32925 10/09/1947 M= 8  8 SNBR= 732 NOT NAMED   XING=1 SSS=2  L=05                    
32930 10/09*  0   0   0    0   0*154 820  35    0   0*160 822  35    0   0*165 825  35    0   0*
32935 10/10*170 827  40    0   0*175 829  40    0   0*180 830  45    0   0*197 835  50    0   0*
32940 10/11*207 837  55    0   0*223 837  55    0   0*230 832  60    0   0*241 823  65    0   0*
32945 10/12*251 814  70    0   0*258 806  75    0  15*266 798  75  991   0*273 787  75    0   0*
32950 10/13*281 775  70    0   0*293 758  70    0   0*305 746  70    0   0*314 746  70    0   0*
32955 10/14*319 757  65    0   0*318 764  65    0   0*318 771  65    0   0*318 776  65    0   0*
32960 10/15*319 782  70    0   0*320 795  75    0  15*319 810  75  973   0*318 823  65    0   0*
32965 10/16*317 834  50    0   0*318 842  40    0   0*322 850  35    0   0*325 858  25    0   0*
31530 10/11*222 837  55    0   0*0500*LAND  *-0.0038510*0.03924573
31535 10/11*230 832  60    0   0*1200*SEA   *0.00834155*-0.0248347
31540 10/12*252 812  75  980  15*0200*LAND  *0.00834155*-0.0248347
31545 10/12*263 801  75  989  15*1000*SEA   *0.00335195*-0.1043448
31550 10/15*319 809  75  972  15*1130*LAND  *0.00335195*-0.1043448
-9999
Pressure at 2nd landfall from Pressure-Wind relationship from Landsea et al. (2004) Table 7.5
Pressure at 2nd seafall estimated from pressure decay
RMW at 2nd landfall and over land bogused in to be constant
RMW at 3rd landfall from Ho, et al. Tech Memo NWS-38 (1987)
Pressure at 3rd landfall estimated from HURDAT