SIMPLE = T / file does conform to FITS standard BITPIX = 32 / number of bits per data pixel NAXIS = 2 / number of data axes NAXIS1 = 136 / length of data axis 1 NAXIS2 = 136 / length of data axis 2 EXTEND = T / FITS dataset may contain extensions COMMENT FITS (Flexible Image Transport System) format defined in Astronomy andCOMMENT Astrophysics Supplement Series v44/p363, v44/p371, v73/p359, v73/p365.COMMENT Contact the NASA Science Office of Standards and Technology for the COMMENT FITS Definition document #100 and other FITS information. INSTRUME= 'GIS2 ' / Instrument name ORIGIN = 'NASA/GSFC' / origin of fits file OBJECT = '3C273 ' / Name of observed object OBSERVER= 'NONE ' / Principal Investigator RA_NOM = 1.8717E+02 / Nominal R.A. DEC_NOM = 2.0110E+00 / Nominal declination TELESCOP= 'ASCA ' / Telescope (mission) name MJDREF = 4.89880000E+04 / MJD reference day TIMEREF = 'LOCAL ' / reference time TIMESYS = '1993.0 ' / time measured from TIMEUNIT= 's ' / unit for time keywords TSTART = 1.372074857479509E+07 / time start TSTOP = 1.382221225400214E+07 / time stop TELAPSE = 1.014636792070512E+05 / elapsed time ONTIME = 3.306334130693786E+04 / On-source time COORDPRO= 'ASCALIN_V0.9t' / program used to fill SKY and DETECTOR columns DATE-OBS= '08/06/93' / Start date of observations TIME-OBS= '19:14:10' / Start time of observations DATE-END= '09/06/93' / End date of observations TIME-END= '23:30:36' / End time of observations MJD-OBS = 4.914680496035642E+04 / MJD of data start time BIT_RATE= 'MEDIUM ' / Telemetry rate OBS_MODE= 'POINTING' / Observation mode DATAMODE= 'PH ' / Datamode DATE = '2000-01-13T18:53:57' / file creation date (YYYY-MM-DDThh:mm:ss UTC) CONTENT = 'SPECTRUM' / spectrum file contains time intervals and eventCREATOR = 'extractor v3.49' / Extractor ORBITBEG= '93060915' / value of ORBIT0 - applies to input file only ORBITEND= '93060915' / value of ORBIT1 - applies to input file only QPOENAME= ' ' / IRAF QPOE file name to be created by fits2qp TLM_FILE= 'ft930609_2308.2330' / Name of input telemetry file PHA_BINS= 1024 / number of bins for PHA RISEBINS= 32 / number of bins for RISE_TIME TIMEBINS= 1 / number of bins for TIME SP_BINS = 1 / number of bins for SPREAD RAWXBINS= 256 / number of bins for RAWX RAWYBINS= 256 / number of bins for RAWY TIMEDEL = 5.0000000000E-01 / Smallest time increment in PH mode POWER = 'ON ' / GIS power on/off BYPASS = 'OFF ' / Bypass on/off A_POWER = 'ON ' / Analog power on/off HVH_POW = 'ON ' / HV-High power on/off HVL_POW = 'ON ' / HV-Low power on/off HV_RED = 'OFF ' / HV-reduction on/off HVH_LVL = 3 / HV-High level (0 - 7) HVL_LVL = 4 / HV-Low level (0 - 7) GAIN = 48 / Fine Gain level (0 - 63) LE_DS = 0 / Lower energy discriminator level (0 - 3) CPU2 = 'RUN ' / CPU2 run/stop CPU3 = 'RUN ' / CPU3 run/stop CPU_SEL = 'CPU2 ' / CPU selection (CPU2/CPU3) CPU_DSCN= 'CONNECT ' / CPU self-disconnection (connect/discn) RBM_POW = 'ON ' / RBM power on/off RBM_MFLG= 'OFF ' / RBM manual flag on/off RBM_AUTO= 'ON ' / RBM auto flag on/off RBM_FLVL= 3 / RBM flag level (0 - 3) RBM_LDL = 3 / RBM lower energy discriminator level (0 - 3) RT_LD = 159 / Rise time lower discriminator level(0-255) RT_UD = 218 / Rise time upper discriminator level(0-255) RT_B_CD = 1 / Rise time bit condense (0 - 3) ANO_SEL = 'DISABLE ' / Anode selection ANO_TUNE= 'ON ' / Anode gain tuning (on/off) POS_DET = 'FLF ' / Position determination method (FLF/POW2) R_DSCR = 'OFF ' / Radial discriminator (on/off) S_DSCR = 'ON ' / Spread discriminator (on/off) PH_TUNE = 'OFF ' / PH tuning (on/off) MASK_1 = 'OFF ' / Mask1 (on/off) M1_LOGIC= 'OR ' / Mask1 logic (and/or) MASK_2 = 'OFF ' / Mask2 (on/off) M2_RGN = 'OUT ' / Mask2 region (in/out) PH_EVENT= '00000001' / PHevent sel(AAF,AAL0,EDGE,M1,COUT,DOUT,M2,XRAY)X_AN_USE= '1111111111111111' / X-anode use(1) or no-use(0) for X0 - X15 Y_AN_USE= '1111111111111111' / Y-anode use(1) or no-use(0) for Y0 - Y15 CETR_X_P= 120 / X-position center for POW2 method (0-255) CETR_Y_P= 120 / Y-position center for POW2 method (0-255) CETR_X_F= 121 / X-position center for FLF method (0-255) CETR_Y_F= 122 / Y-position center for FLF method (0-255) R_DSCR_P= 255 / Radius discriminator for POW2 method (0-255) R_DSCR_F= 255 / Radius discriminator for FLF method (0-255) SP_A_L_P= 0 / Spread discri A_L for POW2 method (0-255) SP_A_U_P= 255 / Spread discri A_U for POW2 method (0-255) SP_B_P = 0 / Spread discri B for POW2 method (0-255) SP_C_P = 0 / Spread discri C for POW2 method (0-255) SP_PH_P = 0 / Spread discri PH for POW2 method (0-1023) SP_A_L_F= 80 / Spread discri A_L for FLF method (0-255) SP_A_U_F= 239 / Spread discri A_U for FLF method (0-255) SP_B_F = 226 / Spread discri B for FLF method (0-255) SP_C_F = 0 / Spread discri C for FLF method (0-255) SP_PH_F = 0 / Spread discri PH for FLF method (0-1023) MASK1_X = '0000000000000000' / Mask1 X-anode selection for X0 - X15 MASK1_Y = '0000000000000000' / Mask1 Y-anode selection for Y0 - Y15 M2_XL = 0 / Mask2 X-lower boundary (0-255) M2_XU = 255 / Mask2 X-upper boundary (0-255) M2_YL = 0 / Mask2 Y-lower boundary (0-255) M2_YU = 255 / Mask2 Y-upper boundary (0-255) L1_S_DWN= 0 / L1 scale down (0 - 3) LD_S_DWN= 0 / LD hit scale down (0 - 3) M2_S_DWN= 0 / Mask2 event scale down (0 - 8) X_S_DWN = 0 / X-ray event scale down (0 - 8) 1D_S_DWN= 0 / 1D distribution scale down (0 - 8) C2_PGVER= 1 / CPU2 program version number C3_PGVER= 1 / CPU3 program version number EXPOSURE= 3.306334130693786E+04 / Exposure time ORIGMODE= 'PH ' / DATAMODE before any conversion FILTER = 'NONE ' / Instrument filter in use LIVETIME= 3.306334130693786E+04 / On-source time USER = 'ebisawa ' / User name of creator FILIN001= 'ad70023000g200170h.evt.gz' / Input file name TIMEZERO= 0.000000000000000E+00 / Time Zero HISTORY TASK:FLOOKUP on filename:/data/data22/seq_proc/70023000.005/screen_outHISTORY _event.xsl HISTORY flookup3.0c at 30/5/98 11:45:14 HISTORY using lookup table:/opt/local/ftools/ftools.4.0.c/SunOS_5.4_sparc/rHISTORY efdata/rti SEQNUM = 70023000 / Sequential number from ODB SEQPNUM = 005 / Number of times sequence processed PROCVER = '7.2.3 ' / Processing configuration number JPPINUM = 50 JPPINAME= ' ' JPPIADR1= 'DEPARTMENT OF PHYSICS' JPPIADR2= 'TOKYO METROPOLITAN UNIVERSITY' JPPIADR3= '1-1, MINAMI-OHSAWA' JPPIADR4= 'HACHIOJI, TOKYO 192-03' JPPIADR5= 'JAPAN ' JPPIEADR= 'OHASHI@PHYS.METRO-U.AC.JP' FNAME = 'ad70023000g200570m.evt' HDUCLASS= 'ogip ' / Format conforms to OGIP/GSFC conventions HDUCLAS1= 'IMAGE ' / Extension contains an image CLOCKAPP= F / Is mission time corrected for clock drift? TASSIGN = 'SATELLITE' / location of time assignment COMMENT Rise time = RT * 2^RT_B_CD + RT_LD GISLIN1 = 'ASCALIN_V0.9t : CAL FILE: gis2_ano_on_flf_180295.fits' / GISLIN2 = 'ASCALIN_V0.9t : CAL FILE DATE STAMP: 23/02/94' / FOV_X_MM= 44.00000000 / Detector X field of view (mm) FOV_Y_MM= 44.00000000 / Detector Y field of view (mm) RAN_SEED= -1956 / Random number generator seed GISPI1 = 'ASCALIN_V0.9t : CAL FILE: gis2_ano_on_flf_180295.fits' / GISPI2 = 'ASCALIN_V0.9t : CAL FILE DATE STAMP: 23/02/94' / GISPI3 = 'ASCALIN_V0.9t : GAIN FILE: ft930609_2308_2330.ghf' / GISPI4 = 'ASCALIN_V0.9t : GAIN FILE DATE STAMP: 30/05/98' / GISPI5 = 1.00000000 / Overall gain scale renorm factor (unity) GISPI6 = 0.00000000 / Overall gain scale offset correction (keV) ASPECT1 = 'ASCALIN_V0.9t : ATT FILE: fa930609_2308.2330' / ASPECT2 = 'ASCALIN_V0.9t : ATT FILE DATE STAMP: NOT AVAILABLE' / RADECSYS= 'FK5 ' / World Coordinate System EQUINOX = 2.000E+03 / Equinox of celestial coord system RA_PNT = 187.156677 / File average value of RA (degrees) DEC_PNT = 1.995357 / File average value of DEC (degrees) PA_PNT = 65.147514 / File average value of ROLL (degrees) RA_PNTE = 0.001555 / File standard deviation of RA (degrees) DEC_PNTE= 0.002881 / File standard deviation of DEC (degrees) PA_PNTE = 0.000010 / File standard deviation of ROLL (degrees) RA__MEAN= 187.189346 / Mean pointing RA (degrees) DEC_MEAN= 2.026219 / Mean pointing DEC (degrees) HDUCLAS2= 'WMAP ' / Extension contains a weighted map AXLEN1 = 136 / Dim of axis 1 AXLEN2 = 136 / Dim of axis 2 FILIN002= 'ad70023000g200370m.evt.gz' / Input file name FILIN003= 'ad70023000g200270h.evt.gz' / Input file name FILIN004= 'ad70023000g200470m.evt.gz' / Input file name FILIN005= 'ad70023000g200570m.evt.gz' / Input file name WMREBIN = 1 / Weighted Map rebinning OBS-MODE= -10 / observing mode 1=point,2=slew,3=calibration NPIXSOU = 1.4616000000E+04 / Number of image bin in region SKYBIN = 1 / Image binning factor PIXSIZE = 4.093000000000000E-03 / Image binsize (degrees) CRPIX1 = 1.000000000000000E+00 / X axis reference pixel CRPIX2 = 1.000000000000000E+00 / Y axis reference pixel CRVAL1 = 61 / coord of X ref pixel X-OFFSET= 61 / X offset for map CRVAL2 = 61 / coord of Y ref pixel Y-OFFSET= 61 / Y offset for map OPTIC1 = 1.330000000000000E+02 / X Optical axis OPTIC2 = 1.309600067100000E+02 / Y Optical axis CDELT1 = 2.500000000000000E-01 / X axis increment CDELT2 = 2.500000000000000E-01 / Y axis increment TOTCTS = 83509 / Total pixel count BLANK = -1 / Null value HDUVERS = '1.1.0 ' / Version of format (OGIP memo OGIP-96-001) HDUVERS1= '1.0.0 ' / Obsolete HDUVERS2= '1.0.0 ' / Obsolete HISTORY extractor v3.49 CHECKSUM= 'cX4XeV4WcV4WcV4W' / HDU checksum updated 2000-01-13T18:53:57 DATASUM = '83509 ' / data unit checksum updated 2000-01-13T18:53:57 END �� !+#" �� &!(,66." �� $%"&!20;GB21+ �� '-#,3<DM=MGS(%0## �� !!>:<CVCc_f�CS;3#,$ �� 54EDF_`�iv�`UI7/0 �� (.EDQdch��uuNF=C.)* �� *47Dkjy��~yO;D2, ��#$%*6Vo}��tYL>?4 �� !0CVx��9p]"��nTCD-! �� "*#:BMw�d��?��aR</! �� $.1/o��K�#�A��iV=D5$ �� .4No��y�^��uQM8, �� %1=[~��,��}iQ=30' �� *8Bb��x��H��gR<(4% �� *6ISy��0msa*��zf[H60-# �� &/CWPn��-9)��gjYJ.9( �� "#.3;EYg��w\eGI032 �� 09KEY��~phpUO=7- ��.2GHRil��_UQWQMA7-$ �� '-86GNjnZDD;6;/@1" �� %2-1ABPL<,92/5++%" $4(7<4AE611501(2 30$/8200"-)(#! "&-/)0+/"('' !,.-.$ !& $ �� XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 14 / width of table in bytes NAXIS2 = 1024 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 5 / number of fields in each row TTYPE1 = 'CHANNEL ' / label for field 1 TFORM1 = 'I ' / data format of field: 2-byte INTEGER TTYPE2 = 'COUNTS ' / label for field 2 TFORM2 = 'J ' / data format of field: 4-byte INTEGER TUNIT2 = 'count ' / physical unit of field TTYPE3 = 'SYS_ERR ' / label for field 3 TFORM3 = 'E ' / data format of field: 4-byte REAL TTYPE4 = 'QUALITY ' / label for field 4 TFORM4 = 'I ' / data format of field: 2-byte INTEGER TTYPE5 = 'GROUPING' / label for field 5 TFORM5 = 'I ' / data format of field: 2-byte INTEGER EXTNAME = 'SPECTRUM' / name of this binary table extension HDUCLASS= 'OGIP ' / format conforms to OGIP standard HDUCLAS1= 'SPECTRUM' / PHA dataset (OGIP memo OGIP-92-007) HDUVERS1= '1.1.0 ' / Version of format (OGIP memo OGIP-92-007a) HDUCLAS2= 'TOTAL ' / Gross PHA Spectrum (source + bkgd) HDUCLAS3= 'COUNT ' / PHA data stored as Counts (not count/s) CHANTYPE= 'PI ' / type of channel PHA/PI TLMIN1 = 0 / Lowest legal channel number TLMAX1 = 1023 / Highest legal channel number POISSERR= T / Poissonian errors to be assumed STAT_ERR= 0 / no statistical error specified DETCHANS= 1024 / Total No. of Detector Channels available HDUVERS = '1.1.0 ' / Version of format (OGIP memo OGIP-92-007a) TELESCOP= 'ASCA ' / Telescope (mission) name INSTRUME= 'GIS2 ' / Instrument name FILTER = 'NONE ' / Instrument filter in use EXPOSURE= 0.3306333984375E+05 / Exposure time AREASCAL= 0.1000000000000E+01 / Area scaling factor BACKFILE= 'none ' / Background FITS file BACKSCAL= 0.2230219990015E+00 / Background scale factor CORRFILE= 'none ' / Correlation FITS file CORRSCAL= 0.1000000000000E+01 / Correlation scale factor RESPFILE= 'none ' / redistribution matrix ANCRFILE= 'none ' / ancillary response PHAVERSN= '1992a ' / obsolete HISTORY FITS SPECTRUM extension written by WTPHA1 3.2.1 DATAMODE= 'PH ' / Datamode OBJECT = '3C273 ' / Name of observed object ONTIME = 3.306334130693786E+04 / On-source time LIVETIME= 3.306334130693786E+04 / On-source time DATE-OBS= '08/06/93' / Start date of observations TIME-OBS= '19:14:10' / Start time of observations DATE-END= '09/06/93' / End date of observations TIME-END= '23:30:36' / End time of observations TSTART = 1.372074857479509E+07 / time start TSTOP = 1.382221225400214E+07 / time stop TELAPSE = 1.014636792070512E+05 / elapsed time MJD-OBS = 4.914680496035642E+04 / MJD of data start time MJDREF = 4.89880000E+04 / MJD reference day TIMEREF = 'LOCAL ' / reference time TIMESYS = '1993.0 ' / time measured from TIMEUNIT= 's ' / unit for time keywords EQUINOX = 2.000E+03 / Equinox of celestial coord system USER = 'ebisawa ' / User name of creator FILIN001= 'ad70023000g200170h.evt.gz' / Input file name FILIN002= 'ad70023000g200370m.evt.gz' / Input file name FILIN003= 'ad70023000g200270h.evt.gz' / Input file name FILIN004= 'ad70023000g200470m.evt.gz' / Input file name FILIN005= 'ad70023000g200570m.evt.gz' / Input file name ORIGIN = 'NASA/GSFC' / origin of fits file CREATOR = 'extractor v3.49' / Extractor DATE = '2000-01-13T18:54:23' / file creation date (YYYY-MM-DDThh:mm:ss UTC) TOTCTS = 83509 / Total counts in spectrum RADECSYS= 'FK4 ' / coord frame used for EQUINOX RA_PNT = 1.871585022000000E+02 / File average of RA(degrees) DEC_PNT = 1.993418400000000E+00 / File average of DEC(degrees) PA_PNT = 6.514781920000000E+01 / File average of ROLL(degrees) HISTORY extractor v3.49 CHECKSUM= '9K7AFH779H7ACH75' / HDU checksum updated 2000-01-13T18:53:57 DATASUM = '2695209880' / data unit checksum updated 2000-01-13T18:53:57 CREATOR = 'grppha 2.8.1' / s/w task which wrote this dataset HISTORY This extension has been written by WT_SPEC Ver 1.5.0 HISTORY The original fits file was /local2/ASCARAY/xsel_hist.xsl END �� %��*/��-��,��-,��=��1��*N��@��7�� .!E��"3��#?��$B%A��&2��'5��(E)T��*N��+E��,J-A��.D��/T��0P1T��2O��3O��4X5Z��6f��7L��8j9h��:h��;��<�=��>��?��@�A��B��C��D�E��F��G��H�I��J��K��L�M��N'��O��P+QB��R��S!��TBU6��V4��WZ��X!YW��ZR��[s��\]]j��^p��_R��`|as��b��c}��d�e��f��g��h�i��j��k��l�mk��n��o��p�q��r��s��t�u��v��w��x�y��z��{��|�}��~��o��z��r��u��v��x��[��j��V�z��O��J��}�_��~��Q��S�r��t��G��A�B��I��2��-�^��7��G��<��z��{�|��|��z��w��{}�� z ��{��u��{��|��~��{j��n��q��z��w��|�� ~!s��"��#_��$j%h��&x��'j��(g)x��*^��+{��,{-d��.Z��/i��0a1r��2��3W��4a5n��6z��7]��8c9`��:h��;r��<j=\��>m��?d��@gAl��B_��C]��DdEm��F\��Gn��H[IY��JY��KU��LOMS��Nm��Oi��PlQe��RY��SZ��T`UO��V<��WW��XVYX��Z_��[l��\V]P��^O��_B��`VaZ��bO��cL��dWeW��fM��gE��hLi`��jL��kX��lUmJ��nW��oP��p:q>��r]��s_��tJuM��vU��w[��xEyN��zT��{Q��|X}Z��~>��Y��J�J��Q��B��M�=��H��@��Q�N��G��N��J�W��Q��J��W�R��H��A��J�L��L��R��I�X��U��S��H�T��I��H��X�R��O��F��1�D��H��H��6�:��>��?��5�C��D��@��;�I��5��N��6�5��6��9��8�7��2��4��<�8��;��8��5�5��1��E��;�3��5��1��6�1��;��B��8�3��B��0��6�6��1��/��3�6��;��+��2�,��;��,��3�)��&��'��$�+��0��,��,�4��+��)��)�>��1��*��-��,��(��(�-��+��-��'� ��-�� &�(��+��,��,�&��&��0��%%��*��,��.*��4��)��# �� !��+��( "��-��(��!��'��%)��!��#�� *!)��"��#!��$!%��&��'��( )1��*"��++��,-��. ��/"��01#��2%��3��45��6��7��89��:��;��<=��>��? ��@A��B��C��DE��F��G��HI��J��K��LM��N��O��PQ��R��S��TU ��V��W��XY��Z��[��\]��^��_��`a��b��c��de��f��g��hi��j��k��lm��n��o ��pq��r ��s��tu��v��w��x y��z��{��|}��~�� !��" ��#��$% ��&��'��()��*��+��,-��.��/��01��2��3��45��6��7��89��:��;��< =��>��?��@A��B��C��DE��F��G��HI��J��K��LM��N��O��PQ��R��S��TU��V��W��XY��Z��[��\]��^��_��`a��b��c��de��f��g��hi��j��k��lm��n��o��pq��r��s��tu��v��w��xy��z��{��|}��~��XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 16 / width of table in bytes NAXIS2 = 97 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 2 / number of fields in each row TTYPE1 = 'START ' / label for field 1 TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 's ' / physical unit of field TTYPE2 = 'STOP ' / label for field 2 TFORM2 = '1D ' / data format of field: 8-byte DOUBLE TUNIT2 = 's ' / physical unit of field EXTNAME = 'GTI ' / name of this binary table extension HDUCLASS= 'ogip ' / File conforms to OGIP/GSFC conventions HDUCLAS1= 'GTI ' / File contains Good Time Intervals HDUCLAS2= 'STANDARD' / File contains Good Time Intervals TELESCOP= 'ASCA ' / Telescope (mission) name DATAMODE= 'PH ' / Datamode INSTRUME= 'GIS2 ' / Instrument name FILTER = 'NONE ' / Instrument filter in use OBJECT = '3C273 ' / Name of observed object ONTIME = 3.306334130693786E+04 / On-source time EXPOSURE= 3.306334130693786E+04 / Exposure time LIVETIME= 3.306334130693786E+04 / On-source time DATE-OBS= '08/06/93' / Start date of observations TIME-OBS= '19:14:10' / Start time of observations DATE-END= '09/06/93' / End date of observations TIME-END= '23:30:36' / End time of observations TSTART = 1.372074857479509E+07 / time start TSTOP = 1.382221225400214E+07 / time stop TELAPSE = 1.014636792070512E+05 / elapsed time MJD-OBS = 4.914680496035642E+04 / MJD of data start time MJDREF = 4.89880000E+04 / MJD reference day TIMEREF = 'LOCAL ' / reference time TIMESYS = '1993.0 ' / time measured from TIMEUNIT= 's ' / unit for time keywords EQUINOX = 2.000E+03 / Equinox of celestial coord system USER = 'ebisawa ' / User name of creator FILIN001= 'ad70023000g200170h.evt.gz' / Input file name FILIN002= 'ad70023000g200370m.evt.gz' / Input file name FILIN003= 'ad70023000g200270h.evt.gz' / Input file name FILIN004= 'ad70023000g200470m.evt.gz' / Input file name FILIN005= 'ad70023000g200570m.evt.gz' / Input file name ORIGIN = 'NASA/GSFC' / origin of fits file CREATOR = 'extractor v3.49' / Extractor DATE = '2000-01-13T18:53:57' / file creation date (YYYY-MM-DDThh:mm:ss UTC) MTYPE1 = 'TIME ' / Data type MFORM1 = 'START,STOP' / names of the start and stop columns METYP1 = 'R ' / data descriptor type: Range, binned data CHECKSUM= 'X2RDX1OCX1OCX1OC' / HDU checksum updated 2000-01-13T18:53:57 DATASUM = '2947988923' / data unit checksum updated 2000-01-13T18:53:57 END Aj+��d��Aj+��d��Aj+��d��Aj+�d��Aj+�d��Aj+��9�{Aj- �d��Aj-��Aj-Q�g�Aj-1�d��Aj-5�d��Aj-F��Aj-F��\Aj-OQ�ִAj.W��؝Aj.i�d��Aj.m�d��Aj.ő��Aj.�ѣ�Aj.͒d��Aj/�d��Aj0-�d��Aj14Q 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