SDUS64 KLIX 260806 NSSLIX >Lès.@!ÿÿvÿþ¡³>×N0?LèqëLès<JÿÿP STORM STRUCTURE P RADAR ID 545 DATE/TIME 11:26:23/08:06:03 NUMBER OF STORM CELLS 34 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 D6 171/ 33 < 2.6 17.6 10 51 2.6 P U5 119/ 34 < 2.5 12.7 5 46 10.1 P C7 185/ 91 <10.8 18.7 5 43 10.8 P I8 70/ 93 <11.1 15.1 4 42 11.1 P Z8 78/109 <14.3 18.9 4 40 14.3 P A8 236/ 31 < 2.7 12.1 4 44 2.7 P K7 77/ 35 < 2.4 12.7 3 42 10.7 P A9 156/ 97 <11.9 15.8 3 40 11.9 P S7 252/ 47 < 4.2 12.4 3 40 12.4 P B9 162/ 37 17.0 21.2 3 45 17.0 ÿÿP STORM STRUCTURE P RADAR ID 545 DATE/TIME 11:26:23/08:06:03 NUMBER OF STORM CELLS 34 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 J8 171/ 53 < 4.7 9.6 3 43 9.6 P C6 153/ 88 <10.2 13.9 2 39 10.2 P E6 281/ 9 < 0.8 11.7 2 41 8.1 P C9 186/ 71 < 7.3 10.0 2 38 7.3 P D9 104/ 66 < 6.6 9.6 1 38 6.6 P E9 319/ 15 10.3 12.4 1 44 12.4 P F9 133/ 88 <10.2 14.2 1 34 10.2 P W8 82/ 64 12.1 15.2 1 41 12.1 P S8 186/103 17.3 22.0 1 39 17.3 P G9 257/ 61 < 5.9 11.1 1 35 8.4 ÿÿP STORM STRUCTURE P RADAR ID 545 DATE/TIME 11:26:23/08:06:03 NUMBER OF STORM CELLS 34 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 M8 34/ 12 4.5 11.0 1 41 11.0 P V8 199/ 30 < 2.2 4.6 1 41 2.2 P Q6 46/ 36 7.7 12.7 1 39 12.7 P Y8 142/ 3 2.0 > 6.5 1 42 6.5 P H9 252/ 21 12.6 13.1 1 39 13.1 P M7 348/ 5 6.9 9.2 1 41 8.3 P I9 260/ 44 < 3.8 7.2 1 34 5.5 P J9 13/ 20 12.3 12.5 1 38 12.5 P B8 240/ 62 8.5 11.9 1 36 11.9 P U6 239/ 47 10.9 13.5 1 36 13.5 ÿÿP STORM STRUCTURE P RADAR ID 545 DATE/TIME 11:26:23/08:06:03 NUMBER OF STORM CELLS 34 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 X8 261/ 56 < 5.1 7.4 1 33 5.1 P K9 98/ 30 8.3 10.5 1 38 10.5 P L9 271/ 37 6.3 8.1 0 35 8.1 P Q8 222/ 17 < 1.2 2.4 0 35 1.2 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 300 (DEG) DEFAULT (DIRECTION) 2.5 (M/S) THRESH (MINIMUM SPEED) P 13.0 (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 ÊÑØßæ©¯¶½ÄÆD6Lþ ©°Š…€Š‹œ° ($ ,@<8F2=% 433++,-065 :3@LKOPHN>ÆU5¾ÿ Z‡ƒy‡R‰† ÿþÿO &kseyuCSI .,.,.)//// +-5@>_a,GD¦C7ÿ‘ú¿ÍÀ¾º¥ÍÅ»‡|tn`ZTŸ—”Œ†xrl')+++--+£š•›‡†}yVI8×‰—xHWx`o,**‚ˆ6Z83G½w(‘fA8þ}þÿtŽxy= Q7>++.,l<>A†K7ûsY~vyîìïòBYW k,,+-+*(=NG^P6A9>úÙž_w(~vS7ýpÿ)wg`€|)"HSwgHk|$&&)(JCM`?6B9§ýïÔªª-¶VJ8tüþQf` QL`)++=>5ÆC6Xûz ’‹®ÔÏÉÅÀ¸ RPNlfa]YUS jhf„~yuqmk *)')*+,--, tvnŠ†{nÆE6ÿy M|u†–…‘}S~ øôð#ý 3|QS4h&N@~ (*)())))() (4+ZH@;P8;6C9ÿ›ûïd1I&J6D9¶ÿ`*B&E6E9ÿq¤|g|,k6F9Áü‡ŽNf"mFW8±…ˆ˜jyˆy*)}FS8ÿYú²Ün†*'Œ¯6G9üŒÿ8o#T#KVM8d•aon;3-[on&$)RTUFV8ÿlþ[W.'þ'))8ÆQ6‚w {pUCiwy}ƒ MvfN6!òöT vhm9*w'zƒ '-*,#$('($ mxiWOH@DHnFY8ÿÝG)H_A'*R.6H9þÚÿžƒ~ƒ'€†M7ÿðN;‚{tU\umd:EumtUS('&'')(xpiKN6I9ýyÿ‰H7"06J9A#}{}&|fB8üÞþ8jfw5-.UMf_w$#$$OIQ_ÆU6ý¥þ— yš‘§cGŠ‡ A:3("vm YRdt„h10v‡ ('&++**(&$ fhmPML83wyFX8üÔÿ|dJd3#!B=6K9¹ÿÅiSi&Z6L9ý× Q?Q#FVQ8ÿTÿ@-(öô-("%#&