJ2î›Ÿ¡mqr…‰Š&%%‡ŒŒ6R0q•f~&FX5µaz}ggm(+u]FM7üý“Tx,.Dx((FPÆK6Äü× ”ŒŒ}{y $= tXsrmpp^c_ ))')-*(,*( AHRRQQEELKFI3ûs…‚a7…_$'ugVY9ÿ0üH„‚$FHdb%''?d]fB6••›Ÿiflq~„‰"%'$„†Š¦G4ÿ´ü¿^vsplˆƒ!B4Wplifd$%&&'()&DFHJJGOPfX6Úvz‚POSVvzk‚"#"$jinqVY8ˆx‡Œ’[_dsw|"!#uy¶S5mR uxT_fBdbf _8= $( _8=_f88bf *+&&()((% hXI=<9QJMÆI1Âø uh|ir}}‚tq >Bc9"`26UU )&/.,,-*(+ N@@HDDMMJNÆU1"ý£ ‚€~}{}|€}{ cfb`0 c€fb{}|aba &'(''(%(&& uRjilTLYi`6E6wü¼oFo%`6U0Õq{2{&dvO3ûlÙvvr“kQQHDAvvrmk$#"#$jjfk^†T4ûC~Œ‡†‚]DB?:86if‡a‚N$$$(&#hcfabP6C1´Íc(tFC7þ.Z[33KK+#NNÆZ3ù y„?,JN„‹“ G Z_c",))fls ('#1+--),+ IRg+%0.<`PfX8¢ÿ/krwV(,-/KrUV*&%!PZNK–V7þö-??-UnD1-?.1 %&&%&%&5/!/0'†F8…Ô(x‰o<@ W9!xko0@!%''$#"vLR26ÆN4Üy oouunxs|nD òòõõöøúüý Lnxsmn --+*()'**# MQAC=:=IJ(6H1‡nmIm'k6E3æW 0fA6ÿþn ëìë#$$%