27085 08/31/1933 M= 8 12 SNBR= 598 NOT NAMED   XING=1 SSS=3  L=05                    
27090 08/31*  0   0   0    0   0*192 562  45    0   0*195 587  70    0   0*195 602  80    0   0*
27095 09/01*196 618  90    0   0*197 636  95    0   0*198 654 100    0   0*208 672 105    0   0*
27100 09/02*220 690 110    0   0*225 700 115    0   0*231 711 115    0   0*236 724 120    0   0*
27105 09/03*242 738 120    0   0*248 754 120    0  10*254 770 120    0  10*258 780 120    0   0*
27110 09/04*262 788 115    0   0*270 804 110    0  15*279 817  55    0   0*283 823  50    0   0*
27115 09/05*287 827  45    0   0*294 831  45    0   0*300 834  45    0   0*305 835  40    0   0*
27120 09/06*309 835  40    0   0*314 834  35    0   0*319 833  35    0   0*323 832  30    0   0*
27125 09/07*327 830  25    0   0*331 828  20    0   0*335 826  20    0   0*339 824  15    0   0*
25695 09/03*251 762 120    0  10*0900*ISLAND*-0.0021793*0.24837334
25695 09/03*257 779 120    0   0*1700*ISLAND*-0.0021793*0.24837334
25705 09/04*269 801 115  948  15*0400*LAND  *-0.0021793*0.24837334
25705 09/04*286 826  45    0   0*2300*SEA   *-0.0019394*0.14254343
25705 09/05*292 830  45  985   0*0400*LAND  *-0.0019394*0.14254343
-9999
RMW at islandfall from observer reports
Pressure and RMW at 1st landfall from Ho, et al. Tech Memo NWS-38 (1987)
RMW after 1st landfall held constant for 2 hours
Pressure at 2nd landfall to seafall agree with seafall pressure