SIMPLE  =                    T / file does conform to FITS standard             BITPIX  =                   32 / number of bits per data pixel                  NAXIS   =                    2 / number of data axes                            NAXIS1  =                  596 / length of data axis 1                          NAXIS2  =                  596 / length of data axis 2                          EXTEND  =                    T / FITS dataset may contain extensions            XPROC0  = 'evselect table=xmm0555781001/products/events/fullrun_pn_xmm05557810&'CONTINUE  '01_pi300-10000.evt.gz:EVENTS filteredset=filtered.fits withfiltered&'CONTINUE  'set=no keepfilteroutput=no flagcolumn=EVFLAG flagbit=-1 destruct=ye&'CONTINUE  's dssblock='''' expression=''PI in [2000:10000]'' filtertype=expres&'CONTINUE  'sion cleandss=no updateexposure=yes filterexposure=yes writedss=yes&'CONTINUE  ' blockstocopy='''' attributestocopy='''' energycolumn=PHA zcolumn=W&'CONTINUE  'EIGHT zerrorcolumn=EWEIGHT withzerrorcolumn=no withzcolumn=no ignor&'CONTINUE  'elegallimits=no imageset=xmm0555781001/products/images/fullrun_pn_x&'CONTINUE  'mm0555781001_pi300-10000_hard.img xcolumn=X ycolumn=Y ximagebinsize&'CONTINUE  '=87 yimagebinsize=87 squarepixels=no ximagesize=600 yimagesize=600 &'CONTINUE  'imagebinning=binSize ximagemin=1 ximagemax=640 withxranges=no yimag&'CONTINUE  'emin=1 yimagemax=640 withyranges=no imagedatatype=Real64 withimaged&'CONTINUE  'atatype=no raimagecenter=0 decimagecenter=0 withcelestialcenter=no &'CONTINUE  'withimageset=yes spectrumset=spectrum.fits spectralbinsize=10 specc&'CONTINUE  'hannelmin=0 specchannelmax=4095 withspecranges=no withspectrumset=n&'CONTINUE  'o rateset=rate.fits timecolumn=TIME timebinsize=1 timemin=0 timemax&'CONTINUE  '=1000 withtimeranges=no maketimecolumn=no makeratecolumn=no withrat&'CONTINUE  'eset=no histogramset=histo.fits histogramcolumn=TIME histogrambinsi&'CONTINUE  'ze=1 histogrammin=0 histogrammax=1000 withhistoranges=no withhistog&'CONTINUE  'ramset=no # (evselect-3.61) [xmmsas_20110223_1801-11.0.0]'           XDAL0   = 'xmm0555781001/products/images/fullrun_pn_xmm0555781001_pi300-10000_&'CONTINUE  'hard.img 2012-01-18T02:36:28.000 Create evselect (evselect-3.61) [x&'CONTINUE  'mmsas_20110223_1801-11.0.0] High SAS_MEMORY_MODEL= SAS_ROWS= SAS_ZE&'CONTINUE  'RO_ROWS= SAS_COLUMN_WISE= '                                          CREATOR = 'evselect (evselect-3.61) [xmmsas_20110223_1801-11.0.0]' / name of codDATE    = '2012-01-18T02:36:29.000' / creation date                             ORIGIN  = 'User site'                                                           ODSVER  = '16.972  '           / ODS version                                    ODSCHAIN= 'S2KO    '           / Processing Chain                               FILTER  = 'Thin1   '           / Filter ID                                      FRMTIME =                   73 / [ms] Frame Time, nearest integer               TELESCOP= 'XMM     '           / Telescope (mission) name                       INSTRUME= 'EPN     '           / Instrument name                                REVOLUT =                 1671 / XMM revolution number                          OBS_MODE= 'POINTING'           / Observation mode (pointing or slew)            OBS_ID  = '0555781001'         / Observation identifier                         EXP_ID  = '0555781001003'      / Exposure identifier                            EXPIDSTR= 'S003    '           / Exposure identifier (Xnnn)                     CONTENT = 'EPIC PN IMAGING MODE EVENT LIST'                                     DATAMODE= 'IMAGING '           / Instrument mode (IMAGING, TIMING, BURST, etc.) SUBMODE = 'PrimeFullWindow'    / Guest Observer mode                            OBJECT  = 'CDFS    '           / Name of observed object                        DATE-OBS= '2009-01-22T19:02:33' / Start Time (UTC) of exposure                  DATE-END= '2009-01-24T05:28:41' / End Time (UTC) of exposure                    DATE_OBS= '2009-01-22T18:39:27.000' / Date observations were made               DATE_END= '2009-01-24T05:36:20.000' / Date observations ended                   DURATION= 1.25813000000000E+05 / [s] Duration of observation                    TIMESYS = 'TT      '           / XMM time will be TT (Terrestial Time)          MJDREF  = 5.08140000000000E+04 / [d] 1998-01-01T00:00:00 (TT) expressed in MJD (TIMEZERO=                    0 / Clock correction (if not zero)                 TIMEUNIT= 's       '           / All times in s unless specified otherwise      CLOCKAPP=                    T / Clock correction applied                       TIMEREF = 'LOCAL   '           / Reference location of photon arrival times     TASSIGN = 'SATELLITE'          / Location of time assignment                    OBSERVER= 'Dr Andrea Comastri' / Name of PI                                     RA_OBJ  = 5.30945835000000E+01 / [deg] Ra of the observed object                DEC_OBJ = -2.78402777000000E+01 / [deg] Dec of the observed object              RA_NOM  = 5.30945835000000E+01 / [deg] Ra of boresight                          DEC_NOM = -2.78402777000000E+01 / [deg] Dec of boresight                        SRCPOS  =                  190 / [pixel] Assumed RAWY source position for fast mEXPSTART= '2009-01-22T19:02:33' / Start Time (UTC) of exposure                  EXPSTOP = '2009-01-24T05:28:41' / End Time (UTC) of exposure                    OBSSTART= '2009-01-22T18:39:27.000' / Date observation was started              OBSSTOP = '2009-01-24T05:36:20.000' / Date observation was stopped              ATT_SRC = 'AHF     '           / Source of attitude data (AHF|RAF|THF)          ORB_RCNS=                    T / Reconstructed orbit data used?                 TFIT_RPD=                    F / Recalculated signal propagation delays?        TFIT_DEG=                    4 / Degree of OBT-MET fit polynomial               TFIT_RMS= 4.15685897236695E-06 / RMS value of OBT-MET polynomial fit            TFIT_PFR= 0.00000000000000E+00 / Fraction of disregarded TCS data points        TFIT_IGH=                    T / Ignored GS handover in TC data?                LONGSTRN= 'OGIP 1.0'                                                            EQUINOX = 2.00000000000000E+03 / Equinox for sky coordinate x/y axes            RADECSYS= 'FK5     '           / World coord. system for this file              REFXCTYP= 'RA---TAN'           / WCS Coord. type: RA tangent plane projection   REFXCRPX=                25921 / WCS axis reference pixel of projected image    REFXCRVL= 5.31227500000000E+01 / [deg] WCS coord. at X axis ref. pixel          REFXCDLT= -1.38888888888889E-05 / [deg/pix] WCS X increment at ref. pixel       REFXLMIN=                    1 / WCS minimum legal QPOE projected image X axis vREFXLMAX=                51840 / WCS maximum legal QPOE projected image X axis vREFXDMIN=                11900 / WCS minimum projected image X axis data value  REFXDMAX=                23878 / WCS maximum projected image X axis data value  REFXCUNI= 'deg     '           / WCS Physical units of X axis                   REFYCTYP= 'DEC--TAN'           / WCS Coord. type: DEC tangent plane projection  REFYCRPX=                25921 / WCS axis reference pixel of projected image    REFYCRVL= -2.78531111111111E+01 / [deg] WCS coord. at Y axis ref. pixel         REFYCDLT= 1.38888888888889E-05 / [deg/pix] WCS Y increment at ref. pixel        REFYLMIN=                    1 / WCS minimum legal QPOE projected image Y axis vREFYLMAX=                51840 / WCS maximum legal QPOE projected image Y axis vREFYDMIN=                33843 / WCS minimum projected image Y axis data value  REFYDMAX=                50051 / WCS maximum projected image Y axis data value  REFYCUNI= 'deg     '           / WCS Physical units of Y axis                   AVRG_PNT= 'MEDIAN  '           / Meaning of PNT values (mean or median)         RA_PNT  = 5.31227500000000E+01 / [deg] Actual (mean) pointing RA of the optical DEC_PNT = -2.78531111111111E+01 / [deg] Actual (mean) pointing Dec of the opticaPA_PNT  = 2.41727172851563E+02 / [deg] Actual (mean) measured position angle of HISTORY Created by evselect (evselect-3.61) [xmmsas_20110223_1801-11.0.0] at 201HISTORY 2-01-18T02:36:28                                                        XMMSEP  =                   79 / 79 primary image keywords follow               SLCTEXPR= 'PI in [2000:10000]' / Filtering expression used by evselect          HDUCLASS= 'OGIP    '           / Format conforms to OGIP/GSFC conventions       HDUCLAS1= 'IMAGE   '           / File contains an Image                         HDUCLAS2= 'TOTAL   '           / Gross Image                                    HDUVERS1= '1.1.0   '           / Version of format                              CTYPE1  = 'RA---TAN'           / Coord. type: RA tangent plane projection       CRPIX1  = 2.98436781609195E+02 / WCS reference pixel                            CRVAL1  = 5.31227500000000E+01 / [deg] coord. at X axis ref. pixel              CUNIT1  = 'deg     '           / Physical units of X axis                       CDELT1  = -1.20833333333333E-03 / WCS pixel size                                CTYPE1L = 'X       '           / WCS coordinate name                            CRPIX1L =                    1 / WCS reference pixel                            CRVAL1L = 4.40000000000000E+01 / WCS reference pixel value                      CDELT1L = 8.70000000000000E+01 / WCS pixel size                                 LTV1    = 4.94252873563218E-01                                                  LTM1_1  = 1.14942528735632E-02                                                  CTYPE2  = 'DEC--TAN'           / Coord. type: DEC tangent plane projection      CRPIX2  = 2.98436781609195E+02 / WCS reference pixel                            CRVAL2  = -2.78531111111111E+01 / [deg] coord. at Y axis ref. pixel             CUNIT2  = 'deg     '           / Physical units of Y axis                       CDELT2  = 1.20833333333333E-03 / WCS pixel size                                 CTYPE2L = 'Y       '           / WCS coordinate name                            CRPIX2L =                    1 / WCS reference pixel                            CRVAL2L = 4.40000000000000E+01 / WCS reference pixel value                      CDELT2L = 8.70000000000000E+01 / WCS pixel size                                 LTV2    = 4.94252873563218E-01                                                  LTM2_2  = 1.14942528735632E-02                                                  WCSNAMEL= 'PHYSICAL'           / WCS L name                                     WCSAXESL=                    2 / No. of axes for WCS L                          LTM1_2  =                    0                                                  LTM2_1  =                    0                                                  DSTYP1  = 'CCDNR   '           / data subspace descriptor: name                 DSTYP2  = 'TIME    '           / data subspace descriptor: name                 DSUNI2  = 's       '           / data subspace descriptor: units                DSTYP3  = 'FLAG    '           / data subspace descriptor: name                 DSTYP4  = 'PATTERN '           / data subspace descriptor: name                 DSTYP5  = 'PI      '           / data subspace descriptor: name                 DSUNI5  = 'eV      '           / data subspace descriptor: units                DSVAL1  = '1       '           / data subspace descriptor: value                DSVAL2  = 'TABLE   '           / data subspace descriptor: value                DSREF2  = ':STDGTI01'          / data subspace descriptor: reference            DSVAL3  = '0       '           / data subspace descriptor: value                DSVAL4  = ':4      '           / data subspace descriptor: value                DSVAL5  = '2000:10000'         / data subspace descriptor: value                2DSVAL1 = '2       '           / data subspace descriptor: value                2DSREF2 = ':STDGTI02'          / data subspace descriptor: reference            3DSVAL1 = '3       '           / data subspace descriptor: value                3DSREF2 = ':STDGTI03'          / data subspace descriptor: reference            4DSVAL1 = '4       '           / data subspace descriptor: value                4DSREF2 = ':STDGTI04'          / data subspace descriptor: reference            5DSVAL1 = '5       '           / data subspace descriptor: value                5DSREF2 = ':STDGTI05'          / data subspace descriptor: reference            6DSVAL1 = '6       '           / data subspace descriptor: value                6DSREF2 = ':STDGTI06'          / data subspace descriptor: reference            7DSVAL1 = '7       '           / data subspace descriptor: value                7DSREF2 = ':STDGTI07'          / data subspace descriptor: reference            8DSVAL1 = '8       '           / data subspace descriptor: value                8DSREF2 = ':STDGTI08'          / data subspace descriptor: reference            9DSVAL1 = '9       '           / data subspace descriptor: value                9DSREF2 = ':STDGTI09'          / data subspace descriptor: reference            10DSVAL1= '10      '           / data subspace descriptor: value                10DSREF2= ':STDGTI10'          / data subspace descriptor: reference            11DSVAL1= '11      '           / data subspace descriptor: value                11DSREF2= ':STDGTI11'          / data subspace descriptor: reference            12DSVAL1= '12      '           / data subspace descriptor: value                12DSREF2= ':STDGTI12'          / data subspace descriptor: reference            ONTIME01= 1.22017554081678E+05 / Sum of GTIs for a particular CCD               ONTIME02= 1.22017554081857E+05 / Sum of GTIs for a particular CCD               ONTIME03= 1.22017554081380E+05 / Sum of GTIs for a particular CCD               ONTIME04= 1.21932303894758E+05 / Sum of GTIs for a particular CCD               ONTIME05= 1.21932597355127E+05 / Sum of GTIs for a particular CCD               ONTIME06= 1.21932597355127E+05 / Sum of GTIs for a particular CCD               ONTIME07= 1.20381366801679E+05 / Sum of GTIs for a particular CCD               ONTIME08= 1.20381366801858E+05 / Sum of GTIs for a particular CCD               ONTIME09= 1.20381366801858E+05 / Sum of GTIs for a particular CCD               ONTIME10= 1.20815907917023E+05 / Sum of GTIs for a particular CCD               ONTIME11= 1.20815907917500E+05 / Sum of GTIs for a particular CCD               ONTIME12= 1.20815907917500E+05 / Sum of GTIs for a particular CCD               EXPOSURE= 1.22017554081857E+05 / max of ONTIMEnn values                         END                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                             


 
!$	

'		&## $#







	$


%!#

&  *#		!


		# 
%
#$$$$  
 %#

 
!

%""
	 !#$  
%"! 
 $  	%#!
   &#$

	
+!

	 

&	    


 
!"
"!
!% # !
	

$  
 #""'%	!$

&$! #/	 "& !"!! 





 !# $!"
	
	

($$$"&!$!!	
 '
$!"	!	!!$&!"#*"#""  
 &!$"! #$&# # !!)
( 



&" ##"" !"" !
-"%	

$"#%$
	!$! !!$ &""$
 " '
!

"$!!  #! ""#&!"" "#!#"
	"&#"!"#  
!&


 !"!!%%! !#$%
%%  '	  
'!'!
  #-')"!" *
&'"""# & $ % &&

 # &#
  $(#"$  % !"#$"$
$ ## #	 $
!!#
 !	!$!" $$#"
"'$$!! " #!"& !" 


	"!$ $#!!("%!"! "!%"$&  $ %
 &!%" %#

# ) 	*#!!
# $
!"

$!  !&#!&)!""% 

$%)
%'$""$
	# "!!#  !&
	 %' !  "$#
	
!!"!$!    % !! % "(
!"!!#! " ""	"!% !  "!$!""&	$%   $ 
#$! !$!$ #*
$%! - !
!&!    ! 
&""$
"!$!% %"'"% " 
  $!"!'!+" * #

"$$ ! &" - +0%  )"##
 %" " $'!( 
 )! !%& !%! ! #!%!")!"

,	! "'!"&!
#  ""!
& '#! % $&% !$!"#)$!$#""#!' %!"&% 
# ! #

 """ $ !
 ".!% $$*"'#!
!"
! !"
% "+ '! !'#""!",$%"' (	+ ! $(
 "$$!#$!   $% "	
 !#!%&# #%  %$('  "!%"!
%$!#   )!! #) # &"%# '&!

!#
(#$%(),!""#  0!"  $"
( !&!"%,"%(#$#&'
	
  "'"#)#" )$ !%"
#%',%*&!!% #! $ !%""  ' 
%"" "  % !"$,!" !$(!!$&"	
#%#&# ### !
"&#"$(  !)!'!"% '!! &""$'!!    #
	 %!# & !""# !$%&	% 
! !$ ) 
$	!#
! # "!"%$
	 #! !"" %$%' ")#%!$
$)+**! ! &! # !$"!#" 
 !	###!"! "! (# %!%.$
+,&5%((!"(!$& # "#
 !"!'$" % 
	 )! %" $!$#!%"$&$ #!#!* $)%!$!!!!" ")( '*"$ "& *#
 $  $.""	(" " ! % $%#!#!$# ""*$!#'$+ ! $!!%!$!!""#!! "
!"'

(#   " 
!   !

# "&
$($!"!/&&$ ##"#( 
 )*#$)  #$# (,"&!#/#$$%"'!"'# # 
&
#!"!" $"! $ $%&& !  "
"! !$ *#!)#$#"
  (*"!$## $" &!&&$!!#
!## 
  &#"%"%)$ !&(##!%"$"$#
	!$ #'#% #%(!""#'"'&!$	#%&$$& # 
$  #	("#!#
	,%#%!!%!$*%!# $!
%#*"&
("*!!! "!%%) & ,!&& "!!!$
%
 " ! )"! / !'("! #$#""#%2"')
&#("("$!  #&&$+! !!!#$%)" "$! +)#%$!"!#!(" !'%!!#$ # %*#$'#'*' 
!*&" !# # '$&#
"  ("#$  #)
 #"""  '$!( &$"#"!"#%)%'&&$#)% !"% !"## -" %+##$$"'#%" "!  !
 $$ &" 
!
!'!#$)* !$") "!'%###"#
!##('#
!" # $$ %#'$$!%*##! -##!!
! 
 #
!%"""(#&%"$'""#$# ""!!)"&
   %!!

	#(%"$%!%"$-$"$!!!$
&&'%$$(
!"(
$%&  "!$
'!!!!# $&!)(##'# $ "$""!&$-$+#
	 #$ %	#$)$#")-/(""& $'(!%'$%%$! !#"!!)	&"!"  $"# $$ *#""$&"( #(* #&%&!%#!$. %" " () +$#'%#"
! '!!  %
!," ##! "$( &"!&#%!$!&"%%##  !%*)
 ""!#.& ' $#&'%!"!%"!&
#'  *"
"!#!  $" 	' !!%#$
% ," #!!$+"$!"'")!!$!$ $!!( # &  
$#"!"%')##*'(%&#$&	# ""'&0 "!!"#	
 #!"#!
& .
! )!%""!%$&%%' & ! %!"*"&!! !
#!$*#,!')%"   "," !"""# $ % " ! $$$*" !!
#!"!"!$" &! /! !!)(% $"" "!(%%%%*	
' '&"#%!&'%"&)#""#%)$ #&$$!
"%% !$!!!"!"$' !"$! #.$#$%#'"+%!!"'!#!* ')""*$#

"*"$'$% $$ $$ "'$ "! (##!&$%)!"  $ #! %!% % 1"" 
%
 
! !#+ "%$ )!& &, $$' "!"  ".)($  "!""&#"".##/ #!$  !"!!	 !!"
+)!$#!!# .!$/"
!"('" !!'&+% "!  !&(%
!! #(#!"!!&)!%#"% # #$$$ & &($$
"$"!
!""*		 !# ( " ( & %!$' !
" %'$$!'%!"#" $#! $ '*$'"!!**# % ( -"!#$% ++#" ! $3)#" $""
 
'$%"!	% $

 $   !
 #"!$$ %# %  !!$&+%!"!" %$( $#$)$!$#!$"
 "" "'%(%# $+!#$&-" 
!" !$# &#)#$&!), #
 &( !,%  ($&) #	!$*& / (!"&$##"$$&%%!+1#+/!!,%	!# $" !'#""+"#
#& 
$!!!%"!" #'"$'"  # $! 
#$	"!!$, '$&#" %.!&#*# &  '!'#
$ #!!!'    %'!%#$ ""(&!+%$"*"%$!  $
%
!!)$) #"!"$*
# *&!!%$&%$!""'!#&#$)'#$!! $$% &%%,%"!!$'"*%)&

'!'#*%%"(!!"# &$!%!! &'#!& &   .!  "%   )  !"# !!#%"""$
(#   !!*/ $'"% !"$%%$ $)!!"# $" !,-$&!%4#&$ !+) #! !
##
(	'#)" "##"!###!%$ !#1'## )"$ !#$' 	 "!$#")" !$!$%#(!!#!.%$$'!(!'+#"$&" "'
''(%'(%#!%! ""!!#%
$!"" #"&"-",
$! #'!
	" &"#! !%!& ) # #$ ", $2(%%!  +" #) &-!"#"  ( %$$%()+)''!" ** ('*!####%"! ## '%
#"&  &!  " !#( % 	   ##&$ $ "! $&!*& $& !"%#!!!#%'#% )&" #+')!'&+$"

$#!+!%)
"' $ ''"#+&)##$
 (!" #%$!"!%!
$!   "
&!  # %!!$!$ ""%& "#$! 	!&%!"+$ !!$,%!$$&#!"  $%!""+!!$*'!!# 
 "" &#(# #(& ")!"'""!( 	!( ! !%'"$!("!
 " !!
&	"&  $$$!!)%%!&"(
#!""',,  '#"'##%"("&#&&!"#!&!)!)!*),

)+ #$"!'*#' &#'*""%! 1$ !."
!%+',("!()! &%!"*!   #
)!!  ! $"  # !!$#-
'$#&#$""%$-'#%&(!,0.' '!'!$!' 7%!!# "
	" (+4#  -"! !#'''""$,&
&"!#"$  %!!#'"    	 '!" (!#% $(!#'
'%!"""'"$%" !(%%"##&$% "*)'+#+#0
 $""%&($#$
  ""&## % *$+%%!% !!""&*$  " !" #"!(! #+!) !$%%
 !!%%&!!$# "! 	#$$%$2!$"&& '"'"")$ '%+  &!$+!"")*/$

%!%)-1!%$
(+"++* $"!'#$%%+"'"-+#"+&
#  %'$ !(%$'%$#%*$%  ""!  &(" "'## ! !! #%'"!#!# $! )&%"&''#*"$)%%& ,'!#'+)&#+"$' !
&$#" !#+)
 ' &2 %#%!%!%&$! %'!$ !"
"#"%$!(#  &  
 &!$$#
!! %! #$'"  '& &( $*!$#	"*##%#(*!$  "%&$.*&  %,!,%+%$!!"%"
 '+"## #((!.($$&&" '  ,#% &+
)(!).)!##"% ($#%&#$" "##! #%" #$$ #$!" *$#$"&&## #  &%&$"$&""$ "7.'2#$%$#$ "!(&$! !%# # )
% $(#$' '!0"!#  
"$)
" $% # &!%&"  #& #

!%!&#!!  !'  $  #  !! !%!%* #!"
) "!'*1"& )$(0+N7% $&!%$""%&!*%.#!(! *+&$$!!&#'
) ,$%++ $&"$#%$! #   

" ',! #$!##'' %!#"
   
" !!&" $%%!(&+ % ) !.$)
"" %$!(  &% +'@&(+&"-&('+!&%$  (!!&-#"$

#$&"!!#&%
( -"!!%#'$  $"%!!#"(
+" &   !!")"%"!&"
 $ #!& "%""*' &!%'  #  "'-#	!%$(  * "0!$#!(!)%%$#!%0%!(( "&&$ #!$** $#'#' 0!% &#,'')("!$ !2%    '# $$!")!  '(+#!#! %!$%$ $ ) $#  %# )"!! #"$#)*( %%$#" && %''!""$'"& &,&$$%#,$#0""!*.& #)%# !' *#,&&("(!%'!%%'"+()%!#"+($$###2  "'$"! &&!$#!! ) *-' 
"
" " ' #%")!# $$  &#$&$$& #!    
"+!!"%("'" 3-*# !!##$%))- $&$*-&) "$,
 %%  $2"(
$#!%&"*, )$.% *)!$"$")) 
!$!#&%"$#$!!$%"#%#! !
&!  !""$''!&&$)!" ! 2!
!"(!)"&) &"!&'!'&&%)&$$!&#""!# !$&# !"')! "+ 0$$'$'&(&#   )$*$"" 1(  ')'&%&##"!)%&""!'% !!# &"
"( # !%"(#-# !('&!"" &( "+!# (#!$% $*%&%*!$($*&.'$," *$%&""#'

"!%#"$ "
!$$##"(-$$#$(! "("+$ #) ,$+%(%&)'#
#,!""*"!$"'%##% 0"!1" )% !
$&$) "-"!$'"$"&*# %*  ""#(,##'"%#,+*"%%"!"-)("1#
# !&""'&$."%&  , !$&".! 0(
#"(!"% $)%$## !&#' ! %!+#$##('%	  &#'! #  * !%'%$#! !  &)!%%!%'!##$#&## )%##%, )! %!+&$-$'$!$+&+! %$  
"#&""! *"%+!''&)"#%" )%""$#"&$#!+ %#$!$" " ! "(3!$ !& ! $#"-%"'! $!' !'
%"%!%##!$% &,'"($ ,*)! '')'#$!$( #)!":%#% 
)! '&#+,%!#%0 !$!! #&!#$$$&'"%"'!$)*(!$!++'# '$'!"'*"($!*$! "
#" " 
 ###!  !%%$#!  &$%$&"
(#$!!$'#))."* &$"#''($$-("$*+&$$"1" #"!**!$+"&%& +%" #!!+!+,#%!&"& #
" "&" "&"!   # 

$  ")$$ " ! ""(!#"" "% %&!$'%!+"" $#(%!

!"$')'&"!,%+#(#"!#6$"!$(!!+ * &* %%#"*&(!	

&#%(!! *( 4$" "% &"$(#$ % #$)"$#''%"#%)"' 
"'"#&"$%"   " "&!%% "!& &'+' #$!!*" "($ %*")!%$!#" *&)""!$!"*2( /  /')(&+$!!'-"$'#-##$'+$'
!!'*"(  *! # & %%!  "%'#$(%
(%#!!&)!#)!'&#" !%$ '# #" 
 % -"#(" &%! "(#"##%# "!#$ "'"%*#+) ! #  "!&##!"+%0##'  !)($!##**#& +%$''##'10)1)"&"(
!%%)," *!!&$$))$
"'!)'$ #" !*!"##
&!!(!$% "$!%%   %'%'& "+""   &!)#!#!!%#/((%&$!! #!% $'$%#"!#"$#!&)#$''"&% )&""'$#&.&&$! )'$!&#%(%%'"%$"  (%+!' $
!'$' # # "!##!&"&! #!  $!
% $" !$!*%'#"
#!-""*-!#&'!#   $#,*'#!"$-&!#, 
%!!!$" !$&&,"&!''##,"!-# )'" "--!!4!&
)#$$!$4##"
###"& $$#"" $))"2",##.!  
$"" # "% !/!!!'(&  $$   ! $# !#&%"#%"&#"!&#*#"' $*- # *' " !!""+ (%-/  "#!%"%".$($###%""+ %!($ !#*%&- #!"' )$"%! # #"& !$ % #2'%!""&!"$%#"$

! *$!
) $$ $ !!(!"'. - '!#%$" $!
%"&&!$#$&"  $#!# $&%! %/& #%&.(%)'0( * "-%%$ ,'!%)*#%"$ (&!# $#%)
%&&' '&"#'(

()'% " "(%$*$$$$* #

$ % &'$&  !""
&%"!$%% """& '+" ! 
$ 1#%(#%##!!#("#$%$'("# +$ ##4!%%$$,&"$!#%# )'$ ,#'+,%!"$")"#"!(#*#&&

$!+ "#!".
'"( !&%+)#$ # !"+"!
%$!""(%! '%#%#&  "#$
"$ !  !"!($$0 &$'#+!$!#!$2"#/ &$% !-&%" .!$
& 5$+)-" #-!&''$+$'&(%!(%")##)$"#+)#"+&&

#&#,&)$$"	,"# %($%&)#(+!5 "
'("$
 #+" "!,  &$$"%#%   ! #%$ % !$!! "$(!!#! "$% !%##'("$"!)
"$%$($'' ,(!$%&"$$#.#%'*&&$"%!!!"0 !&(%'&&!%&$"&!#",+#'(&'%%$&$&*" &%," $! "3 
&$!''("!%!"&(#!#(0" #
! (" %  &! !,!"#($#&$# ('1&"

! +$"""( &#
#!'$)$'#"))$)#," #&%!%)'!&#)#+,'&! !# '*%%$#!+(/%%")$(# $ (//"!"%#&$# +&"%)(#&&)!$&%%$"!$%! +% ""!!#% !"!)$#(  '%&(* !'&
#$'%#%#)%")!$! &!!$!!""%"- &! '$"''*#"/ ,&'!0! ($!)

'%%!%13-)"!$!! &$ '&!%$%  $!#/-'&#'+!%(#&  $&!%#" (  "&&! "&!! 
(""! $"*)#""%(#  '  $"!#+ $#! "& -!*$# $#%".((&#&,,#!.%/!+&&%&+#"*$!%)(
'3&!''("+ %
&2#$( ,""%"&"$"*+"*!"'&!'$  '$#$$&% &"&
!%'#"#% $-*!)  # &	+%$&#)*#,
(*."""$$$,"%*.!!%&&!$%-&'%%! )'!%&2$.	&  (0)(!*%".+$"&%"&  %#''!! ,
%)(")$% $")(&	! $'! !!
$$ "  $   "'!+ %$"()+ '!.#%%%!""$#0$*3$ !
2+'#!1('))$#&$.+!%"6'""',"0('!$#)#%!!#'0""#!'$! -$
&%#!) " ($0'** '$'!)!"  !"&$ (!& " *""'&$""!!"!! "!(!&"%)!$!'%'% "$#($& #!!'!)")%)"$

#+  '##%+ (#'!&'!*( ' '%*%#&&#,'2 $##$'"#!"$(3* !$#-(%!#	
"-/$''%'"%%&'#(*$!&$   %", $
 )#%  '%" !"!# !% " "
 !##$+ %"" &!!"!  #%"$(! *(,)&#$#  %1'"&'&$!(&&&$$!(+ "*"!"!&"$'$ ! ##% ,!"%& ##.)$*&) "$'% ,1*1"''$*,!)$(,!#"$&) *'	+
($& '%& & '%#%&) +#  " $!""'!%!$(! $(#
'$"##+)'$$)' "$$""*#
"&(+&! !%&1%'%#!&'$ "!*#+(%*$ !+$% *)$'!#*!##%".!%'&  %!'$'#&$ +$(+,+!
)*!, +"*&(&  $*0""' (!" 
$("### &&'( "  !"!  	  !!%""'!!!"#! !*$ .0% '*(" %$#$$+%'! % "'"&$"!##)%-*0"#"'%!)+$%  ! .!"$'"*-&!&%")""$($ 
#'2.%$ "!! '#%,%-%  +''#!$' -%" ""&# &" (+
!%"#



#!# !##+("  !!"(&"#  !##&(#!)!%$#/%$ ( ),!$"%-% '*%',!%#%($ )%#'(')$!"(.3$  $(' &)(+$'#) -'!!"$&""
'. 2'$'''" "$%") +) %"/
*!&)"$'.1('$) %*""" $ '*&"
#"#!

"$ ""! &,   $'# "  "''$,)#!!%"*"""%## &# #(!#)#&!.'()#$'",,#$$ " +#'#'(#&#('%#'!$&!#
/#$'#,!(*%)!!) " !)&$&""!-!("#""!3	!))%$' !  %,#&!)%


" ! %!& # %-" 
#%"#')&!!*"& (*&! ,0#!  +&%"#$"((&"*& %&%+# !!%'!%)!!&$& "%'(&" , . 0+ $(&'(##('"#(,
-(#$4&&"& %'*&!#&!#%&($#&#(%*(#%'"  "
)!$  $$
 

 & $'"# %#  !*( $
	 !#" "%).*%!"(#$",+%+
#&'$*".!!#$
'$*$#! !#+!$"%",. **+)**%'$!" *#%&#%(&/$#, &&'"$&2)+' 
!(%$#& *) #"("$""#$-"# 
$!(-(! $+$% +" !"-
!

$"!# #$ ! #(  %' ""   )0'(!",(&%"$((!#$#
%%",0$+)&#$!!$!(+#('*$("%#"! '%"* "$  !$ ((#(.!)%!#%%!! 
,#"$ #) "& !("#"$$+* "!   ,!"' (!!%#!!"'* '"+!*"! &%*!
!"!"#%% !$!%&'("#$' '# " ' *#!!('(!(&#+*()"+&"*%"".
$/#$("!"!)+"$-!"!"&-')'"%#( -%,$%&#&"'#$$#!#''%#!'%(*! 
) +)#$2 )$'")%%,(!	%)$ ' %  #(!""( """'#
 
!&"!  $!#"$!&" %&+!%$ $"##&$'& $!&#%!%$#'&#

"++&,+,'& $ )$-* !''"((!$ #+-&&(( *('"!%%#!!1"##')*%'*%"' &'%(&
	!+0'&$'$ '#!""$$'#.#$ "'$(%#$"+& !/!(#,"! "("$#!&

"   !  "&"! '"+#%$ $!!#!"#%%&*"% $!%! "'&"((&(#!$'	,3  "$'$* $"%'("%& .) )'!!," (% )!%) #"",#'#(%!&!)$!2'$'
 (&"((.)(%%%%%&&&(!"!! '.%  +%')#%	! !$  %$# "%,
 
 "+#("'* + ( " & "" '!! "!'%") "&")$  '+("'&%
 '&'(" " !
$#)($(,(#&  (%)%-'*)#"&#"&$#$$&$"&+%9$("-**-"(-#&'.-!
!"#(%1)% $1&(& ('%!)-#! #"0,$" '!$'%!!!(#"!'#&
	 !!
 
$!!!## "#"#!!%#'$"
  *!$#!*&/#+"$%!%,#+ *3! "'#.&#,$)"
%$%&!!+(.&"$%!*. "$!,%+-# #$##%,% ')+($+2)("
 !!#%/$*,"
,$&$ &( &$$"$'#)%"!"-
	(!*"' *$#*&"#) "$' $$$ 

!!!

    !"%
)&!#&# *# # %$!)+ ', ( ",*&%!%&"#!+&(%."#&$!**-(&)(#('$*)"*$*,!2 (!)"$$$'")#(+##%&2%#+ $$"%#,'%!"
++*&*+&&.)&$&)  !(+")!"$#!#! !#&")#$!'!*$""## *&&



 ! (%'%!'"'%!# *  *!#"")!"'$ #%! '(" )'&-!"+#	 $*!!#"9"
(")!'/)$! ,' ,'&$("$ # &#$0"%"!*+$%%#!%#/4'% ) - (*') ! " %'#' &#+$% ###" #')" $+'!"! 	% "
!	 %"$! "   '##!#"!! "&$$! $)&'''%#"!#"$"-."&$!$!&$$##&!,#$("$$'++ "%$ ! !(2)!!%!%&&!&#-!#)&",%& !*.!$$"! #'*!"!#(""* ',# !6(&**!&% 
$%$%"    "$ %"$&%' !%$$"&*!!' ("!&(( -## !!%% )$2%" %-)"*($%& "'" !(*#*&$(#%&"$).,$*#. ##/#"#$1 "#&#&(%% +*%')!$&'())*"  $"""$&%  "# !)
/$$(**+
)%%"$ !""#$   !!	! $"#$!& $!$"'"& "%"!!" +"%""&"##,%*)"&(%!"$ )#"$#*$!$!
*2,"". &($$& '$ !')$'& -)  ( !/% &(#.$(&  "$'$ *-(("!)!+, $!#%  % *"-&-"&+
+"(-!
*# %#'!#$$!'"
"! 
"#
#'! #" !  ("&% '&"#""
!"+(# #-)"'(&#"%!!#%("++!"!"%'%# %&& +&$*+&&!*%!$'$.-,%'"('4%$" #(!("+$ #,#$ !-!#+ +()	*(!&$!($!#%('#, #% ! % &""!
,"$&(*!!# 


$!$$$  #%" "&"% ! "' "#&
 )+!!!#2(-*-"""&&!#%0*'&#*+%'%$""&4)&*'(+$#) %% (% &(( *9&$!+!*" $-!-/ ))&%#(*!"/ %")!'
$'& ")'*"#
!%+"$"$%$$,#$$ ($#-#"'!%%!%(#!""-$	
 
# $( !#  # '"#&- !###*.	 ''%) ##' "!"%$""*"+&'+"",%-(* "" '$&** #)"'*%$"%")%&!&!%##.(+'%.%##)%%'*!)""""$" '$# $**
)"+##!%$# $!+$"!!&"## &&" ,+%,&%!""

'-# (#"

!
!$!!!' !" %" '!#"'!!'(*")''(*')"%+($!'(, '+#& "!%%!''&+#%'!*%$**'$"+''$% ,$)! " * "-&*+'&!*.#$/*(#+"#('1'

% $$"&$#)&!$(/*" !)!##"' # %	"!"

"    !#((!('$ ! "##("#$$#( #&$" + ) #! $$+( &(%$"%)" &!-%!%%%& () 	"%#'""%' !# "!'#*#''+")-"%*#-)"$(  "!&!!"" %&$  &'#'#-#'&'"&%"""$!#$ ,% $&# %"

'!
#' '$$ ! " #
!#  !% "&'$%!  !$%#"##)"!$&#-*')!%'!)!( !',$("('!%$& !"'%%#- +!"'",#),*!2' !&.#% - $*&"!#%4"$&"'( "-(%##(" $$!% ,"#2#$'"'"

&%#$!
$ %
#

&%"$%!!# !")")#.!&%)#'#0"$(!&!+#"&.'"#!)" #""",&+#'%
 ""!''#, '"	$&&)1'", 4%, %('!! &(&'#,#%&$" #$ *'"&*)#+%!('$'!(#($"%.&"!
 &!$(!#%!.+(+("%%! (!!!+&"$%  $#!!&# $ 

 #
 ""($$!!% ""   "!#!!'$#''")!%& (%''""","" !*! #!##")")!%$$+!(%*0""*(%"!'0& )#.($!++" %!!$)"$"*#'$!"""',$$$#*+"%&%

!+0#*#'$$ ' " + $## !&#($&#$ !!$!&
"""#
	
!' #& 
! ###!2 )'!'  %"''!$
%%##'#$/!+#+"#))!)$&"%"#'" ( #!"
 -&'#$"'%!$',#" !  ,!&))%" *'!#'$$"'' $( 2&"1!"-%$* '#/&'"# &")(&+&"1"&#(". !'(%&)#(##, +/(#""'#&!$
"!#"! """!
&&"    $" "" %)0% $
)"#!%-)&,$# ) ( $$ &')"!$&*%"!.%-!%$ "' ++.'!
"+"0':+$";&% !#!$-&($)##"$++"+# (+$(! *&$!##)#$$%#!#
  (&&*/&!)'&$''#(!&*&*./'"&$$&)/)'&%$#'!& 	(
! !#!"!## .!#  "(	##!"(.#%"((!' **$$&(,& ')"$*
+ " -!%%"%
!+!+(%"$ %)'2 *%%$/%(*%!!.-&*!+%+&"1%' ),1%&%0(0$ &#*)$ *'%!-(% #'& !(!#&"$"")%
# !"! 
	"! 
 "
#!&!&$!& !&" $%"%!&%%&#!&))"*)*
	#)%)(!"#'5%$&"$" $%%(,$ /+%&"$
 **3#&& )""$%
!(#"! #$.(*.#!" "),1$$'%$( 3$ %!'! !0 "$&)#"&"#	


%$ +'#$(#!(!'$&"&"%") ## " )((*)(##
"%"" '
 ( 
&!#' "$'"%"!$*! 3% !%#$ '.)'	+$%('&"#'& # #('1)"&!$)"$"!-!! #',' $$ $'((""!$-"%#*)$,+("&)(+$###  %$!)-&4+!,&&!""$ (#0!)+%$&"!$"+"#$%".*'))%%0$%( &" $$*%$! &" &% % #'(#$#*!.$%"&*& #"!'#-!%!.+$(  )!"% ##.")! -0( &4%($$ )"*$)
 %'&,"%%"- #""'*&,$ #*)6%'%*0" %%#*!!"*),!$*'!#'-)++&$'**$&)('
!+$#+*"'	!#$%(!!(/ #$$ #"-$ 

- +) !" !!%( +#&$!!"! /#)% ##)# ')"!!%*'&##'#%.#($# )&%."#'&!"&+#( &! ((*/%*"('-5#)' &$#"!"!&+$#0$-#''$"*&+,$&&&'%,,/'%)'
&0 %(.%* *$!', -%* $!%-!$"'($$	$(!" !"#"!
$!#%#" "$# )$ !"##' "$' $ $#!%- "#,"#!"#(++"!#$(2-*,$+!2 $!"& +",$ #()$#
+5(/!')%$ ,!)&&)!#% %&&'##+$'%&%&&($!$*"*,""++*+$)%%"$($')'"! ()#"#+ '*, $"+ (! "
)!
#!!%&
""


 $ ")$$" "*("("$" #&$+&&#+/%%$!#!!(%$ #"'#.')#% "','"+&$.!.#'",$%%#'0)%&( "" *%)'+)&"$ 3$ 0* &"/!!!%#"&(,'!!%+!+(*,#"#+$((&!"+"*$' .!!4%%!)$(

$&"(#)% $,#"&$ #'
   +!'  !!" ,"#$

"&#$&!#!$$")#!! /&"
!"$)"'"## /)/#&-$"%($"'#*#!&$"")")#!""$*-"."(# &'*.!*+#%'%" ##!()&$  %*#-#!,&/'%""&#",#$ "'$&.! )- "&%#(/!
!   '#
$"' !#  " &#!)%%+! &  !$% ( + #&'!$$$+!& %&#  '"!!%%$& !&#'$2*##"$4"#!'!$!&)!!$%,&*&'("&,&!!! $&"##!($ )!-!!)'((!0,"#!"'#'6& &
%%"*)$"% '"

"+$+$(""&$*("%) 
 # #"&"$


 
 & (#)#$#  !%!#$$$!"$#"(%"**% **.!  &(&,$$"#%!'$"+1.$& "!$"/!
/#$&"($!10'"&-+*!&#.(#)($%)!4,,)$ ,"-! (#''%($%%%3,#,&# .% &1%%+&/)"$'.)(" ")""#

%&#
!$)$#"!
#"#&! %$$% "%$$&!("!'$'"" # $  (#%%$  %$%#*-'# #!$ *0#&**' ""+	'! "',)'()"%$)/2/%."##.%*$! "&%)".$0 %, 1,&$$('*$!!++('&$&,(-"''*'! "$%'''&%(!!+%$ &#*+!
!$ ! &"! 
% %&"!#!  %$!$"&$"!)"$!%&%)*& $,'!#+#&&)!$((%%&#+$!'%*#$#'#$"#) !&%%$ &1, &$'!"$**/'!&%)0)"%)$)$/!$%4"#' /*##"*$) "$-%
 	!,%#(*!*1)+($!"((!#$/%'
 !$!! ### " '!$" !!&%#%# %'""%#" "1! #!!$!(#!&
!(/"(* ( #/#*+"!#(''''*%*!)* ( $"+!+*
/1## 1$%'0+%/#&&'+##%;9$#&,*,$#!#'0&'-".+#%/	*(%"&"$%1#!'#'!$+&""'"
#!!%!"
""
# "''% "-"" "#'%##",,&!))"#%  "!,
(#" &&%)$!&&0("-)$$"/$#!'% *$#",")-#( $$*%"*/#'%%$##. 1*'## %/',%-($+(), **%!'  -$$,&$%"+*!" !.*'()*-*&%#"% . (""!)'!(& " "!!
"& &""
 	" ! !% "!%$%%!%"'&!%%!$# $!&$$#%&'&##!!#$ *%!"""2-*(#"$%/.#, $&!+""'  $" *.*%"!'!6# %+'# )"!" !#.!+*(.'($,#,/% # 4'%,,$0.2
"
,"2+* )*%)!*&
	$!% &""%!#& "!
 $!!)" % %""&%$( #$!!# ( ') "#2'!
6%$ (%$*!&# ,'$#&"*$& !%/ $& 

""'$*"(,!!)$!)(, ')&/1&)!+,#$$(#$+)$*')&1((.',$$'-#((*+2&) $%)-(* #(*(%)%!	$')'%/%%"$!( # $"$!%
(!$ 
   &(&"!!#%"#!" ) "4#&#'!(&-",%"" $(&$&"#/!$(#*&#&1#$& "'%#2%  )! (.
!../- $!')(*%)%
,**5$*!#0+/$)&'(*!$% 2(*))"&#!,&#"$*!!-#+ %*4-,"""!%
%
#&)""$!!


"$!# $ )&%!%!  "" & "!
 !!"" $  "%%"&)%'-$$!%"-%(*,%+"&#&%)"&%!*'&!!(%-%#))%")()11#&-(%)$"-7,##(2 .$$#'$%)&'+#,$ )3$$% $&+$$-.%* &&/ )$%%!%#$!*# #
'14%*%" # ,+
#'#  &)
!.   !%"$!
!$  '!#&"#"$'-!,  #$!$00#"#+&&$,$'*' ""%
%(!%!$#'$.1!&$!$$$.'%!!&$-!#+' "!#$% #/#4%2")#-&+!$,$&" ,/!%%!!(",$&'!"**+#$&&*%!#("+$&,%&!$(
#%)+.   &
!(! !%"$# '
# &$$" "!(& ' &('"(#%" && $%'!'*$ #)#*'$(-&-!##'"!"#!#$&!$#"(#+)()*)$$#&##%!*)')
##$&&'&#!-*'")+3'*)**!'%!*++&%$!%$#++'*$!'"!&##$$("!$"" !+ "$$ $&  #	! #&#&&
#
 # #""" )%# "%$$#(% !*'!+"$'%*$""%#'''"&#"(&*+"(  ("% ""''#(!%!%*%"'%$'$((#,"'$%+/!#"'&$5*!)!+, !+,($(*($)""!!''+1)" #*"$""%#(%/( "  '$!) !'$!% !!$!!

!

	"!"	! !#") "#%# %$(!!))"&&)!!&+"&!&$# +*&%""*#''+( $$(! !&""$%$'+&#% 0 '$'-*&$/!'!+#*"&#&1..!#)*&./2#,/)"%( (%!! $"-(%'"&"$&$+.%&!'$2)#,#
(!""." # !!!&&( (&!
 +!
##"!$!!&",!"&(& &$!&1 2$$!"+$ $"""#'!,%%"'$#"##.% #%!%&$"$# .5%7)#)"#)$"$*!   '"!)#+#1!'" '(# "#$ ''&##%) )#$%"*&!(-%+).'(&%' && $
!!"(" !%##!%"# $"#")


  $&$"!!($%%" $"( !"((%) "($ !#! ##$%" )$**(#!"+-+/ $$%'&!" '&*, &+.#$'!(%#2-!"'($$( #*'/$%%!!*'&$ ,!*("))!!$!&*#,)#((# &""%)&&&% $"(#!!! #$! "#$!& !   !"%&!""&!(#%!" $&&#""$$'#&$")#&!%"###  "+!&")%%$'5#%(&%") ! '%-0+#$!
 #)#-&)-$& (($(&'1**!%.$(!&#++#"(.*'%.$$$*& "+&')$.%'. *,
'$"#"!(   !  !"'  !&!  #	"   %&) )"! '! #%# $#%"%))$ "# #%!,! #/#$ $&,#"&+$$&/&!($')(#!(!'.$#$*#*%#).-$#!%*, ,"&$"!$'"*2)&*$*-'*-$+- % %,($/%',(*$%!%')("#))))&.%-*$#'!!!"""!$" $!%,!&	#"
&"!
)!"!""!$ !(  '$' ##1'""!'$ '% )"&$
&/ !)() &%'#'+*#* ("+/(*!!$  

$"%* '""$,+/*$" $''00 -".$00(%(%**("!)$!)-!,"5$"'!& -&#',(#(!$)&*& $!( &(,!  ##	&!!"
#%$'  !%# !'# !  &(&&!%,  '%%(%$.$%&&$-" " (#"!"!$ ##%! $("'### "%''*$ -&(/*%-"0(-") "%'#"-!##'1#%$+( ) !,'%##  ',''$'!! ".&!!&)+/"$$,(!/(+

 ,!!%&!%  !"""" 
 "( (##"!*"##$'') !$$' #("&'&$#!*% #('$((' 
$&(#"'$"%")%&*&.)$"+# "$%!$'%"#%"$$-(%#&#&#2(
"$1%)&$$1#!)##&'& !%"%".'()!+#(!!%"",&($&$!+!/"'$#(''("'&%%"%"!!#"####"% #"!  $"' """!"&"

# %$ "%  &#!$#)!#'-+(!'#!"#+! #*!$"*
$" $!% *$"+"",+#%$#&#&"$("$$#"(#&#$(#&#& $,!*&
")(!'"#1 ' '%0"+"&*(!)()--##'&#!'!,$#3/$,** .(
 #  $,!(! !"#""	&"$##
#

% !$#"%"(  
 !! #%!  ')&!  $!!$1!#!!#*%"!)* !&"$'$%'#'*$'!$1%"!' 2$'$)! !#!! "#)"#
"+/#''!+-'!&)(#,#)'*$-**#-1%*,##6 &%0!+%++$*&"#&) .	 !# / %$&$""(!,%,#2$! "

' $!""#"#
$"#""#
( % !# "''.%) &$ !!(#&0 + !'"" (!)#!#%$%#$$()($"-(%&!#%-.()."'-+-,
!.+&'#$,% "
"&&)! &#) -2&$+"',+5%!*,""!)"'&*#), ,!"#& !!"(#""$*!!!   #(1!*# # !%
!'!$$!"!
" &")$(-'"##(($(#"+-%$$!+#%$%%0.%+%#3 $)*"$$!%%"("(&" $!#(*#)&-%!".$0(%""".-!!%-$$+&()!)" +"'),*0#&, ''!)"&%#/' $%)$##$#	!+#%!"3 .% %%$+%$ !)*  !" "	
 

!" !! "' !")!!#!'"*/$')"$)#.(##$&$#)#!($#)%%$-!%'&*"#($$$.'("!(!(!!*'$-
)%% %!"+&!)#,!#"(--!-#$,+%(%%#/$#!0.#&1 +$.&&'&&0&#*(#%-#!
"!%(!$( " #"!" (&&""!" #&$"!"

 $$,  !#
$#(,!"'*'$) !&*!$$,)' +*& '"%#$"("!#/- ')/#)$& &%"&%$$/% (4+,'#&#%#$0"&-(%+&')&&&&%"*5'.(#+'+&%"!*!$.%&(3.')!,7'"'*. "!#)'+-!#  &"*" +$&!!( "   !!!&%"!!&#!
#% !*" % &!"!#(!%!"(!% ('($').)!$,%#3"'$+)
&$."-%('##'(+$$%'!%$" "!!$ + "#&# $("!$"% (!&"%"$"(&!!!%'"!  #!'"'6'%)# #$!&$+!'"%&!&,)!!!$%!"#!&'
 $)( !""  $!$!&
!!!#
 "#
	 &"#! %"#"## ),+,##)#"# $& $) %!$"!#$# "#'(&$""!)&$#$" )!&* # ("&'$ *&"&&""("##%(!#3'&)$)#%")!'%*##)0'2%$%!#7-"#!+!%#%$
'"

!#!$!"""#$ #&# ! !( 
!!! *!#+# "!##$!.$"" " &#"!'!!%#" ",&&!!(*"& "$'-##! ",-'"))&$-#%%'+')%&&*%+&00(%(("#"%)(!% & ,(($".&'&()$#/%&+$ '& +!,"$##2$( $)%
""&("## ##'$ ."/ !"$$!!!% "&	
!  

!!! '  ##$ )!. $$!  #+('!!#&%%!$""&&"(*' "!%+ 2-%3'*($&*!(!,+("&%+$"
'#&-*'"$##'%
)'$%!..$("!!!" ''-%'#"&")) !"*%)%"#	!! #) $# $&""# !!  #)!# '# 
$"#% #
 # #" !(',#" %"&&*" !""  ()"&"&!# +"'&"("+$!$$##!("(%!&+&!%!&"
)'*#1'-!%""(,*)#-+""'%"'%!)$1")'-'"%+!# "!"""!!	'+ $%# 0 %!"& %

! %% !
"$!(""# "
''!&( $$$#&($%$!"""%,)#" #**#.&",$
&&(&$$"'#&"&)"#%*-2#!,)%$% *#&%$%-'-,0
(!') %+&##)0&,"&*,($')(%,$- &#!$(&$'$(!'#%)$!! 

 # #/ +&%!'& !$$##'#&"$$!$ !	" )!!!  '"
 $$' "!$$#%&  #"!!* #"! !&.!&#'&$#'(" &!(%%(1! *%#!"))%.'%")+!$'%&($*"
,%/ (&*)!+))"$ ")!-#.#.".!)&&&0  ("%"$$
!!$#$ $(%%'!!(#!$ "%(!&" $



!" !!  '!! 
$' %
 ##$$  *!%!#$ ' "'*& %&)#'*+ +&* 
"-( &""&(%#"))*%# "&  ()"/ "/.#'&1)&'(!,$- %!+"( ,	$&'+,*( ##(!*.*!"#)!')
&%)"$ !* !"! !"(&$#" ! "!$"# *$
!" "
"%"$& #%# ( $%"&% '+&%% $$%!%!!!%'&'$$#)#!$-*"&##-$ )+&)  ##. $ %/%%'& !(!(  "$$!$+./'
#(,$=&',', !'"*&%#),#0&!-*)% ##*%""&""(#$#%"!#,"&+ $!" "  !$#'#
(!
  ("##!&!$ ! ($%( $.)%!!'$$$%((!" "!$+$0 #"& ()%#&!"-!/#"'#*/'!%/&,#!##. !4)!&#3 *&)$*##$+&+")##)$(" .-# $(!%, "(%0"	
  $"#*$)#! &")	#$! !'%$%!' $#'$& !# ($&#
$$# 
$!""'  $!""$ "& !! /#$-!!')),"(& !$$)$""$#!&"#,#")"'#!'' $"'"#(0"*/""! (/%"*"/'&%($
$*1& )#!"'/!+(#"&$(+

!$$""&#'" ( $"!"% )  "#&! ! !! %&#
!#
!!

 +#! !'#&&

 "$$$  () !*#%!')"#"%!$'!&%+)(!#&""#+&# !%(''" %)&'-1!!"*)!%!%%,'1!,%$$#$  '$/'+( !(&%"
3)%%('%%*%2.#&((
&'  +'#&!,##$.
%! !  %#'%*)" ## #$ $
#
!  ! $! ##	##&  +'!!"(#&("# +" 0!,)'&, "!!*"('0$)(!(#,+%#! +"(%"*#3*,#$,!)'#% "+ 
#.)%!)#&.$#!*%  !+(*%"$%!("*
%#!#!#! $#(#!$!
##'#$!%&)& %%"
*&*%#! # & # !$!'! "#$! ( !!"(&" '"&$*%&%)"!"+*%)$""'&"$ $$ !$/**#-(##"( '("+ +""*'  (!(()-'
 )/%"!"(%""!!&.'% ""(1",*#'
#""#"'!#%( !',!"$$!#!$ (&#( #!
!
 # 
	""#!'  $&%!!$%$'"'&&$$0$)"$'!!#&% #"&$"*.%
! /%#"*)$%,!#$ "-,-#&"+("&($*)$++!**'"!!"0#)-!!. ("-"'$%)$
	  ( $##!$!!
''$ #!*!#'$&,!!#(!!!



&(  !#"%#!"!"#!!
*)$%%$*"+!"($#'#! 2  2 #!!%(%#!&!""  +"*,! "  $&!! +&3,,&#(,"-#)!"-!),".!/."$"*#&%+#-*#((*(&"'$&
!$ *")'#$!!!$ -%#$ #)# "& "$#"#$!##!!
	
$"# "!# #,! $$&!!!'# !! !&!#+&"(#) #)%&, # +.#&')#$%$	"""!#)$,(& &! &!$%+-0) '+.$!(%!%!%%(#!#!&"$#  ,$##$$!4)(%

! !# #&#$ $#%"
(%& #%# !#$ 
"""	#!#""


!! &)!' !)$)&"&"' )*$&!$''##'$$!'" "+''"("$$%!!""+%-#"#'$*#".($*"-$&")'$'  %#&',%
 !($* ('*"" $!!$#''$#) !& %"& &" ! #!$*$*$ $!#! (!) !!  $## !#"#"!!" '"
 !%#$#"& )#  !	#"%* !& '"&#$##.$& !%&("&(%$"# %&(&#' ##$'' "#'/#'($"#0%%(!##!$&(+$$. !("&$#&	"/'"+&!'-*)
+)	 !$ $(  # ! !# #% %
*"&"!##%%$ "  '#""!#
! "#"!*&+#' /'%&)!%+%+#%##0%&%!++()!-#%!%/"-&'"% "#%
!,+%$ ,"'"&%,'!#!+$%&&"). '&&($"%# %#!$$#0	"

 !&%!"$  
!$'%&"$*+$"&
!' *!"*",) !%##!  !$%" 	


  &  #$ !  '"&!") "/%" "$)/$$ '!!-+$!.)#") %"$"+
 )*'#&!"&#(/*'" ++1#!%.+!+)""(""#!*&
%#0)$"&#%$
!(**# !  $)*$$!#&&  ""& "$ ! %!"!!!  %"& "(#

"$##!!!#' "'(%#&& ! !%&"*$" !. $ #!!4'$!$-'%!!%!$!) #* )!

 $ '.(),&,'**"*$+#%!1!"+1%'!'#$/&#!,*"!!#

'% 2&()$"(*(%)%!!&# , ( !"%' !(%%# $##$,%##")! " 
 !	



$!#""%'$ &# $ !  #$#*"&."$(.$&(! '  '#&!'#*%!(!%!-( $'%&%  
$( %%)&'$+""'' *"#"* #/%) $/! 0!#(&"&,&(7""! !(0"$! .% ! &$(%!&)&
( (!  #%!!''&
 !'#!$ !%% ( "  ##! 
"	 "
!" $#%%!%'"$#&#(! &!3)&(%%"$% #"#-!$%$ % "&-")& $ +&*%$(&
2(*$ %*#$%')&!%."'""#"%$%$+,"#,!&,! %)*'$#""0 , 
"!$$%#&-!$)$! #+"()!,"$!)"(!$"!&$$!!'  * !-$ #$ # 


! !!!#(')"(  $ "'&%"! ")" 1)!% %&"%"* !".*&!!0)"$/' )&#!0 ("$ !"$ ("+(*%))" !**&"/2%# #&+ #)#(".#%  !#")"'&#
(! ($ &$("  !#!#%#" %' "( $" ! %	"#
  -! *!"%& +"+!$ -$%4!#&%% "'%&0$!& &&" !#*"$ #,+,*"7"&#!
 !#& '*##)& (+$0##$' #('* !:)(*""# "$()$$+$)#!	
 $"!"##')&(#	"( '&!%"%'(%%#("  '"(! !"%"!%"

" ' )#!#&&!)&%#
#$) !$%*-,+")!!('#",#* #%'(3+!$*'" ##"(#".!#'$&* &''&#'#&!%%5"")-(1%"%%+$$(6(#&
 !+( *	$%! $#! &##(( )! 
&%#$  %# "$ $#  !$$##$ !$ #! $ !$$! !%') ")&""
 "  $!,$#'%)"(!""+$""+0""%'.' &$'!1.+ -###'$"' +  $&&*-! )$(,'*#$, +)&%#)*""))& !'$!!""!&&"%#'%&&
 !"$&#%  #!%$ !*(

" 
 # #&% "!( " + &#!(+! !$$ #!""$&#(&"")'*%&*'"!#!%
", $ !" + "$!",#" 4"5 ,0'$%+$"$ #.+((
! 
%#&#*#& )*"$ 
("!  #"# ' #""  !$"$"#!! $
 !!! !' !" , ""$%!#!%" !#(#."'&3"# "'!1&.  '$#('  &

#$!, (#" )%#"5'(%*$#"&!+&&./*'&''

$"'""%3 "!'!$$&!"& "#&'&!(3( "! *$$" !,# 



!#%"!""#!#! !,(
%(" ($"$!"#.##' "'#+* / %'/(!#"#"'+(!$+$")#!)%)') %#$#'$+!&$$#,'*'"3!&'
	"-!"$+$"#"$"#"& !/$!$	"$# + !$%  !%(*!
#'


  )!$!%"#%#*  "$$(#$  $ % %&$(!%#",!$(!"&!!!!$%$ %##"".'%"$"& % +&"$)$"$ "#!&)0('**#%#-#)%" '*#&#+(
 %$%#!!$#31 $#!% ! " ","!#(%!#!!!##



!%#  !" $!## %&&"!" #""#% (!+%%-$)*)"$)'!$+%%1#"!"%.# (*(( ')-'$+,##!.%++%'++"9+$&"&' $ %
 "$$$!#"$!%!,*"% ""
" $"+$"#!!

# &



#  ! $%!"$ " $!"-
$&(" !!"!) "% &*&,$#)$$'!$))," )%%$,"(!$#+
"$'!%$(*$'+!#'  ##$'(#$,&$&!
$#!*$##!%%"!&" $#! $!'#! "%&$# " "##&!
 "#"""!!#$"!% '"#%!+ +'%(,& %-+&#*&&.%'(0$'*+"".$!$!&#&"!$-&*( ! &%".#+,""+'# "'*%%!$"#""*

  !$$#,,'"'"(%*(#$ & $!&'(#(&  "!!!!&)$!%#&
  
!&
%"$'#!#!$#!)* !%!!"#!$$!" *$! )-#($$ ( #."%)"$*".'% '-# !''(.) %$##)',, 1&7"""!%#+%"

)' !!!" !(#"(!$$#!
(+#"*!$&&
'! (" (!""%! 
   !

#"!##"  #*" +"))#""#% !#%'%!--*! * %#'-$)*"*%&!#$&'&)%$$) "&)#3%!#"*(%!)""/#-$!%1 &,!1#
!&!"'+"!#&'%!"!!   ) %"'!$'
$!%!"%"+"#*% '"))% #"!

#"  %#*$!(. 
'$!"((/  %+%(!'$$"#$)'" %(#,# '&'-"+#! !%$
'!%-+#!#!%,"%)(&&!% ! )"!$' &)#
+#"#("%""!$%%!&$$$$  % %##'"&##"#"! "#"#  "	
 "# 

#% !$)%%"&"&#"$(!!$ $ &$,% #..!((#.&, "#"&$!"( $(&"%*%%"		& )*"&!$&.' *"&+#+--)%!

("%+ '(/'$$"!"&-


  "%"$!&#$!,$/!#'"""%$-1 ' $%' ("$ # $ #
$ 
$!!!%%& $!!." $ $%"#'#(% ',!,)"$$!&'#('(,&#'',!!)-'))*+!%/* 
$%'%!##(&"%*'1,"-*/)!% $($% ""%$!" "%)"$!/ $%"!*! '"#GH4! &! #!! (&" ## %' $

" %!"'$!$ !#!& *""""! #& * "# )% '(*##"*$$"$$(&($&)(.&,$),!%!*#)&&# *		 # !" $))!# $&""  ##$8-)#% !"(% '$)!&BfM.&##+!,#%'!!$' "&%!!$
!#!   "$"#!" *'"'$#*#(&)'! )!# ),""$!%%)#&&.,#1'$#(, &%0) %""()
  ##/&,%)#"	
#""$'%! 1!#*$"! 	"#!"!%%# #&!  '#8E-%!&% "%!*"(&  ,!%"'
!$ !*('"# !%##"(!(($ '*"+" ,( "%-'!!$+-#$'!+( )* &(*!!
%%,#%  &'$"%-' )(! %& $0$ !%$ 
"	"",&    #(	! ,%!#3&$'  "&%% !$) #!$$ !(## &  !! %%!&!#!$#%"'+( #&()"#&$%&!)'-+"%("%"(%$*,# %"(&$+
!'2!/$ %


' '''$!#!"$ $* &#	$ $"##( #$ "%!'%""" !#$#"%!!""&	

 
# "!)(!('&"$)! -
$""#"#$%*#" +(#))"/!!!"""'.$" !2$ & " 0!!,#

# ,$!+&# &#',#$$ 

%  $-#!('&)"!"+$# #%$!$"$(!&'!"#
" 
!%
$&"#$ "+(%  %!($"0"## *#"#*#%#"$ #&+$0#&!"$)#"(!"*"/'  * 
 $%0')$%" #&"$&$%& &#"# &$%$+ %* !!-&#"&!##&&&%  &!"#%$"%$ $ 	


" !!$ !! &#" $ ! #! &7"( !$# # !"/  **$),*!!#)'""("# .%(+*+&
%!(#')"# !*!!'!""#!'/
&!$$#!$#&("*' #"#! !("!!$#!!!(#!"&" !
" !*!!#$ #! '!%# / )&'(!#"&%",$"$*".#0 (##'##!%$%!)'""#
!!(
)'!%!$&( !#( %.)#
" +""!%!#,%!#()$  &#  )#& "%$"( !%

!


!$"&!"'(#!%"((!$&!&# ** 3##$($!(%( +!%!&"%%-!)'  $!" $$ (,()%(
%*	&*!"2!-'%'  ! $,!$&$"( 	 !,""")""* #$ $$$#!$&#"!"%* !""! "
 ! '		!#* #!% %!  !$* * #"!#$$)(#!!&'!!!.+#" #+#*7%#)%#"#&)#%,( ,)-!! # (!
("'"  %!& %') &% $#%"# "+"   !$!"*% '#"(" !$!)&%$/
% '# ""#!
! 

	 %#&%$%&##+*!#!#'&  	!&"% $$%!!$$",!)1!$  $ *#(!("$' ')$%$)$1%+#,"$"$($%!%  )*$("#$%"&# 	-!%&"    $$!!##'$$
$!#!&  "$& &( #*!"!"! !!$

!%!$  &$ $$!
(! " &!#!#%"$!'&*""%)&#'%!%*#3*'/"#"%!)$%"&&%"#!"
!" ## 3'"$'&&!$ )%"%!$"!'%%$ "($$ '%!
# &"# !(""!
# &"#$!# !

"!  #' $% '" %(!& $!!&.$  # (#%&%%'#"$&.*%!#1$5-+*/!. '$
 " ()'# !(!$$"$#  $%'$'
"+&%%!# #'$%" ()

 (&&!" ! !&%%  ! $!&!  '
! #('!# !! !"#(#&)%)"'	%( #* %!!*0"!0&,) (#!$!% +$&%('%%"!',"#$
$-%/"#'%
 " ' %-& ''&'()-	 
 !'" #%$%#!$$" 
 $ " (#%"&($&& 
$  "!($$!("  !&/ &!
&'!$#"&&)"%+",%+,-''" &#!.#'!$")"&))'"&!!#$''%'$!'$ !!%%%.%%&!+$
"#$$#!$!  "#!
! # )!!"&%#( ,"$!"!  !     '"%!  #""!)#.%##&&''" #%.  #( 1%&%)2""&##!!
"$& #')&+!
4$(#"$#  &" (),)
 ##%"# !!#!,	*##$!"#"!"".$'#"!% ""

!

#

	
 %$$!-$&" " &),%$!##""-##$!(0'-&$$*%!, #( +&,%1''($*$)$#!!
) '"" !4"("-)%" $$!
'!	"%  ! ,$!#$%$!%"% " %+' 	"# $# !% !"!"& ""!
  "!
! ' !'% %%+#!!
&$%"'!"'&$%5 "$%#"""!-$##( ('&)2, )$'!))!#*"" %  ! !#&) $$* &("!,$$ !""&  (,% " ' 	% (! & " $ #$!! 

$# %#"! &"! "'%"$
%) !$+!""" $#$!0+*#$"-!$"(&0''$*!+*&' )#"&!$(	 *%""$$ ) * "(*#
"
$!%")%$  #&#$"#"!  $'	,# '#" !$# ##!"
!

%		"   $$  %#!"&'&%-!#!!'$"" $%"$$##+#$"#!!&!#$"!!'&%# 
& % '-# #!#!)'&$() '!&!%"!%"#$# 

%$  $%%#!! '"#'$* !!)&! "


	

%
	""&"&$"! " #$&"$'#'# &#$'%# 
#'&&%" + "  !!+#)"&5-*  "!

"!#"#$&+&"& " ',
$$,$'$ "%# $&')  "## !#!"$ !& $#$
,
""
" 
%% !%""$"" ## %(0	#$)( % ("" %*('!$)$+&)'1!+#" ("%(") &"##%&!#2#  %$
%""( "% !!$ #  "##
 '*!(!  !!


"%& !#  %!	
	"!&###$$ $"$ !)$"*#
%!& "%$ $#'$)%!*!+"!#   

*!$"!'#$! #'  " ( !"!%$ *!
 !  -#$&%$&
!+'$
 "'!%"% ##!	 !$( "$"!%'+ $*	%$&$)#$"(!  $*%% #%&%"
, (%!)$!#"
 &&"+" "#&%+"&#% " "!##"#*&$/'$!  ""$
!#("'"+!
($# %"#%#'$(  #""
	!

# $ '"""!"$ !&#& "'%!!)( )#%#$0#"'$!)-&!'"
  &" %#$&  #(&  #&!$*'$%!##-,!)""!(& !#&&!#&!#$!   #"'$# # "!!##

!


  !'%$ "#  "*'!""  +& &' #+#	'!"%&$#"$!&$#&"($"-#")
)*##&(%%"")#

% $ '"'# "+ &"(#&!""" # ##
 )#'!# $$%
$% !$$%$"&! # %	

 #"&"  !!!!"*!*.+ #"(!!"&&&#$ '+!."$ 
$'",,!*$#&$"% )#! $"*!'$%&' )'!&$  "!%
 !" #""!$!#)#!$)! '"&"  !("&%! !"!"(&%" +!"&! "*" $"
 #&%$* ' &#& 
#!%* *!#!$$#!""&  

& %" 
!'#"(# &' /!$ "##"!+#'""!(% 

!''/"%"$"## ""
 #!"" "!""!% "#%! #!+!! "$'  &'!+!# ''!% "*!$!"'!"" %/#( "
"%&"!(   !%!$'!$ %0*% (% &%(" 

!!
 !#)%$#$#!)#/"!
#$!$ ! ##& !$"%!! %$ %




"$#""#!"!#!""! $% &!$')'%#)&*##$" (#!   "%'!(  &$
%) %#&$!' !'+','   # !	(!)#!% #$!#
%&" !")$(""$( % # &
$'"


!! *"% '%!'/  "#&#
!%%#(''+!"& %&!#$) &#&%#+  ##()$ "%(%!'$!

  &&&!) -#'&" $" $"$")
  ""&#!	%  % %#%+!,!
!#!! *#!%&&&"'$&
!*!"""-,#!'
"$#%)!!%-))(( $# "# " %%#"#$&&(& #!')"-(( #")$$"  (&#	 #"&""
 

# !  #!!' "$#  ,%$!%##"+%")$

(&#+!)#! )!'&#)%%

(%$%##"

!  /($  *&#%&+++ &$"+&! $ &$"##& 
!!$")"
" &$"#$""%!

" (!#"#"(""$ $#" !"%" $( 
!!
 !'! $ ""&  3%!# "!%##'&	(# "+"
$ ' !!% &#%,#".!!#$*)""!#'&"$ #  '($ %#%"  " 
		  !%'#"$#  %)%' !!#%. '!($1)&#%" ".$  #   	&# &!(
#$!+"%"%*"%1! ('$!'!!!'"'
!$"-"  ! &$ "!"
		 $$  $  #% !)$!%%%#"##$%%"#  *#%##"! ##"-)-'-)%  .%$ $ &!()% '	
'"#! $"!)*)$#(#! $"!$!$
% "$!!

!"$!!! " !'&"$#,($#"!&'!(.*!	 $#$%!&%"!())&!$$	%!+" .#' ) $##("   %  !!!&"%#%& %  )# ##"- %
%$ &#!!"+ !" #  $!!%!!""$ # (!$ "  
 "! "$"$&&!!!!&&!(
+!% '" !$" !""' !! +"&#! "$ 

!
!'"&"%, !!	"  ""& & "+ # !! 

!$ ! $'!"!#( !"%#% !##$&)0##)" "& ($%"'$$"&!!#! "#+, $" &"$&$&% " #  -
	! $$$%! $!!&((   "!)$*$%# $'" $
#"$  $ $"!# #",$!"( !  ,%#""#$&! !# $-#!##%"&"1$ % %#!$ "'% !% !'!&% 
#'
!$$!"#!%(##& !$ !!' "	$&! ##  %  "&' ' $ !$"
	! #"!.# !" $ !#&%%+$
!)!. 2 !)'!!!-)$!$  #!  "!!##'$!&&)% #( & )! 

"#!  #"$) #'$!"
	, !#( & #!	#!($$!#$%'% ! !
""%'$##$&&!%" !,"&#!% 	# /##%"!""!(%#  %!$!)
!!
'!$+'$&,""
   "!&&
 "# *!(!"$"#$
"%-  ! -'"$"!!&!#%!' !""!*.# 
%!)##'!(""!"


!!"%!!"$"& #$!%!,%)+%

%#$"%*#% *$ '!& , &$ "	!$ %" %"#"$
)+#( "&+$&+&(  )$ 
(#($"!$   %!!$'$"!#!  $ %#" "$"!
	%!
%# #"$ # !!"%+!$
 !"&*#(' $   !!# ($ $%#$(!! 2"#%(%%(#!$+"!"'$!!!&$%"'$" "!!&!"! (# #

$ "% "!!  '%! 
!"'"!"!+!#, !!&#&#!'!"&$#$"#!	 "" !

&'  " (!!  &$
%#!% !$(#&",$%# !"&
"!"		
  %#""!$" #+$

%&!"!
%!!$) !"&"!$$) $ .!),#"&*&!% ("#! '#&  ""'&!	($"$)!!+!&$!#   "##" "!$# "   "!## $!' 0 %&"
"%!'#$)"&
& $$ " #"'!'$!%%')$#! $ 2"")#%&!& !)$ *!
!$!'"&!##	$ "!   
( " #" #+##" $!$ "!	"#

#$%"%&""!
$0 (!!!% %!'! ("'$ %.#"#!"&#!%%! % +&"#$!
%!""&!(% '&$ 
($ "*
!!  
"
&$



 !$#% ,"
	
" *(! ,#%$
('($ "( )&!"# % #" %#(!*"#)($ $+ !&%' "' !
#!!!!# *"%$" &&" !	   

!
##$&"!!+	!!# $   &.  #!")#""!)#&+ " )"#%!%'% %'$$ $!'")!"!!##!& " !#"$#  !!$!
%
	
# !!   ' "%+)##!$+!'$ ) %'&%&) %) "
"!(!  #$# (#  % !#!$ $*$ #&%  %%# $()!&"%!


"!!$#$ "#$
"$',+#! (#%"&	!#"&!  !!" !%  %$!!&##% $(&$, &!
#" ! %"
"#*!#!"!
" !$!&%$!"!$( "+#"!" $! 
 #(!"%$$!+&## )(&('&%"(!#%%!"($!"

%%* !-"" 
  % '
#!""!	
$$"
!%"$!$ "%)##))!*%(!%##'!."$" ' (! &
%!$! &()&&#+ ( "%
$!###!!(&$#"&& !%#"
$#$ !"  !#%!!!
"/"#!%!%%  "#$(%$$") % "!
$)'!" "$"    ()'%!%"   %!$)$ )  
!%''!"!$%
#&# $#%!#
!
 "&& ' 
	
!! "!(' .#
!! %#(+$'&'!,"'&&"$"!'
$"$ (&%)""$'#*!!# *! "$","(!#
& %%!!#$!##  ! !#%"

%! #$ "#!" # $&!%$"$""!%!# '!,($.
'!" !!'!  !#! #" !! "%") 
 %!  !#"  !  "' ! 
!$!#  #!$ !! &"% "*%#
!!!$("#  "#( ' ('$  %&$#$$ "/%!  -("&""#(!  %!!"!#,  #"% !" 
&#!0!%" $
&$!!$(

 ##%$!" "" !!#"##$#,!% $#! "%#&"(!$'$ 
 %%$&$!""%!! #$##*')&!"!*$%"&"%##"%! "%#'(
(!"!$'"#!!$$#+
 "& %#! !!'!

!  (#!
! "&
!     & "
 )%"#! $##!&! $$% $%$ 	!!# ' %(3"%%") ($!% 
"	""$$ #!!#'!"! # !!)"$

 
"$!$"!%" (  !# %&# )+"#!!$#!#'
"    "#!
"('"#,*)!& %$, ,
&%# "*" !"!!""" 
!""&$#


! $!&##!# $'%""'
$ %  #),"( $" ,$$ #"
'!!# #!!%$&&)-()"%"!	"&(&%! $""!)+" $

#! 

	
!	 !(!%  #
$$ 	! *""#!%%. )(&  "
 '' ""!#"%&"""'%( ''#'"("#	  '!!##"%"
"	" !!&"! !&"#"!&&%-1" (! $((#  "%$&! !$!#-(%#  $#"%!
$(% %!%(!!!#"#!"%&%#!# 
' 


%#   ! !%(!!%' ""!!"% "%*$(##&#$!*#)!###  "& !!#
 )$!&( !" ! (%	


#*"("!#!# $#  " $$"(#"%$*!##" #!!/# !!" %'"""%
	 !!#%'$#!$"%!#$
% 

	"""$ "&!*(!#$##+" ! !$!! %$# !&"  "!'!((#!$
( ## & & "#$!
	


""+" !)#"&(   "###2 %##"$&!#"$#(   )"(!!&%  %)! $! &"
!&

$ #"$
" !
 !
$  
#""# ##$%	&&("$! #""(/$"'"$'%'&) !

!###"%,  (%"" %$- ! #! ##&!!# %' $! $"" 
$" 
'(#(' %'% )'#!  % , !' # %) 	%&'#+")
$) &"! '$$*$#!," "#"'#!# #"  %%""!!!%# 


"#! !&!	##   !#$"" &*!' &##!. %!"&$)&  '& -"-')	$
!!  '"%!"! !  ! 
!
#$&"""&$

 ! $"!	!')%!!#"%!	& *

#!)-&&($,*"%&%!!
 !
#	 

#"#" !#$(' %
"#&!# #
%%*#% !%""!")!  #%#")&#"" #)&##!   '"!$'"# #

"  !" )
" "!#!"##*	#&$!#"& !"!*!
!$$ "  +##" & "#!%)	*#!#! 
&!# ! $


%"#$& " "
#"#$ 
""!"! '#"%)#' "$!!&#)#!$%&!!##" "# !%#!&!!!  !'

! # 	
##$%"$!!%  &!"
#%# $%!"%! &# /! "$!! +&!
(%"  !*($!$$!!#
""!!"$! & "!
!!""  " "! -! '#!#!')"!%) "% % *#!%$%"& *#&)+#

!&"#$"" '')	 ""!#"! $
%$)#
$	#
 #$! !#! !#'

 "! "# #" #!#!. #."#!  "!)"# #.""#!%)"%  !! " !)

	
!'! ,!#$ 
# 
# !#"'$ '!% #$#$'!!!  " & !-#, &2!"* '""%!#(!/
!
  !&)  %## !!$

#


!#
"!  $ ' ""!+ ! $  # ""
 "%(%#$&'$/ ' $# '"

" $ $"  ! "$"

!%!*"" ! !% !%! '("$%%%(%  #-%$!""

###!$

" 
!!" 
%!!!&   $) $!! &!!!!!"!(% #$"!%%
&#-! ! ("#%!#!#%%
#
*"%##
 #
!
	! "!" "    !#  # #' $""#&
#")*&""#  )" &! %$"!
! 

$#! &" "$! !' "! $#"!%$ )#-! "$! !'!-#%#+#!  #
!#( ! %"	!$ ,##  !&+&&	"&"%&!$#$$%!&&$!#$"'$$# #
  
& $%' "$"%"%#
  "!!!' ! !$ &)*' %   	
  '(#

%  #
%-"!"& * #""
 #$   

!'"$!!!""!!%$(


"$!!%%!## 
!#!"#!!)"
 # % ! !!#!%%#   &!!   $'"

 	  '#$"" "!% ""#!%"*
%"$'!#"
#"&
&)&"!"!&"#"&!!!$
""! """

!%
&%!"$"('	'&#$& 	"! #$

$""!!! #
 !%'+7""1 #*! !#&##!!$##

$' " 
#
!
  ! $"  $$ (-  
#%$%(#
" # 
&!(,!-
",$(!! $"**&!
!

!!'!

"! ! !  "   
&!## 	!
*##"!"-%&   
"$$%$## #
!)"!(	"! 
 !((!!!!$ !"
 #!'#"&!
"  "!!%#3! '""& 
!"!#!$$#&(


# %##!
"!  )   $"%"	) !"*$#    #'%%!
(!#" )% !("#'  
"! #!&!"!""## #!!"!#! "! !!"
 $&%" "!'!*#("# %$'$ %
	# 
$


 #
$!!   &&%
$#"""#"%! !"" "+%""!""""# ")!
$ ."
!  $ '+%)#
"$ ) "+ !
'!#(!%&!$!& #%"  


 "$" & 


 "&  $#! %. # ""!'%%#'%$*!!) 
# $%# $! "# !
# ! (


!# # &$! #&+"+!!+ #!' "$$!!"#,#  	!"
 
!&"!(# & '
 !!$
"!!#$$!%)$#	+& 		("!$!! %!
	 ! %!!" ""!
 "#"  $"  )"$!!#&# $&"&'

%*!!  !%$"!"& "#

	 $
!
(!
  '!# $ %- #%$
 #%$!" ""
%" 	 " ! #%		"$ # """! 
	!!!
 "''#$ 
'

 "#%% $		!
" 
!"!  (!$&')#
$ %#"#&$"%	 $'&!"!-!&  !$ %!!
$ !#"+% 
$*'#!"" !&# #$""#$
(&%#$!!"( !$&! 	! 
! *&
" !!
 #$&&#& !#" !%"&!" ' #"$
+#"
#
" "!$ !*#	"## # '	"!$!!$ $	&##!

#)&#$"!  

$!    
	  !  "$

)#"#( "$3."##!" $##"&"  & ##$!
 "!"&!	 (  !!!!!
#$')% &$#",  "&"#!" # )""   




" $ #
" "$
! "!&$""$ !
!$!#  #% !#!#!"# $##
! "

!!"!" !##""## !##(!##
 " # #!   ! %  !%
!"  !"!* $$% 
%(""'!#"' % " !" 
	   % "  
" !#& !$$*#" "#(*&$
!"!!$(  
"%
!
&! &&#"'!(# %$$&
 "!"!   )!
!  # $ "%!("  $##"#'$$"!! $  '!# 
!  
!
" %! ' !!" $' $/(!
&#'%"#
#
 #
 

	

$%' 
"&* #  ! # &!#!
'
#	#  "$

!
$!  %$$
##%#$'" '$  	&# !("
"+ "'$%& $ "


(!" "	!( % "%
!!!!$#(% "  	#  &!%"


 "#!"  ""#*!'

))")#%
#!
! !!!'
 "$ !$#$( 

##'  -$ "&
%" 	#!! $##
##
" !& #	"! & "&( !!#"%

 "   

"" 
"
 &'
 
&!(!!&""! #	 !%  %
$#$"" #" "
#"
#$$
#% "!  %"! !$$$#!!"!!
&	 
	

!$"
 "!%% !& %$!#!  	#%# 
  !"  #& "!"  
"!$
!! $# !##%)! 	&$""# " 
	

 "!!!!
!  "% 
"" #$

###!#"%"" 

$!&#
 $"!!! ! " $.!
!)! "

 "#

  "  %  &	$"! $!"#
 '!#%
 &"
  !      !!
 	!!  "# %) 
%%!$$"
"! "!#
%!!
$%!"!
& 	 )"	" !"!!!'  #! 
"#!  


!%!"
"+#$!!" %)!#%
" """"%!
"!" 
 $#
  !"$
$$##""&"&(  

  $
!$	! ! ! "!!#&!1'.#


	 $%"   #!!"! $1'#"+#%	
! %##
! !$" $%!

 " %!!  $ $
! " !!$!#
!&!#	
 " 	$
## $ "!"!


"	

!!&%"( "'
!&#	!"#  
 !! 
"'
"!
  

 !!  
$ %	#
!%

"# "!	 %"

  (#
    )!
 !!!
"'



  ""&
'


	
 !  !#% $ !

$ %#" 

''	$ !"

!!	&' ! 

"

"'
  $"#  

  # 
"		
" "
!  

$!	

#!"!

 %	!
$
"
	 $$"#

 ! !$#

 
# 
 %"	! 
   	$!# 

	

$ 
 &
!#! !

 !





	   


 	 


 $"
" 

	

!
+**!

 



'#


	!! '&  

 

! 

!

 !	  !# 

 

 !"	


"

 #


  

 # 
	

 



  	



!

 			



	



	





 



	







	







	




	



XTENSION= 'BINTABLE'           / binary table extension                         BITPIX  =                    8 / 8-bit bytes                                    NAXIS   =                    2 / 2-dimensional binary table                     NAXIS1  =                   16 / width of table in bytes                        NAXIS2  =                   54 / 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   '           / Start Time of GTI                              TFORM1  = 'D       '           / data format of field: 8-byte DOUBLE            TUNIT1  = 's       '           / physical unit of field                         TTYPE2  = 'STOP    '           / End Time of GTI                                TFORM2  = 'D       '           / data format of field: 8-byte DOUBLE            TUNIT2  = 's       '           / physical unit of field                         EXTNAME = 'STDGTI01'           / The name of this table                         EXTVER  =                    1 / Extension version                              TELESCOP= 'XMM     '           / XMM mission                                    INSTRUME= 'EPN     '           / EPIC p-n Instrument                            DATATYPE= 'IMAGE.EL'           / Type of data                                   OBS_ID  = '0555781001'         / Observation identifier                         EXP_ID  = '0555781001003'      / Exposure identifier                            QUADRANT=                    0 / Quadrant ID                                    CCDID   =                    0 / CCD ID                                         QUADMODE=                    0 / Quadrant Mode                                  CCDMODE =                    1 / CCD Mode                                       FRMTIME = 7.33649600000000E+01 / [ms] Nominal frame time                        WINDOWX0=                    1 / X coordinate of bottom left corner of window   WINDOWY0=                    2 / Y coordinate of bottom left corner of window   WINDOWDX=                   64 / Size, along x-axis, of window                  WINDOWDY=                  199 / Size, along y-axis, of window                  DATE-OBS= '2009-01-22T19:02:33' / Exposure Start Time                           DATE-END= '2009-01-24T05:28:41' / Exposure End Time                             F1294   =                    0 / Quadrant wait states                           DATAMODE= 'IMAGING '           / Instrument mode (IMAGING, TIMING, FAST, etc.)  SUBMODE = 'PrimeFullWindow'    / Readout submode                                DATE_OBS= '2009-01-22T18:39:27.000' / Date observations were made               DATE_END= '2009-01-24T05:36:20.000' / Date observations ended                   DURATION= 1.25813000000000E+05 / [s] Duration of observation                    EXPSTART= '2009-01-22T19:02:33' / Start Time (UTC) of exposure                  EXPSTOP = '2009-01-24T05:28:41' / End Time (UTC) of exposure                    OBSSTART= '2009-01-22T18:39:27.000' / Date observation was started              OBSSTOP = '2009-01-24T05:36:20.000' / Date observation was stopped              REVOLUT =                 1671 / XMM revolution number                          BPT_CODE= '0_003_BAD'          / BPT_CODE F1529_F1530_F1528                     SRCPOS  =                  190 / [pixel] Assumed RAWY source position for fast mODFLATEX= '1671\_0555781001\_PNS003' / ODF identifier                           XMMEA_3 = '(FLAG & 0x8) != 0'  / ON_OFFSET_COLUMN                               XMMEA_4 = '(FLAG & 0x10) != 0' / NEXT_TO_OFFSET_COLUMN                          XMMEA_11= '(FLAG & 0x800) != 0' / IN_SPOILED_FRAME                              XMMEA_17= '(FLAG & 0x20000) != 0' / IN_BAD_FRAME                                XMMEA_25= '(FLAG & 0x2000000) != 0' / OUT_OF_CCD_WINDOW                         XMMEA_20= '(FLAG & 0x100000) != 0' / MIP_ASSOCIATED                             XMMEA_EP= '(FLAG & 0xcfa0000) == 0' / Select good PN events                     TIMESYS = 'TT      '           / XMM time will be TT (Terrestial Time)          MJDREF  = 5.08140000000000E+04 / [d] 1998-01-01T00:00:00 (TT) expressed in MJD (TIMEZERO=                    0 / Clock correction (if not zero)                 TIMEUNIT= 's       '           / All times in s unless specified otherwise      CLOCKAPP=                    T / Clock correction applied                       TIMEREF = 'LOCAL   '           / Reference location of photon arrival times     TASSIGN = 'SATELLITE'          / Location of time assignment                    TRESET  = 7.87630521064053E+07 / [s] Reset time offset added to PN times        TSTART  = 3.49038218021906E+08 / Start time of first frame                      TSTOP   = 3.49161921942021E+08 / End time of last frame                         TELAPSE = 1.23703920115577E+05 / [s] Time elapsed between TSTART and TSTOP      MIP_THRS=                 3000 / maximum PHA for non-MIPs                       MIP_METH= 'ONBOARD '           / method to handle MIPs                          QUAL_MAX=                    0 / maximum allowed quality                        CCDSMODE=                    0 / CCD sub-mode                                   TASK_RUN= '20111011100414.137' / time when epframes was run                     HK_TMP_B= '------------------' / - Begin of selected list of HK parameters -----F1030   =            270275166 / [s] Coarse time reset                          F1052   =                32400 / [s] Time wrap reset                            AX_FC0  = 9.99056220054626E-01 / mode dependent constant livetime               AX_FC3  = 1.00000000000000E+00 / chopper dependent constant livetime            AN_MAXFR=                   20 / An_MAXFRC F1538 F1638 F1738 F1838              AN_CHOP =                    0 / An_CHOP   F1534 F1634 F1734 F1834              AN_CMCOR=                  512 / An_CMCORR F1525 F1625 F1725 F1825              AN_CMLOT=                  532 / An_CMLOTH F1515 F1516 F1517 F1615 F1616 F1617..AN_MAXMI=                   63 / An_MAXMIP F1527 F1627 F1727 F1827              AN_MIP  =                 3512 / An_MIP    F1526 F1626 F1726 F1826              AN_EAMIP=                    1 / An_EAMIPSEL F1536 F1636 F1736 F1836            AN_SENDM= 'MIP CORREC.2'       / An_SENDMODE F1535 F1635 F1735 F1835            AN_DSLIN= 2.57788787841797E+02 / An_DSLINC F1330 F1375 F1420 F1465              AX_QCCDS=               -32768 / An_CCDSWISTAT + QUADSEL F1077 F1076 F1075 F1074GAINCAME= 'HIGH    '           / ECACHn_GAINCAME F1227 F1226 F1225 F1234 F1233..F1122MIN= 1.12557998657227E+02 / [deg] H_CE_FWSPOS_MIN F1122                    F1122MAX= 1.13396003723145E+02 / [deg] H_CE_FWSPOS_MAX F1122                    F1122AVE= 1.12776611328125E+02 / [deg] H_CE_FWSPOS_AVE F1122                    F1128MIN= -9.00580825805664E+01 / [deg C] H_CE_TTMPFPF_MIN F1128                F1128MAX= -8.98398818969727E+01 / [deg C] H_CE_TTMPFPF_MAX F1128                F1128AVE= -8.99495849609375E+01 / [deg C] H_CE_TTMPFPF_AVE F1128                F1128OMI= -8.97307739257812E+01 / [deg C] H_OT_TTMPFPF_MIN F1128                F1128OMA= -8.96216735839844E+01 / [deg C] H_OT_TTMPFPF_MAX F1128                F1128OAV= -8.97212905883789E+01 / [deg C] H_OT_TTMPFPF_AVE F1128                TQB1_MIN= 1.07090349197388E+01 / [deg C] E_Cx_TEMPQB1_MIN F1576 F1676 F1776 F187TQB1_MAX= 1.73478431701660E+01 / [deg C] E_Cx_TEMPQB1_MAX F1576 F1676 F1776 F187TQB1_AVE= 1.49599313735962E+01 / [deg C] E_Cx_TEMPQB1_AVE F1576 F1676 F1776 F187IGRA_MIN= 2.66665101051331E+00 / [micro A] E_Cx_IGRAy_MIN F1571 F1572 F1573 F167IGRA_MAX= 3.83195304870605E+00 / [micro A] E_Cx_IGRAy_MAX F1571 F1572 F1573 F167IGRA_AVE= 3.08459401130676E+00 / [micro A] E_Cx_IGRAy_AVE F1571 F1572 F1573 F167UHV_MIN = -1.62356201171875E+02 / [V] V_VC_UHV_MIN F1198 F1199 F1200 F1201      UHV_MAX = -1.62356201171875E+02 / [V] V_VC_UHV_MAX F1198 F1199 F1200 F1201      UHV_AVE = -1.62356201171875E+02 / [V] V_VC_UHV_AVE F1198 F1199 F1200 F1201      BPX_OCV = 'nom3    '           / BadPixelMap + Offset Correction Vector Setup   SETUPSAS= 'TTT     '           / ODF HK CCF input status words                  OT_START= '2009-01-22T18:40:22' / Start Time (UTC) of offset table calculation  OT_STOP = '2009-01-22T18:43:20' / End Time (UTC) of offset table calculation    OT_CHOP =                    0 / An_CHOP   F1534 F1634 F1734 F1834              OT_CMCOR=                    0 / An_CMCORR F1525 F1625 F1725 F1825              OT_CMLOT=                    0 / An_CMLOTH F1515 F1516 F1517 F1615 F1616 F1617..OT_MAXMI=                    5 / An_MAXMIP F1527 F1627 F1727 F1827              OT_MIP  =                 3000 / An_MIP    F1526 F1626 F1726 F1826              OT_EAMIP=                    1 / An_EAMIPSEL F1536 F1636 F1736 F1836            OT_SENDM= 'NO MIP CORR.'       / An_SENDMODE F1535 F1635 F1735 F1835            FROFFMAP=                   50 / Number of frames for offset map calculation    MCOFFMAP= 'OFF     '           / Status of median correction for offset map calcFRAMETIM= 7.33649600000000E+01 / [ms] nominal frame time                        HK_TMP_E= '------------------' / -- End of selected list of HK parameters ------MIPCOLN =                    0 / Number of MIP events                           WRGAMPLI=                    0 / Number of events with negative PHA             WRGCOORD=                    0 / Number of events with wrong coordinates        WRGORDER=                    0 / Number of frames in wrong readout order        WRGTIME =                    0 / Number of frames in wrong time order           WRGCOARS=                 2573 / Number of frames with FFFF coarse time         FRAMEBAD=                    0 / Number of bad frames                           FRAMETOT=              1193818 / Total number of input frames                   EMPTYFRM= 'enabled '           / Handling of empty frames                       MASKX0  =                    0 / X coordinate of bottom left corner of mask     MASKY0  =                    0 / Y coordinate of bottom left corner of mask     MASKDX  =                    0 / Size, along x-axis, of mask                    MASKDY  =                    0 / Size, along y-axis, of mask                    MASKCCD =                    4 / CCD where mask is located in                   FILTER  = 'Thin1   '           / Filter ID                                      HDUCLASS= 'OGIP    '           / File conforms to OGIP/GSFC conventions         HDUCLAS1= 'GTI     '           / File contains Good Time Intervals              HDUCLAS2= 'STANDARD'           / File contains Good Time Intervals              END                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                             A�����A���X�_A���S��_A��赯؀A�����N�A��%�K��A��%��KlA��%�bƎA��%Ѷ�A��d�_
A��eSZA�΃+ҋA�΃.��^A�΃I��vA�΃K��A�΃M���A�΃uhQ0A��<���SA��<��O�A�ϣ/�	A�ϣi
kA�ϥK��A�ϥ:6lA�ϥ]G�A�ϥg��A�ϥ�>��A�ϥ��E�A�ϥ��{@A�Ϧ�7BA�Ϧ-��A�Ϧ7�>TA�Ϧ]�A�Ϧ��s�A�Ϧ�kV�A�Ϧ��)
A�ϧ�0!A�ϧT;A�ϧt�:A�ϧ8�!A�ϧ�@�A�ϧ�ڀ�A�ϧ��,�A�Ϩ���A�Ϩ::�A�Ϩ[���A�Ϩ���A�Ϩ�D��A�Ϩ�)��A�Ϩ�֦�A�ϩ��EA�ϩ.=�|A�ϩS��YA�ϩt�;=A�ϩ��;A�ϩ�$�A�ϩԵ	A�ϩ�t�dA�Ϫ���A�Ϫ4r��A�ϪN~?�A�Ϫo�@vA�Ϫ�d�A�Ϫ�� A�Ϫ�s%�A�Ϫ�
7GA�ϫ1^�A�ϫ9B��A�ϫXA�ϫz0~0A�ϫ���A�ϫ��tZA�ϫ�҇�A�ϫ����A�Ϭ+A�Ϭ=ڣrA�ϬdϗUA�Ϭ�]��A�Ϭ�8�
A�Ϭώ�7A�Ϭ����A�ϭ��lA�ϭNz�XA�ϭqf�A�ϭ�-O7A�ϭ��A�ϮvW�A�Ϯ"�GaA�ϮY)�A�Ϯ{ ��A�Ϯ�\��A�Ϯ�A��A�ϯ	�A�ϯ<9�BA�ϯ��fA�ϯ���hA�ϰC��A�ϰ$��\A�ϰ���A�ϰ���(A�ϱԚFA�ϱ)*SOA�ϱ�:4A�ϱ�`��A�ϲ��foA�ϲ��.�A�ϴ
Vd�A�ϴ,N4!A�����`EXTENSION= 'BINTABLE'           / binary table extension                         BITPIX  =                    8 / 8-bit bytes                                    NAXIS   =                    2 / 2-dimensional binary table                     NAXIS1  =                   16 / width of table in bytes                        NAXIS2  =                   54 / 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   '           / Start Time of GTI                              TFORM1  = 'D       '           / data format of field: 8-byte DOUBLE            TUNIT1  = 's       '           / physical unit of field                         TTYPE2  = 'STOP    '           / End Time of GTI                                TFORM2  = 'D       '           / data format of field: 8-byte DOUBLE            TUNIT2  = 's       '           / physical unit of field                         EXTNAME = 'STDGTI02'           / The name of this table                         EXTVER  =                    1 / Extension version                              TELESCOP= 'XMM     '           / XMM mission                                    INSTRUME= 'EPN     '           / EPIC p-n Instrument                            DATATYPE= 'IMAGE.EL'           / Type of data                                   OBS_ID  = '0555781001'         / Observation identifier                         EXP_ID  = '0555781001003'      / Exposure identifier                            QUADRANT=                    0 / Quadrant ID                                    CCDID   =                    1 / CCD ID                                         QUADMODE=                    0 / Quadrant Mode                                  CCDMODE =                    1 / CCD Mode                                       FRMTIME = 7.33649600000000E+01 / [ms] Nominal frame time                        WINDOWX0=                    1 / X coordinate of bottom left corner of window   WINDOWY0=                    2 / Y coordinate of bottom left corner of window   WINDOWDX=                   64 / Size, along x-axis, of window                  WINDOWDY=                  199 / Size, along y-axis, of window                  DATE-OBS= '2009-01-22T19:02:33' / Exposure Start Time                           DATE-END= '2009-01-24T05:28:41' / Exposure End Time                             F1294   =                    0 / Quadrant wait states                           DATAMODE= 'IMAGING '           / Instrument mode (IMAGING, TIMING, FAST, etc.)  SUBMODE = 'PrimeFullWindow'    / Readout submode                                DATE_OBS= '2009-01-22T18:39:27.000' / Date observations were made               DATE_END= '2009-01-24T05:36:20.000' / Date observations ended                   DURATION= 1.25813000000000E+05 / [s] Duration of observation                    EXPSTART= '2009-01-22T19:02:33' / Start Time (UTC) of exposure                  EXPSTOP = '2009-01-24T05:28:41' / End Time (UTC) of exposure                    OBSSTART= '2009-01-22T18:39:27.000' / Date observation was started              OBSSTOP = '2009-01-24T05:36:20.000' / Date observation was stopped              REVOLUT =                 1671 / XMM revolution number                          BPT_CODE= '0_003_BAD'          / BPT_CODE F1529_F1530_F1528                     SRCPOS  =                  190 / [pixel] Assumed RAWY source position for fast mODFLATEX= '1671\_0555781001\_PNS003' / ODF identifier                           XMMEA_3 = '(FLAG & 0x8) != 0'  / ON_OFFSET_COLUMN                               XMMEA_4 = '(FLAG & 0x10) != 0' / NEXT_TO_OFFSET_COLUMN                          XMMEA_11= '(FLAG & 0x800) != 0' / IN_SPOILED_FRAME                              XMMEA_17= '(FLAG & 0x20000) != 0' / IN_BAD_FRAME                                XMMEA_25= '(FLAG & 0x2000000) != 0' / OUT_OF_CCD_WINDOW                         XMMEA_20= '(FLAG & 0x100000) != 0' / MIP_ASSOCIATED                             XMMEA_EP= '(FLAG & 0xcfa0000) == 0' / Select good PN events                     TIMESYS = 'TT      '           / XMM time will be TT (Terrestial Time)          MJDREF  = 5.08140000000000E+04 / [d] 1998-01-01T00:00:00 (TT) expressed in MJD (TIMEZERO=                    0 / Clock correction (if not zero)                 TIMEUNIT= 's       '           / All times in s unless specified otherwise      CLOCKAPP=                    T / Clock correction applied                       TIMEREF = 'LOCAL   '           / Reference location of photon arrival times     TASSIGN = 'SATELLITE'          / Location of time assignment                    TRESET  = 7.87630521064053E+07 / [s] Reset time offset added to PN times        TSTART  = 3.49038218028016E+08 / Start time of first frame                      TSTOP   = 3.49161921948132E+08 / End time of last frame                         TELAPSE = 1.23703920115577E+05 / [s] Time elapsed between TSTART and TSTOP      MIP_THRS=                 3000 / maximum PHA for non-MIPs                       MIP_METH= 'ONBOARD '           / method to handle MIPs                          QUAL_MAX=                    0 / maximum allowed quality                        CCDSMODE=                    0 / CCD sub-mode                                   TASK_RUN= '20111011100558.068' / time when epframes was run                     HK_TMP_B= '------------------' / - Begin of selected list of HK parameters -----F1030   =            270275166 / [s] Coarse time reset                          F1052   =                32400 / [s] Time wrap reset                            AX_FC0  = 9.99056220054626E-01 / mode dependent constant livetime               AX_FC3  = 1.00000000000000E+00 / chopper dependent constant livetime            AN_MAXFR=                   20 / An_MAXFRC F1538 F1638 F1738 F1838              AN_CHOP =                    0 / An_CHOP   F1534 F1634 F1734 F1834              AN_CMCOR=                  512 / An_CMCORR F1525 F1625 F1725 F1825              AN_CMLOT=                  532 / An_CMLOTH F1515 F1516 F1517 F1615 F1616 F1617..AN_MAXMI=                   63 / An_MAXMIP F1527 F1627 F1727 F1827              AN_MIP  =                 3512 / An_MIP    F1526 F1626 F1726 F1826              AN_EAMIP=                    1 / An_EAMIPSEL F1536 F1636 F1736 F1836            AN_SENDM= 'MIP CORREC.2'       / An_SENDMODE F1535 F1635 F1735 F1835            AN_DSLIN= 2.57788787841797E+02 / An_DSLINC F1330 F1375 F1420 F1465              AX_QCCDS=               -32768 / An_CCDSWISTAT + QUADSEL F1077 F1076 F1075 F1074GAINCAME= 'HIGH    '           / ECACHn_GAINCAME F1227 F1226 F1225 F1234 F1233..F1122MIN= 1.12557998657227E+02 / [deg] H_CE_FWSPOS_MIN F1122                    F1122MAX= 1.13396003723145E+02 / [deg] H_CE_FWSPOS_MAX F1122                    F1122AVE= 1.12776611328125E+02 / [deg] H_CE_FWSPOS_AVE F1122                    F1128MIN= -9.00580825805664E+01 / [deg C] H_CE_TTMPFPF_MIN F1128                F1128MAX= -8.98398818969727E+01 / [deg C] H_CE_TTMPFPF_MAX F1128                F1128AVE= -8.99495849609375E+01 / [deg C] H_CE_TTMPFPF_AVE F1128                F1128OMI= -8.98398818969727E+01 / [deg C] H_OT_TTMPFPF_MIN F1128                F1128OMA= -8.97307739257812E+01 / [deg C] H_OT_TTMPFPF_MAX F1128                F1128OAV= -8.97971801757812E+01 / [deg C] H_OT_TTMPFPF_AVE F1128                TQB1_MIN= 1.07090349197388E+01 / [deg C] E_Cx_TEMPQB1_MIN F1576 F1676 F1776 F187TQB1_MAX= 1.73478431701660E+01 / [deg C] E_Cx_TEMPQB1_MAX F1576 F1676 F1776 F187TQB1_AVE= 1.49599313735962E+01 / [deg C] E_Cx_TEMPQB1_AVE F1576 F1676 F1776 F187IGRA_MIN= 2.66665101051331E+00 / [micro A] E_Cx_IGRAy_MIN F1571 F1572 F1573 F167IGRA_MAX= 4.99725484848022E+00 / [micro A] E_Cx_IGRAy_MAX F1571 F1572 F1573 F167IGRA_AVE= 3.59467720985413E+00 / [micro A] E_Cx_IGRAy_AVE F1571 F1572 F1573 F167UHV_MIN = -1.62356201171875E+02 / [V] V_VC_UHV_MIN F1198 F1199 F1200 F1201      UHV_MAX = -1.62356201171875E+02 / [V] V_VC_UHV_MAX F1198 F1199 F1200 F1201      UHV_AVE = -1.62356201171875E+02 / [V] V_VC_UHV_AVE F1198 F1199 F1200 F1201      BPX_OCV = 'nom3    '           / BadPixelMap + Offset Correction Vector Setup   SETUPSAS= 'TTT     '           / ODF HK CCF input status words                  OT_START= '2009-01-22T18:44:14' / Start Time (UTC) of offset table calculation  OT_STOP = '2009-01-22T18:47:10' / End Time (UTC) of offset table calculation    OT_CHOP =                    0 / An_CHOP   F1534 F1634 F1734 F1834              OT_CMCOR=                  256 / An_CMCORR F1525 F1625 F1725 F1825              OT_CMLOT=                    0 / An_CMLOTH F1515 F1516 F1517 F1615 F1616 F1617..OT_MAXMI=                    5 / An_MAXMIP F1527 F1627 F1727 F1827              OT_MIP  =                 3000 / An_MIP    F1526 F1626 F1726 F1826              OT_EAMIP=                    1 / An_EAMIPSEL F1536 F1636 F1736 F1836            OT_SENDM= 'NO MIP CORR.'       / An_SENDMODE F1535 F1635 F1735 F1835            FROFFMAP=                   50 / Number of frames for offset map calculation    MCOFFMAP= 'OFF     '           / Status of median correction for offset map calcFRAMETIM= 7.33649600000000E+01 / [ms] nominal frame time                        HK_TMP_E= '------------------' / -- End of selected list of HK parameters ------MIPCOLN =                51662 / Number of MIP events                           WRGAMPLI=                    0 / Number of events with negative PHA             WRGCOORD=                    0 / Number of events with wrong coordinates        WRGORDER=                    0 / Number of frames in wrong readout order        WRGTIME =                    0 / Number of frames in wrong time order           WRGCOARS=                 1156 / Number of frames with FFFF coarse time         FRAMEBAD=                    0 / Number of bad frames                           FRAMETOT=              1047433 / Total number of input frames                   EMPTYFRM= 'enabled '           / Handling of empty frames                       MASKX0  =                    0 / X coordinate of bottom left corner of mask     MASKY0  =                    0 / Y coordinate of bottom left corner of mask     MASKDX  =                    0 / Size, along x-axis, of mask                    MASKDY  =                    0 / Size, along y-axis, of mask                    MASKCCD =                    4 / CCD where mask is located in                   FILTER  = 'Thin1   '           / Filter ID                                      HDUCLASS= 'OGIP    '           / File conforms to OGIP/GSFC conventions         HDUCLAS1= 'GTI     '           / File contains Good Time Intervals              HDUCLAS2= 'STANDARD'           / File contains Good Time Intervals              END                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                             A���,A���ZD�A���S�A�A��赱h�A������EA��%�M��A��%����A��%�dWA��%ѷ�A��d�`�A��eT�A�΃+��A�΃.�\�A�΃I�%�A�΃K�tA�΃M�Y?A�΃ui�A��<��t�A��<���A�ϣ/<~A�ϣi��A�ϥM{lA�ϥ;��A�ϥ]�$A�ϥg�Z�A�ϥ�@s@A�ϥ���1A�ϥ���A�Ϧ�ǷA�Ϧ-4_A�Ϧ7���A�Ϧ]�KA�Ϧ��A�Ϧ�l�OA�Ϧ��vA�ϧ���A�ϧT<��A�ϧt�)�A�ϧ:k�A�ϧ�B(�A�ϧ��KA�ϧ��DA�Ϩ�)A�Ϩ:<Z�A�Ϩ[�z<A�Ϩ�WpA�Ϩ�F~UA�Ϩ�+��A�Ϩ��7HA�ϩ�i�A�ϩ.?y�A�ϩS�<�A�ϩt�˲A�ϩ��A�ϩ�%�#A�ϩԶ�yA�ϩ�v�A�Ϫ�%*A�Ϫ4teDA�ϪN�#A�Ϫo���A�Ϫ�fv+A�Ϫ����A�Ϫ�t�XA�Ϫ�ǼA�ϫ2�FA�ϫ9DxBA�ϫX�zA�ϫz2�A�ϫ��m�A�ϫ���A�ϫ��!A�ϫ��A�Ϭ��A�Ϭ=�3�A�Ϭd�'�A�Ϭ�_8
A�Ϭ�:rvA�Ϭϐ,�A�Ϭ��7A�ϭh�A�ϭN|�A�ϭqhUA�ϭ�.߬A�ϭ�#A�Ϯw�	A�Ϯ"���A�ϮY*�:A�Ϯ{"JA�Ϯ�^7A�Ϯ�CbA�ϯ!yA�ϯ<;I�A�ϯ�}�A�ϯ���A�ϰE_rA�ϰ$́�A�ϰ����A�ϰ��7�A�ϱ�*�A�ϱ)+��A�ϱ�ʩA�ϱ�b�ZA�ϲ����A�ϲ��eA�ϴ
W�	A�ϴ,OĖA������XTENSION= 'BINTABLE'           / binary table extension                         BITPIX  =                    8 / 8-bit bytes                                    NAXIS   =                    2 / 2-dimensional binary table                     NAXIS1  =                   16 / width of table in bytes                        NAXIS2  =                   54 / 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   '           / Start Time of GTI                              TFORM1  = 'D       '           / data format of field: 8-byte DOUBLE            TUNIT1  = 's       '           / physical unit of field                         TTYPE2  = 'STOP    '           / End Time of GTI                                TFORM2  = 'D       '           / data format of field: 8-byte DOUBLE            TUNIT2  = 's       '           / physical unit of field                         EXTNAME = 'STDGTI03'           / The name of this table                         EXTVER  =                    1 / Extension version                              TELESCOP= 'XMM     '           / XMM mission                                    INSTRUME= 'EPN     '           / EPIC p-n Instrument                            DATATYPE= 'IMAGE.EL'           / Type of data                                   OBS_ID  = '0555781001'         / Observation identifier                         EXP_ID  = '0555781001003'      / Exposure identifier                            QUADRANT=                    0 / Quadrant ID                                    CCDID   =                    2 / CCD ID                                         QUADMODE=                    0 / Quadrant Mode                                  CCDMODE =                    1 / CCD Mode                                       FRMTIME = 7.33649600000000E+01 / [ms] Nominal frame time                        WINDOWX0=                    1 / X coordinate of bottom left corner of window   WINDOWY0=                    2 / Y coordinate of bottom left corner of window   WINDOWDX=                   64 / Size, along x-axis, of window                  WINDOWDY=                  199 / Size, along y-axis, of window                  DATE-OBS= '2009-01-22T19:02:33' / Exposure Start Time                           DATE-END= '2009-01-24T05:28:41' / Exposure End Time                             F1294   =                    0 / Quadrant wait states                           DATAMODE= 'IMAGING '           / Instrument mode (IMAGING, TIMING, FAST, etc.)  SUBMODE = 'PrimeFullWindow'    / Readout submode                                DATE_OBS= '2009-01-22T18:39:27.000' / Date observations were made               DATE_END= '2009-01-24T05:36:20.000' / Date observations ended                   DURATION= 1.25813000000000E+05 / [s] Duration of observation                    EXPSTART= '2009-01-22T19:02:33' / Start Time (UTC) of exposure                  EXPSTOP = '2009-01-24T05:28:41' / End Time (UTC) of exposure                    OBSSTART= '2009-01-22T18:39:27.000' / Date observation was started              OBSSTOP = '2009-01-24T05:36:20.000' / Date observation was stopped              REVOLUT =                 1671 / XMM revolution number                          BPT_CODE= '0_003_BAD'          / BPT_CODE F1529_F1530_F1528                     SRCPOS  =                  190 / [pixel] Assumed RAWY source position for fast mODFLATEX= '1671\_0555781001\_PNS003' / ODF identifier                           XMMEA_3 = '(FLAG & 0x8) != 0'  / ON_OFFSET_COLUMN                               XMMEA_4 = '(FLAG & 0x10) != 0' / NEXT_TO_OFFSET_COLUMN                          XMMEA_11= '(FLAG & 0x800) != 0' / IN_SPOILED_FRAME                              XMMEA_17= '(FLAG & 0x20000) != 0' / IN_BAD_FRAME                                XMMEA_25= '(FLAG & 0x2000000) != 0' / OUT_OF_CCD_WINDOW                         XMMEA_20= '(FLAG & 0x100000) != 0' / MIP_ASSOCIATED                             XMMEA_EP= '(FLAG & 0xcfa0000) == 0' / Select good PN events                     TIMESYS = 'TT      '           / XMM time will be TT (Terrestial Time)          MJDREF  = 5.08140000000000E+04 / [d] 1998-01-01T00:00:00 (TT) expressed in MJD (TIMEZERO=                    0 / Clock correction (if not zero)                 TIMEUNIT= 's       '           / All times in s unless specified otherwise      CLOCKAPP=                    T / Clock correction applied                       TIMEREF = 'LOCAL   '           / Reference location of photon arrival times     TASSIGN = 'SATELLITE'          / Location of time assignment                    TRESET  = 7.87630521064053E+07 / [s] Reset time offset added to PN times        TSTART  = 3.49038218034127E+08 / Start time of first frame                      TSTOP   = 3.49161921954242E+08 / End time of last frame                         TELAPSE = 1.23703920115577E+05 / [s] Time elapsed between TSTART and TSTOP      MIP_THRS=                 3000 / maximum PHA for non-MIPs                       MIP_METH= 'ONBOARD '           / method to handle MIPs                          QUAL_MAX=                    0 / maximum allowed quality                        CCDSMODE=                    0 / CCD sub-mode                                   TASK_RUN= '20111011100729.197' / time when epframes was run                     HK_TMP_B= '------------------' / - Begin of selected list of HK parameters -----F1030   =            270275166 / [s] Coarse time reset                          F1052   =                32400 / [s] Time wrap reset                            AX_FC0  = 9.99056220054626E-01 / mode dependent constant livetime               AX_FC3  = 1.00000000000000E+00 / chopper dependent constant livetime            AN_MAXFR=                   20 / An_MAXFRC F1538 F1638 F1738 F1838              AN_CHOP =                    0 / An_CHOP   F1534 F1634 F1734 F1834              AN_CMCOR=                  512 / An_CMCORR F1525 F1625 F1725 F1825              AN_CMLOT=                  532 / An_CMLOTH F1515 F1516 F1517 F1615 F1616 F1617..AN_MAXMI=                   63 / An_MAXMIP F1527 F1627 F1727 F1827              AN_MIP  =                 3512 / An_MIP    F1526 F1626 F1726 F1826              AN_EAMIP=                    1 / An_EAMIPSEL F1536 F1636 F1736 F1836            AN_SENDM= 'MIP CORREC.2'       / An_SENDMODE F1535 F1635 F1735 F1835            AN_DSLIN= 2.57788787841797E+02 / An_DSLINC F1330 F1375 F1420 F1465              AX_QCCDS=               -32768 / An_CCDSWISTAT + QUADSEL F1077 F1076 F1075 F1074GAINCAME= 'HIGH    '           / ECACHn_GAINCAME F1227 F1226 F1225 F1234 F1233..F1122MIN= 1.12557998657227E+02 / [deg] H_CE_FWSPOS_MIN F1122                    F1122MAX= 1.13396003723145E+02 / [deg] H_CE_FWSPOS_MAX F1122                    F1122AVE= 1.12740173339844E+02 / [deg] H_CE_FWSPOS_AVE F1122                    F1128MIN= -9.00580825805664E+01 / [deg C] H_CE_TTMPFPF_MIN F1128                F1128MAX= -8.98398818969727E+01 / [deg C] H_CE_TTMPFPF_MAX F1128                F1128AVE= -8.99495849609375E+01 / [deg C] H_CE_TTMPFPF_AVE F1128                F1128OMI= -9.00580825805664E+01 / [deg C] H_OT_TTMPFPF_MIN F1128                F1128OMA= -8.98398818969727E+01 / [deg C] H_OT_TTMPFPF_MAX F1128                F1128OAV= -8.99394989013672E+01 / [deg C] H_OT_TTMPFPF_AVE F1128                TQB1_MIN= 1.07090349197388E+01 / [deg C] E_Cx_TEMPQB1_MIN F1576 F1676 F1776 F187TQB1_MAX= 1.73478431701660E+01 / [deg C] E_Cx_TEMPQB1_MAX F1576 F1676 F1776 F187TQB1_AVE= 1.49599313735962E+01 / [deg C] E_Cx_TEMPQB1_AVE F1576 F1676 F1776 F187IGRA_MIN= 2.06920003890991E+00 / [micro A] E_Cx_IGRAy_MIN F1571 F1572 F1573 F167IGRA_MAX= 4.38640022277832E+00 / [micro A] E_Cx_IGRAy_MAX F1571 F1572 F1573 F167IGRA_AVE= 2.65059542655945E+00 / [micro A] E_Cx_IGRAy_AVE F1571 F1572 F1573 F167UHV_MIN = -1.62356201171875E+02 / [V] V_VC_UHV_MIN F1198 F1199 F1200 F1201      UHV_MAX = -1.62356201171875E+02 / [V] V_VC_UHV_MAX F1198 F1199 F1200 F1201      UHV_AVE = -1.62356201171875E+02 / [V] V_VC_UHV_AVE F1198 F1199 F1200 F1201      BPX_OCV = 'nom3    '           / BadPixelMap + Offset Correction Vector Setup   SETUPSAS= 'TTT     '           / ODF HK CCF input status words                  OT_START= '2009-01-22T18:47:59' / Start Time (UTC) of offset table calculation  OT_STOP = '2009-01-22T18:50:55' / End Time (UTC) of offset table calculation    OT_CHOP =                    0 / An_CHOP   F1534 F1634 F1734 F1834              OT_CMCOR=                    0 / An_CMCORR F1525 F1625 F1725 F1825              OT_CMLOT=                    0 / An_CMLOTH F1515 F1516 F1517 F1615 F1616 F1617..OT_MAXMI=                    5 / An_MAXMIP F1527 F1627 F1727 F1827              OT_MIP  =                 3000 / An_MIP    F1526 F1626 F1726 F1826              OT_EAMIP=                    1 / An_EAMIPSEL F1536 F1636 F1736 F1836            OT_SENDM= 'NO MIP CORR.'       / An_SENDMODE F1535 F1635 F1735 F1835            FROFFMAP=                   50 / Number of frames for offset map calculation    MCOFFMAP= 'OFF     '           / Status of median correction for offset map calcFRAMETIM= 7.33649600000000E+01 / [ms] nominal frame time                        HK_TMP_E= '------------------' / -- End of selected list of HK parameters ------MIPCOLN =                83783 / Number of MIP events                           WRGAMPLI=                    0 / Number of events with negative PHA             WRGCOORD=                    0 / Number of events with wrong coordinates        WRGORDER=                    0 / Number of frames in wrong readout order        WRGTIME =                    0 / Number of frames in wrong time order           WRGCOARS=                  337 / Number of frames with FFFF coarse time         FRAMEBAD=                    0 / Number of bad frames                           FRAMETOT=              1115944 / Total number of input frames                   EMPTYFRM= 'enabled '           / Handling of empty frames                       MASKX0  =                    0 / X coordinate of bottom left corner of mask     MASKY0  =                    0 / Y coordinate of bottom left corner of mask     MASKDX  =                    0 / Size, along x-axis, of mask                    MASKDY  =                    0 / Size, along y-axis, of mask                    MASKCCD =                    4 / CCD where mask is located in                   FILTER  = 'Thin1   '           / Filter ID                                      HDUCLASS= 'OGIP    '           / File conforms to OGIP/GSFC conventions         HDUCLAS1= 'GTI     '           / File contains Good Time Intervals              HDUCLAS2= 'STANDARD'           / File contains Good Time Intervals              END                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                             A�����A���[�DA���S��DA��赲�eA�����o�A��%�OgA��%��lQA��%�e�sA��%ѹ/{A��d�b4�A��eVz�A�΃+ի�A�΃.��CA�΃I��[A�΃K�(�A�΃M��A�΃ukrA��<�8A��<��p�A�ϣ/��A�ϣi
&PA�ϥO�A�ϥ=WQA�ϥ]h�A�ϥg���A�ϥ�B�A�ϥ��f�A�ϥ�Ĝ%A�Ϧ�X'A�Ϧ-��A�Ϧ7�_9A�Ϧ]�ۅA�Ϧ�˔xA�Ϧ�nw�A�Ϧ��I�A�ϧ�QA�ϧT>2�A�ϧt��A�ϧ;�A�ϧ�C��A�ϧ�ݡ�A�ϧ��M�A�Ϩ��A�Ϩ:=��A�Ϩ[�
�A�Ϩ���A�Ϩ�H�A�Ϩ�-jA�Ϩ��ǸA�ϩ��*A�ϩ.A
aA�ϩS��>A�ϩt�\"A�ϩ�� A�ϩ�';�A�ϩԸ)�A�ϩ�w�IA�Ϫ���A�Ϫ4u��A�ϪN�`�A�Ϫo�a[A�Ϫ�h�A�Ϫ��0A�Ϫ�vF�A�Ϫ�X,A�ϫ4�A�ϫ9F�A�ϫX?�A�ϫz3�A�ϫ����A�ϫ���?A�ϫ�ը�A�ϫ���pA�ϬK�A�Ϭ=��WA�ϬdҸ:A�Ϭ�`�qA�Ϭ�<�A�Ϭϑ�A�Ϭ����A�ϭ
�QA�ϭN}�=A�ϭqi��A�ϭ�0pA�ϭ�	��A�ϮyxyA�Ϯ"�hFA�ϮY,>�A�Ϯ{$�A�Ϯ�_��A�Ϯ�D��A�ϯ��A�ϯ<<�'A�ϯ�KA�ϯ���MA�ϰF��A�ϰ$�AA�ϰ��/nA�ϰ���
A�ϱ׻+A�ϱ)-t4A�ϱ�[A�ϱ�d�A�ϲ���TA�ϲ��O�A�ϴ
Y�yA�ϴ,QUA�����*XTENSION= 'BINTABLE'           / binary table extension                         BITPIX  =                    8 / 8-bit bytes                                    NAXIS   =                    2 / 2-dimensional binary table                     NAXIS1  =                   16 / width of table in bytes                        NAXIS2  =                   53 / 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   '           / Start Time of GTI                              TFORM1  = 'D       '           / data format of field: 8-byte DOUBLE            TUNIT1  = 's       '           / physical unit of field                         TTYPE2  = 'STOP    '           / End Time of GTI                                TFORM2  = 'D       '           / data format of field: 8-byte DOUBLE            TUNIT2  = 's       '           / physical unit of field                         EXTNAME = 'STDGTI04'           / The name of this table                         EXTVER  =                    1 / Extension version                              TELESCOP= 'XMM     '           / XMM mission                                    INSTRUME= 'EPN     '           / EPIC p-n Instrument                            DATATYPE= 'IMAGE.EL'           / Type of data                                   OBS_ID  = '0555781001'         / Observation identifier                         EXP_ID  = '0555781001003'      / Exposure identifier                            QUADRANT=                    1 / Quadrant ID                                    CCDID   =                    0 / CCD ID                                         QUADMODE=                    0 / Quadrant Mode                                  CCDMODE =                    1 / CCD Mode                                       FRMTIME = 7.33649600000000E+01 / [ms] Nominal frame time                        WINDOWX0=                    1 / X coordinate of bottom left corner of window   WINDOWY0=                    2 / Y coordinate of bottom left corner of window   WINDOWDX=                   64 / Size, along x-axis, of window                  WINDOWDY=                  199 / Size, along y-axis, of window                  DATE-OBS= '2009-01-22T19:02:33' / Exposure Start Time                           DATE-END= '2009-01-24T05:28:41' / Exposure End Time                             F1294   =                    0 / Quadrant wait states                           DATAMODE= 'IMAGING '           / Instrument mode (IMAGING, TIMING, FAST, etc.)  SUBMODE = 'PrimeFullWindow'    / Readout submode                                DATE_OBS= '2009-01-22T18:39:27.000' / Date observations were made               DATE_END= '2009-01-24T05:36:20.000' / Date observations ended                   DURATION= 1.25813000000000E+05 / [s] Duration of observation                    EXPSTART= '2009-01-22T19:02:33' / Start Time (UTC) of exposure                  EXPSTOP = '2009-01-24T05:28:41' / End Time (UTC) of exposure                    OBSSTART= '2009-01-22T18:39:27.000' / Date observation was started              OBSSTOP = '2009-01-24T05:36:20.000' / Date observation was stopped              REVOLUT =                 1671 / XMM revolution number                          BPT_CODE= '0_003_BAD'          / BPT_CODE F1529_F1530_F1528                     SRCPOS  =                  190 / [pixel] Assumed RAWY source position for fast mODFLATEX= '1671\_0555781001\_PNS003' / ODF identifier                           XMMEA_3 = '(FLAG & 0x8) != 0'  / ON_OFFSET_COLUMN                               XMMEA_4 = '(FLAG & 0x10) != 0' / NEXT_TO_OFFSET_COLUMN                          XMMEA_11= '(FLAG & 0x800) != 0' / IN_SPOILED_FRAME                              XMMEA_17= '(FLAG & 0x20000) != 0' / IN_BAD_FRAME                                XMMEA_25= '(FLAG & 0x2000000) != 0' / OUT_OF_CCD_WINDOW                         XMMEA_20= '(FLAG & 0x100000) != 0' / MIP_ASSOCIATED                             XMMEA_EP= '(FLAG & 0xcfa0000) == 0' / Select good PN events                     TIMESYS = 'TT      '           / XMM time will be TT (Terrestial Time)          MJDREF  = 5.08140000000000E+04 / [d] 1998-01-01T00:00:00 (TT) expressed in MJD (TIMEZERO=                    0 / Clock correction (if not zero)                 TIMEUNIT= 's       '           / All times in s unless specified otherwise      CLOCKAPP=                    T / Clock correction applied                       TIMEREF = 'LOCAL   '           / Reference location of photon arrival times     TASSIGN = 'SATELLITE'          / Location of time assignment                    TRESET  = 7.87630521064084E+07 / [s] Reset time offset added to PN times        TSTART  = 3.49038218333696E+08 / Start time of first frame                      TSTOP   = 3.49161737958547E+08 / End time of last frame                         TELAPSE = 1.23519624850379E+05 / [s] Time elapsed between TSTART and TSTOP      MIP_THRS=                 3000 / maximum PHA for non-MIPs                       MIP_METH= 'ONBOARD '           / method to handle MIPs                          QUAL_MAX=                    0 / maximum allowed quality                        CCDSMODE=                    0 / CCD sub-mode                                   TASK_RUN= '20111011100910.045' / time when epframes was run                     HK_TMP_B= '------------------' / - Begin of selected list of HK parameters -----F1030   =            270275166 / [s] Coarse time reset                          F1052   =                32400 / [s] Time wrap reset                            AX_FC0  = 9.99056220054626E-01 / mode dependent constant livetime               AX_FC3  = 1.00000000000000E+00 / chopper dependent constant livetime            AN_MAXFR=                   20 / An_MAXFRC F1538 F1638 F1738 F1838              AN_CHOP =                    0 / An_CHOP   F1534 F1634 F1734 F1834              AN_CMCOR=                  512 / An_CMCORR F1525 F1625 F1725 F1825              AN_CMLOT=                  532 / An_CMLOTH F1515 F1516 F1517 F1615 F1616 F1617..AN_MAXMI=                   63 / An_MAXMIP F1527 F1627 F1727 F1827              AN_MIP  =                 3512 / An_MIP    F1526 F1626 F1726 F1826              AN_EAMIP=                    1 / An_EAMIPSEL F1536 F1636 F1736 F1836            AN_SENDM= 'MIP CORREC.2'       / An_SENDMODE F1535 F1635 F1735 F1835            AN_DSLIN= 2.57440063476562E+02 / An_DSLINC F1330 F1375 F1420 F1465              AX_QCCDS=               -32768 / An_CCDSWISTAT + QUADSEL F1077 F1076 F1075 F1074GAINCAME= 'HIGH    '           / ECACHn_GAINCAME F1227 F1226 F1225 F1234 F1233..F1122MIN= 1.12557998657227E+02 / [deg] H_CE_FWSPOS_MIN F1122                    F1122MAX= 1.13396003723145E+02 / [deg] H_CE_FWSPOS_MAX F1122                    F1122AVE= 1.12776611328125E+02 / [deg] H_CE_FWSPOS_AVE F1122                    F1128MIN= -9.00580825805664E+01 / [deg C] H_CE_TTMPFPF_MIN F1128                F1128MAX= -8.98398818969727E+01 / [deg C] H_CE_TTMPFPF_MAX F1128                F1128AVE= -8.99495849609375E+01 / [deg C] H_CE_TTMPFPF_AVE F1128                F1128OMI= -8.97307739257812E+01 / [deg C] H_OT_TTMPFPF_MIN F1128                F1128OMA= -8.96216735839844E+01 / [deg C] H_OT_TTMPFPF_MAX F1128                F1128OAV= -8.97212905883789E+01 / [deg C] H_OT_TTMPFPF_AVE F1128                TQB1_MIN= 1.27120628356934E+01 / [deg C] E_Cx_TEMPQB1_MIN F1576 F1676 F1776 F187TQB1_MAX= 1.93588542938232E+01 / [deg C] E_Cx_TEMPQB1_MAX F1576 F1676 F1776 F187TQB1_AVE= 1.64562511444092E+01 / [deg C] E_Cx_TEMPQB1_AVE F1576 F1676 F1776 F187IGRA_MIN= 2.31725096702576E+00 / [micro A] E_Cx_IGRAy_MIN F1571 F1572 F1573 F167IGRA_MAX= 3.47475290298462E+00 / [micro A] E_Cx_IGRAy_MAX F1571 F1572 F1573 F167IGRA_AVE= 2.70009398460388E+00 / [micro A] E_Cx_IGRAy_AVE F1571 F1572 F1573 F167UHV_MIN = -1.62373199462891E+02 / [V] V_VC_UHV_MIN F1198 F1199 F1200 F1201      UHV_MAX = -1.56749710083008E+02 / [V] V_VC_UHV_MAX F1198 F1199 F1200 F1201      UHV_AVE = -1.57527664184570E+02 / [V] V_VC_UHV_AVE F1198 F1199 F1200 F1201      BPX_OCV = 'nom3    '           / BadPixelMap + Offset Correction Vector Setup   SETUPSAS= 'TTT     '           / ODF HK CCF input status words                  OT_START= '2009-01-22T18:40:22' / Start Time (UTC) of offset table calculation  OT_STOP = '2009-01-22T18:43:20' / End Time (UTC) of offset table calculation    OT_CHOP =                    0 / An_CHOP   F1534 F1634 F1734 F1834              OT_CMCOR=                    0 / An_CMCORR F1525 F1625 F1725 F1825              OT_CMLOT=                    0 / An_CMLOTH F1515 F1516 F1517 F1615 F1616 F1617..OT_MAXMI=                    5 / An_MAXMIP F1527 F1627 F1727 F1827              OT_MIP  =                 3000 / An_MIP    F1526 F1626 F1726 F1826              OT_EAMIP=                    1 / An_EAMIPSEL F1536 F1636 F1736 F1836            OT_SENDM= 'NO MIP CORR.'       / An_SENDMODE F1535 F1635 F1735 F1835            FROFFMAP=                   50 / Number of frames for offset map calculation    MCOFFMAP= 'OFF     '           / Status of median correction for offset map calcFRAMETIM= 7.33649600000000E+01 / [ms] nominal frame time                        HK_TMP_E= '------------------' / -- End of selected list of HK parameters ------MIPCOLN =                    0 / Number of MIP events                           WRGAMPLI=                    0 / Number of events with negative PHA             WRGCOORD=                    0 / Number of events with wrong coordinates        WRGORDER=                    0 / Number of frames in wrong readout order        WRGTIME =                    0 / Number of frames in wrong time order           WRGCOARS=                 1608 / Number of frames with FFFF coarse time         FRAMEBAD=                    0 / Number of bad frames                           FRAMETOT=               746561 / Total number of input frames                   EMPTYFRM= 'enabled '           / Handling of empty frames                       MASKX0  =                    0 / X coordinate of bottom left corner of mask     MASKY0  =                    0 / Y coordinate of bottom left corner of mask     MASKDX  =                    0 / Size, along x-axis, of mask                    MASKDY  =                    0 / Size, along y-axis, of mask                    MASKCCD =                    4 / CCD where mask is located in                   FILTER  = 'Thin1   '           / Filter ID                                      HDUCLASS= 'OGIP    '           / File conforms to OGIP/GSFC conventions         HDUCLAS1= 'GTI     '           / File contains Good Time Intervals              HDUCLAS2= 'STANDARD'           / File contains Good Time Intervals              END                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                             A���
L�A���A��A���{��LA����bg�A�����2A��%����A��%��ZA��%��GA��%���A�΃*���A�΃/��A�΃I���A�΃s�	�A��<��><A��<���;A�ϣc03�A�ϣn�/A�ϣ�`�-A�ϣѿ�VA�Ϥ9��A�Ϥ"'�)A�Ϥ�)�PA�Ϥ��~A�Ϥ�%��A�Ϥ�_�A�ϥ��YA�ϥ�-�A�ϥJ׭�A�ϥUzיA�ϥ|$�jA�ϥ�.nA�ϥ�ݑ�A�ϥ�m�A�Ϧ��qA�Ϧa�A�Ϧ8x�A�ϦrZ�A�Ϧ��	LA�Ϧʯ�9A�Ϧ�q�A�ϧ
kfA�ϧ="�
A�ϧ_ֆdA�ϧ��)A�ϧ�jG�A�ϧ�
T�A�ϧ��FA�Ϩ��A�Ϩ4��A�ϨX�7�A�Ϩ{��A�Ϩ����A�Ϩ�#�A�Ϩ�j�\A�ϩO�A�ϩ >�RA�ϩC*��A�ϩ^�[�A�ϩ�L�A�ϩ���A�ϩ��v�A�ϩ���A�ϩ�̻�A�ϪX��A�Ϫ<��3A�Ϫ^[+�A�Ϫ�x��A�Ϫ�T�bA�Ϫ�SZ�A�Ϫ�nMA�ϫX�A�ϫZ<�A�ϫAk��A�ϫe�?�A�ϫ��/�A�ϫ��A�ϫ�
�wA�ϫ��&�A�Ϭ;��A�Ϭ=��A�Ϭ`!�	A�Ϭ����A�Ϭ�7I`A�Ϭ���A�ϭ��A�ϭB��A�ϭd���A�ϭ���A�ϭ���rA�ϭ�yA�Ϯz	hA�Ϯ[��
A�Ϯ}��%A�Ϯ�
�A�Ϯ�%�A�ϯQ��A�ϯs���A�ϯ�K�5A�ϰ�%A�ϰw۪�A�ϰ�V��A�ϱN��A�ϱo��A�ϳ#�0A�ϳF?�oA���	�GXTENSION= 'BINTABLE'           / binary table extension                         BITPIX  =                    8 / 8-bit bytes                                    NAXIS   =                    2 / 2-dimensional binary table                     NAXIS1  =                   16 / width of table in bytes                        NAXIS2  =                   53 / 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   '           / Start Time of GTI                              TFORM1  = 'D       '           / data format of field: 8-byte DOUBLE            TUNIT1  = 's       '           / physical unit of field                         TTYPE2  = 'STOP    '           / End Time of GTI                                TFORM2  = 'D       '           / data format of field: 8-byte DOUBLE            TUNIT2  = 's       '           / physical unit of field                         EXTNAME = 'STDGTI05'           / The name of this table                         EXTVER  =                    1 / Extension version                              TELESCOP= 'XMM     '           / XMM mission                                    INSTRUME= 'EPN     '           / EPIC p-n Instrument                            DATATYPE= 'IMAGE.EL'           / Type of data                                   OBS_ID  = '0555781001'         / Observation identifier                         EXP_ID  = '0555781001003'      / Exposure identifier                            QUADRANT=                    1 / Quadrant ID                                    CCDID   =                    1 / CCD ID                                         QUADMODE=                    0 / Quadrant Mode                                  CCDMODE =                    1 / CCD Mode                                       FRMTIME = 7.33649600000000E+01 / [ms] Nominal frame time                        WINDOWX0=                    1 / X coordinate of bottom left corner of window   WINDOWY0=                    2 / Y coordinate of bottom left corner of window   WINDOWDX=                   64 / Size, along x-axis, of window                  WINDOWDY=                  199 / Size, along y-axis, of window                  DATE-OBS= '2009-01-22T19:02:33' / Exposure Start Time                           DATE-END= '2009-01-24T05:28:41' / Exposure End Time                             F1294   =                    0 / Quadrant wait states                           DATAMODE= 'IMAGING '           / Instrument mode (IMAGING, TIMING, FAST, etc.)  SUBMODE = 'PrimeFullWindow'    / Readout submode                                DATE_OBS= '2009-01-22T18:39:27.000' / Date observations were made               DATE_END= '2009-01-24T05:36:20.000' / Date observations ended                   DURATION= 1.25813000000000E+05 / [s] Duration of observation                    EXPSTART= '2009-01-22T19:02:33' / Start Time (UTC) of exposure                  EXPSTOP = '2009-01-24T05:28:41' / End Time (UTC) of exposure                    OBSSTART= '2009-01-22T18:39:27.000' / Date observation was started              OBSSTOP = '2009-01-24T05:36:20.000' / Date observation was stopped              REVOLUT =                 1671 / XMM revolution number                          BPT_CODE= '0_003_BAD'          / BPT_CODE F1529_F1530_F1528                     SRCPOS  =                  190 / [pixel] Assumed RAWY source position for fast mODFLATEX= '1671\_0555781001\_PNS003' / ODF identifier                           XMMEA_3 = '(FLAG & 0x8) != 0'  / ON_OFFSET_COLUMN                               XMMEA_4 = '(FLAG & 0x10) != 0' / NEXT_TO_OFFSET_COLUMN                          XMMEA_11= '(FLAG & 0x800) != 0' / IN_SPOILED_FRAME                              XMMEA_17= '(FLAG & 0x20000) != 0' / IN_BAD_FRAME                                XMMEA_25= '(FLAG & 0x2000000) != 0' / OUT_OF_CCD_WINDOW                         XMMEA_20= '(FLAG & 0x100000) != 0' / MIP_ASSOCIATED                             XMMEA_EP= '(FLAG & 0xcfa0000) == 0' / Select good PN events                     TIMESYS = 'TT      '           / XMM time will be TT (Terrestial Time)          MJDREF  = 5.08140000000000E+04 / [d] 1998-01-01T00:00:00 (TT) expressed in MJD (TIMEZERO=                    0 / Clock correction (if not zero)                 TIMEUNIT= 's       '           / All times in s unless specified otherwise      CLOCKAPP=                    T / Clock correction applied                       TIMEREF = 'LOCAL   '           / Reference location of photon arrival times     TASSIGN = 'SATELLITE'          / Location of time assignment                    TRESET  = 7.87630521064055E+07 / [s] Reset time offset added to PN times        TSTART  = 3.49038218046346E+08 / Start time of first frame                      TSTOP   = 3.49161737964657E+08 / End time of last frame                         TELAPSE = 1.23519918311166E+05 / [s] Time elapsed between TSTART and TSTOP      MIP_THRS=                 3000 / maximum PHA for non-MIPs                       MIP_METH= 'ONBOARD '           / method to handle MIPs                          QUAL_MAX=                    0 / maximum allowed quality                        CCDSMODE=                    0 / CCD sub-mode                                   TASK_RUN= '20111011101043.992' / time when epframes was run                     HK_TMP_B= '------------------' / - Begin of selected list of HK parameters -----F1030   =            270275166 / [s] Coarse time reset                          F1052   =                32400 / [s] Time wrap reset                            AX_FC0  = 9.99056220054626E-01 / mode dependent constant livetime               AX_FC3  = 1.00000000000000E+00 / chopper dependent constant livetime            AN_MAXFR=                   20 / An_MAXFRC F1538 F1638 F1738 F1838              AN_CHOP =                    0 / An_CHOP   F1534 F1634 F1734 F1834              AN_CMCOR=                  512 / An_CMCORR F1525 F1625 F1725 F1825              AN_CMLOT=                  532 / An_CMLOTH F1515 F1516 F1517 F1615 F1616 F1617..AN_MAXMI=                   63 / An_MAXMIP F1527 F1627 F1727 F1827              AN_MIP  =                 3512 / An_MIP    F1526 F1626 F1726 F1826              AN_EAMIP=                    1 / An_EAMIPSEL F1536 F1636 F1736 F1836            AN_SENDM= 'MIP CORREC.2'       / An_SENDMODE F1535 F1635 F1735 F1835            AN_DSLIN= 2.57440063476562E+02 / An_DSLINC F1330 F1375 F1420 F1465              AX_QCCDS=               -32768 / An_CCDSWISTAT + QUADSEL F1077 F1076 F1075 F1074GAINCAME= 'HIGH    '           / ECACHn_GAINCAME F1227 F1226 F1225 F1234 F1233..F1122MIN= 1.12557998657227E+02 / [deg] H_CE_FWSPOS_MIN F1122                    F1122MAX= 1.13396003723145E+02 / [deg] H_CE_FWSPOS_MAX F1122                    F1122AVE= 1.12776611328125E+02 / [deg] H_CE_FWSPOS_AVE F1122                    F1128MIN= -9.00580825805664E+01 / [deg C] H_CE_TTMPFPF_MIN F1128                F1128MAX= -8.98398818969727E+01 / [deg C] H_CE_TTMPFPF_MAX F1128                F1128AVE= -8.99495849609375E+01 / [deg C] H_CE_TTMPFPF_AVE F1128                F1128OMI= -8.98398818969727E+01 / [deg C] H_OT_TTMPFPF_MIN F1128                F1128OMA= -8.97307739257812E+01 / [deg C] H_OT_TTMPFPF_MAX F1128                F1128OAV= -8.97971801757812E+01 / [deg C] H_OT_TTMPFPF_AVE F1128                TQB1_MIN= 1.27120628356934E+01 / [deg C] E_Cx_TEMPQB1_MIN F1576 F1676 F1776 F187TQB1_MAX= 1.93588542938232E+01 / [deg C] E_Cx_TEMPQB1_MAX F1576 F1676 F1776 F187TQB1_AVE= 1.64562511444092E+01 / [deg C] E_Cx_TEMPQB1_AVE F1576 F1676 F1776 F187IGRA_MIN= 2.46799993515015E+00 / [micro A] E_Cx_IGRAy_MIN F1571 F1572 F1573 F167IGRA_MAX= 3.62400007247925E+00 / [micro A] E_Cx_IGRAy_MAX F1571 F1572 F1573 F167IGRA_AVE= 2.76013636589050E+00 / [micro A] E_Cx_IGRAy_AVE F1571 F1572 F1573 F167UHV_MIN = -1.62373199462891E+02 / [V] V_VC_UHV_MIN F1198 F1199 F1200 F1201      UHV_MAX = -1.56749710083008E+02 / [V] V_VC_UHV_MAX F1198 F1199 F1200 F1201      UHV_AVE = -1.57527664184570E+02 / [V] V_VC_UHV_AVE F1198 F1199 F1200 F1201      BPX_OCV = 'nom3    '           / BadPixelMap + Offset Correction Vector Setup   SETUPSAS= 'TTT     '           / ODF HK CCF input status words                  OT_START= '2009-01-22T18:44:14' / Start Time (UTC) of offset table calculation  OT_STOP = '2009-01-22T18:47:10' / End Time (UTC) of offset table calculation    OT_CHOP =                    0 / An_CHOP   F1534 F1634 F1734 F1834              OT_CMCOR=                  256 / An_CMCORR F1525 F1625 F1725 F1825              OT_CMLOT=                    0 / An_CMLOTH F1515 F1516 F1517 F1615 F1616 F1617..OT_MAXMI=                    5 / An_MAXMIP F1527 F1627 F1727 F1827              OT_MIP  =                 3000 / An_MIP    F1526 F1626 F1726 F1826              OT_EAMIP=                    1 / An_EAMIPSEL F1536 F1636 F1736 F1836            OT_SENDM= 'NO MIP CORR.'       / An_SENDMODE F1535 F1635 F1735 F1835            FROFFMAP=                   50 / Number of frames for offset map calculation    MCOFFMAP= 'OFF     '           / Status of median correction for offset map calcFRAMETIM= 7.33649600000000E+01 / [ms] nominal frame time                        HK_TMP_E= '------------------' / -- End of selected list of HK parameters ------MIPCOLN =                46350 / Number of MIP events                           WRGAMPLI=                    0 / Number of events with negative PHA             WRGCOORD=                    0 / Number of events with wrong coordinates        WRGORDER=                    0 / Number of frames in wrong readout order        WRGTIME =                    0 / Number of frames in wrong time order           WRGCOARS=                  739 / Number of frames with FFFF coarse time         FRAMEBAD=                    0 / Number of bad frames                           FRAMETOT=               803665 / Total number of input frames                   EMPTYFRM= 'enabled '           / Handling of empty frames                       MASKX0  =                    0 / X coordinate of bottom left corner of mask     MASKY0  =                    0 / Y coordinate of bottom left corner of mask     MASKDX  =                    0 / Size, along x-axis, of mask                    MASKDY  =                    0 / Size, along y-axis, of mask                    MASKCCD =                    4 / CCD where mask is located in                   FILTER  = 'Thin1   '           / Filter ID                                      HDUCLASS= 'OGIP    '           / File conforms to OGIP/GSFC conventions         HDUCLAS1= 'GTI     '           / File contains Good Time Intervals              HDUCLAS2= 'STANDARD'           / File contains Good Time Intervals              END                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                             A����WA���A�*{A���{�_�A����c�1A����k�A��%��z`A��%�$�A��%�0�A��%��A�΃*�m5A�΃/��DA�΃I�IA�΃s��(A��<��αA��<��h�A�ϣc1�]A�ϣn���A�ϣ�b&�A�ϣ��!�A�Ϥ;+'A�Ϥ")v�A�Ϥ�+r�A�Ϥ���A�Ϥ�'-A�Ϥ�`�OA�ϥ��A�ϥ��qA�ϥJ�>/A�ϥU|hA�ϥ|&<�A�ϥ���A�ϥ��!�A�ϥ�o�wA�Ϧ���A�Ϧc�/A�Ϧ8�A�Ϧr\� A�Ϧ���A�Ϧʱc�A�Ϧ� SA�ϧ��A�ϧ=$tA�ϧ_��A�ϧ��wA�ϧ�k��A�ϧ��A�ϧﶄ�A�Ϩ�v�A�Ϩ4Ҧ�A�ϨX��oA�Ϩ{J_A�Ϩ���A�Ϩ�$�_A�Ϩ�ly�A�ϩQ��A�ϩ @V�A�ϩC,POA�ϩ^��	A�ϩ��,A�ϩ�VXA�ϩ���A�ϩ��DIA�ϩ��LA�ϪZREA�Ϫ<�c�A�Ϫ^\�mA�Ϫ�znA�Ϫ�V(�A�Ϫ�T�qA�Ϫ݀��A�ϫZ0�A�ϫ[�lA�ϫAmVgA�ϫe��cA�ϫ���0A�ϫ� �
A�ϫ�}�A�ϫ��	A�Ϭ=qjA�Ϭ=�@A�Ϭ`#D~A�Ϭ��:*A�Ϭ�8��A�Ϭ�~;A�ϭ��A�ϭB�g�A�ϭd��@A�ϭ��
A�ϭ��g�A�ϭ�	wA�Ϯ{��A�Ϯ[�`vA�Ϯ}�Q�A�Ϯ��(A�Ϯ鐶_A�ϯQ��,A�ϯt
R	A�ϯ�M-�A�ϰ���A�ϰw�;`A�ϰ�X�5A�ϱNOWA�ϱo�5�A�ϳ#��zA�ϳFA?�A���	�+�XTENSION= 'BINTABLE'           / binary table extension                         BITPIX  =                    8 / 8-bit bytes                                    NAXIS   =                    2 / 2-dimensional binary table                     NAXIS1  =                   16 / width of table in bytes                        NAXIS2  =                   53 / 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   '           / Start Time of GTI                              TFORM1  = 'D       '           / data format of field: 8-byte DOUBLE            TUNIT1  = 's       '           / physical unit of field                         TTYPE2  = 'STOP    '           / End Time of GTI                                TFORM2  = 'D       '           / data format of field: 8-byte DOUBLE            TUNIT2  = 's       '           / physical unit of field                         EXTNAME = 'STDGTI06'           / The name of this table                         EXTVER  =                    1 / Extension version                              TELESCOP= 'XMM     '           / XMM mission                                    INSTRUME= 'EPN     '           / EPIC p-n Instrument                            DATATYPE= 'IMAGE.EL'           / Type of data                                   OBS_ID  = '0555781001'         / Observation identifier                         EXP_ID  = '0555781001003'      / Exposure identifier                            QUADRANT=                    1 / Quadrant ID                                    CCDID   =                    2 / CCD ID                                         QUADMODE=                    0 / Quadrant Mode                                  CCDMODE =                    1 / CCD Mode                                       FRMTIME = 7.33649600000000E+01 / [ms] Nominal frame time                        WINDOWX0=                    1 / X coordinate of bottom left corner of window   WINDOWY0=                    2 / Y coordinate of bottom left corner of window   WINDOWDX=                   64 / Size, along x-axis, of window                  WINDOWDY=                  199 / Size, along y-axis, of window                  DATE-OBS= '2009-01-22T19:02:33' / Exposure Start Time                           DATE-END= '2009-01-24T05:28:41' / Exposure End Time                             F1294   =                    0 / Quadrant wait states                           DATAMODE= 'IMAGING '           / Instrument mode (IMAGING, TIMING, FAST, etc.)  SUBMODE = 'PrimeFullWindow'    / Readout submode                                DATE_OBS= '2009-01-22T18:39:27.000' / Date observations were made               DATE_END= '2009-01-24T05:36:20.000' / Date observations ended                   DURATION= 1.25813000000000E+05 / [s] Duration of observation                    EXPSTART= '2009-01-22T19:02:33' / Start Time (UTC) of exposure                  EXPSTOP = '2009-01-24T05:28:41' / End Time (UTC) of exposure                    OBSSTART= '2009-01-22T18:39:27.000' / Date observation was started              OBSSTOP = '2009-01-24T05:36:20.000' / Date observation was stopped              REVOLUT =                 1671 / XMM revolution number                          BPT_CODE= '0_003_BAD'          / BPT_CODE F1529_F1530_F1528                     SRCPOS  =                  190 / [pixel] Assumed RAWY source position for fast mODFLATEX= '1671\_0555781001\_PNS003' / ODF identifier                           XMMEA_3 = '(FLAG & 0x8) != 0'  / ON_OFFSET_COLUMN                               XMMEA_4 = '(FLAG & 0x10) != 0' / NEXT_TO_OFFSET_COLUMN                          XMMEA_11= '(FLAG & 0x800) != 0' / IN_SPOILED_FRAME                              XMMEA_17= '(FLAG & 0x20000) != 0' / IN_BAD_FRAME                                XMMEA_25= '(FLAG & 0x2000000) != 0' / OUT_OF_CCD_WINDOW                         XMMEA_20= '(FLAG & 0x100000) != 0' / MIP_ASSOCIATED                             XMMEA_EP= '(FLAG & 0xcfa0000) == 0' / Select good PN events                     TIMESYS = 'TT      '           / XMM time will be TT (Terrestial Time)          MJDREF  = 5.08140000000000E+04 / [d] 1998-01-01T00:00:00 (TT) expressed in MJD (TIMEZERO=                    0 / Clock correction (if not zero)                 TIMEUNIT= 's       '           / All times in s unless specified otherwise      CLOCKAPP=                    T / Clock correction applied                       TIMEREF = 'LOCAL   '           / Reference location of photon arrival times     TASSIGN = 'SATELLITE'          / Location of time assignment                    TRESET  = 7.87630521064055E+07 / [s] Reset time offset added to PN times        TSTART  = 3.49038218052456E+08 / Start time of first frame                      TSTOP   = 3.49161737970767E+08 / End time of last frame                         TELAPSE = 1.23519918311166E+05 / [s] Time elapsed between TSTART and TSTOP      MIP_THRS=                 3000 / maximum PHA for non-MIPs                       MIP_METH= 'ONBOARD '           / method to handle MIPs                          QUAL_MAX=                    0 / maximum allowed quality                        CCDSMODE=                    0 / CCD sub-mode                                   TASK_RUN= '20111011101208.907' / time when epframes was run                     HK_TMP_B= '------------------' / - Begin of selected list of HK parameters -----F1030   =            270275166 / [s] Coarse time reset                          F1052   =                32400 / [s] Time wrap reset                            AX_FC0  = 9.99056220054626E-01 / mode dependent constant livetime               AX_FC3  = 1.00000000000000E+00 / chopper dependent constant livetime            AN_MAXFR=                   20 / An_MAXFRC F1538 F1638 F1738 F1838              AN_CHOP =                    0 / An_CHOP   F1534 F1634 F1734 F1834              AN_CMCOR=                  512 / An_CMCORR F1525 F1625 F1725 F1825              AN_CMLOT=                  532 / An_CMLOTH F1515 F1516 F1517 F1615 F1616 F1617..AN_MAXMI=                   63 / An_MAXMIP F1527 F1627 F1727 F1827              AN_MIP  =                 3512 / An_MIP    F1526 F1626 F1726 F1826              AN_EAMIP=                    1 / An_EAMIPSEL F1536 F1636 F1736 F1836            AN_SENDM= 'MIP CORREC.2'       / An_SENDMODE F1535 F1635 F1735 F1835            AN_DSLIN= 2.57440063476562E+02 / An_DSLINC F1330 F1375 F1420 F1465              AX_QCCDS=               -32768 / An_CCDSWISTAT + QUADSEL F1077 F1076 F1075 F1074GAINCAME= 'HIGH    '           / ECACHn_GAINCAME F1227 F1226 F1225 F1234 F1233..F1122MIN= 1.12557998657227E+02 / [deg] H_CE_FWSPOS_MIN F1122                    F1122MAX= 1.13396003723145E+02 / [deg] H_CE_FWSPOS_MAX F1122                    F1122AVE= 1.12740173339844E+02 / [deg] H_CE_FWSPOS_AVE F1122                    F1128MIN= -9.00580825805664E+01 / [deg C] H_CE_TTMPFPF_MIN F1128                F1128MAX= -8.98398818969727E+01 / [deg C] H_CE_TTMPFPF_MAX F1128                F1128AVE= -8.99495849609375E+01 / [deg C] H_CE_TTMPFPF_AVE F1128                F1128OMI= -9.00580825805664E+01 / [deg C] H_OT_TTMPFPF_MIN F1128                F1128OMA= -8.98398818969727E+01 / [deg C] H_OT_TTMPFPF_MAX F1128                F1128OAV= -8.99394989013672E+01 / [deg C] H_OT_TTMPFPF_AVE F1128                TQB1_MIN= 1.27120628356934E+01 / [deg C] E_Cx_TEMPQB1_MIN F1576 F1676 F1776 F187TQB1_MAX= 1.93588542938232E+01 / [deg C] E_Cx_TEMPQB1_MAX F1576 F1676 F1776 F187TQB1_AVE= 1.64562511444092E+01 / [deg C] E_Cx_TEMPQB1_AVE F1576 F1676 F1776 F187IGRA_MIN= 1.15854907035828E+00 / [micro A] E_Cx_IGRAy_MIN F1571 F1572 F1573 F167IGRA_MAX= 3.48435282707214E+00 / [micro A] E_Cx_IGRAy_MAX F1571 F1572 F1573 F167IGRA_AVE= 2.61172556877136E+00 / [micro A] E_Cx_IGRAy_AVE F1571 F1572 F1573 F167UHV_MIN = -1.62373199462891E+02 / [V] V_VC_UHV_MIN F1198 F1199 F1200 F1201      UHV_MAX = -1.56749710083008E+02 / [V] V_VC_UHV_MAX F1198 F1199 F1200 F1201      UHV_AVE = -1.57527664184570E+02 / [V] V_VC_UHV_AVE F1198 F1199 F1200 F1201      BPX_OCV = 'nom3    '           / BadPixelMap + Offset Correction Vector Setup   SETUPSAS= 'TTT     '           / ODF HK CCF input status words                  OT_START= '2009-01-22T18:47:59' / Start Time (UTC) of offset table calculation  OT_STOP = '2009-01-22T18:50:55' / End Time (UTC) of offset table calculation    OT_CHOP =                    0 / An_CHOP   F1534 F1634 F1734 F1834              OT_CMCOR=                    0 / An_CMCORR F1525 F1625 F1725 F1825              OT_CMLOT=                    0 / An_CMLOTH F1515 F1516 F1517 F1615 F1616 F1617..OT_MAXMI=                    5 / An_MAXMIP F1527 F1627 F1727 F1827              OT_MIP  =                 3000 / An_MIP    F1526 F1626 F1726 F1826              OT_EAMIP=                    1 / An_EAMIPSEL F1536 F1636 F1736 F1836            OT_SENDM= 'NO MIP CORR.'       / An_SENDMODE F1535 F1635 F1735 F1835            FROFFMAP=                   50 / Number of frames for offset map calculation    MCOFFMAP= 'OFF     '           / Status of median correction for offset map calcFRAMETIM= 7.33649600000000E+01 / [ms] nominal frame time                        HK_TMP_E= '------------------' / -- End of selected list of HK parameters ------MIPCOLN =                83969 / Number of MIP events                           WRGAMPLI=                    0 / Number of events with negative PHA             WRGCOORD=                    0 / Number of events with wrong coordinates        WRGORDER=                    0 / Number of frames in wrong readout order        WRGTIME =                    0 / Number of frames in wrong time order           WRGCOARS=                  242 / Number of frames with FFFF coarse time         FRAMEBAD=                    0 / Number of bad frames                           FRAMETOT=               940123 / Total number of input frames                   EMPTYFRM= 'enabled '           / Handling of empty frames                       MASKX0  =                    0 / X coordinate of bottom left corner of mask     MASKY0  =                    0 / Y coordinate of bottom left corner of mask     MASKDX  =                    0 / Size, along x-axis, of mask                    MASKDY  =                    0 / Size, along y-axis, of mask                    MASKCCD =                    4 / CCD where mask is located in                   FILTER  = 'Thin1   '           / Filter ID                                      HDUCLASS= 'OGIP    '           / File conforms to OGIP/GSFC conventions         HDUCLAS1= 'GTI     '           / File contains Good Time Intervals              HDUCLAS2= 'STANDARD'           / File contains Good Time Intervals              END                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                             A���
m�A���A���A���{��1A����e��A�����A��%��
�A��%��?A��%��,A��%�/�A�΃*���A�΃/�7�A�΃I�فA�΃s�*�A��<��_!A��<��� A�ϣc3T�A�ϣn�O�A�ϣ�c�A�ϣ�²;A�Ϥ<��A�Ϥ"+A�Ϥ�-5A�Ϥ����A�Ϥ�(��A�Ϥ�b&�A�ϥ��>A�ϥ�N�A�ϥJ�ΟA�ϥU}�~A�ϥ|'�OA�ϥ�OSA�ϥ��jA�ϥ�q�A�Ϧ�VA�Ϧe�A�Ϧ8�lA�Ϧr^�A�Ϧ��*1A�Ϧʲ�A�Ϧ�!��A�ϧ
�KA�ϧ=&�A�ϧ_٧IA�ϧ��I�A�ϧ�mhiA�ϧ�u�A�ϧ�+A�Ϩ��A�Ϩ4�7hA�ϨX�X�A�Ϩ{��A�Ϩ�ĢiA�Ϩ�&2�A�Ϩ�n
AA�ϩSlA�ϩ A�7A�ϩC-�A�ϩ^�|yA�ϩ�m�A�ϩ���A�ϩ�ʗnA�ϩ��ԹA�ϩ��܍A�Ϫ[�A�Ϫ<��A�Ϫ^^L�A�Ϫ�{��A�Ϫ�W�GA�Ϫ�V{�A�Ϫ݂�2A�ϫ[��A�ϫ]]�A�ϫAn��A�ϫe�`�A�ϫ��P�A�ϫ�"}A�ϫ�\A�ϫ��GyA�Ϭ?
�A�Ϭ=���A�Ϭ`$��A�Ϭ��ʚA�Ϭ�:jEA�Ϭ��A�ϭ�@xA�ϭB���A�ϭd��A�ϭ��'qA�ϭ���WA�ϭ���A�Ϯ}*MA�Ϯ[���A�Ϯ}��
A�Ϯ�6�A�Ϯ�F�A�ϯQ�)�A�ϯt�yA�ϯ�N�A�ϰ�@
A�ϰw���A�ϰ�Z�A�ϱN��A�ϱo��A�ϳ#�P�A�ϳFB�TA���	�,XTENSION= 'BINTABLE'           / binary table extension                         BITPIX  =                    8 / 8-bit bytes                                    NAXIS   =                    2 / 2-dimensional binary table                     NAXIS1  =                   16 / width of table in bytes                        NAXIS2  =                   98 / 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   '           / Start Time of GTI                              TFORM1  = 'D       '           / data format of field: 8-byte DOUBLE            TUNIT1  = 's       '           / physical unit of field                         TTYPE2  = 'STOP    '           / End Time of GTI                                TFORM2  = 'D       '           / data format of field: 8-byte DOUBLE            TUNIT2  = 's       '           / physical unit of field                         EXTNAME = 'STDGTI07'           / The name of this table                         EXTVER  =                    1 / Extension version                              TELESCOP= 'XMM     '           / XMM mission                                    INSTRUME= 'EPN     '           / EPIC p-n Instrument                            DATATYPE= 'IMAGE.EL'           / Type of data                                   OBS_ID  = '0555781001'         / Observation identifier                         EXP_ID  = '0555781001003'      / Exposure identifier                            QUADRANT=                    2 / Quadrant ID                                    CCDID   =                    0 / CCD ID                                         QUADMODE=                    0 / Quadrant Mode                                  CCDMODE =                    1 / CCD Mode                                       FRMTIME = 7.33649600000000E+01 / [ms] Nominal frame time                        WINDOWX0=                    1 / X coordinate of bottom left corner of window   WINDOWY0=                    2 / Y coordinate of bottom left corner of window   WINDOWDX=                   64 / Size, along x-axis, of window                  WINDOWDY=                  199 / Size, along y-axis, of window                  DATE-OBS= '2009-01-22T19:02:33' / Exposure Start Time                           DATE-END= '2009-01-24T05:28:41' / Exposure End Time                             F1294   =                    0 / Quadrant wait states                           DATAMODE= 'IMAGING '           / Instrument mode (IMAGING, TIMING, FAST, etc.)  SUBMODE = 'PrimeFullWindow'    / Readout submode                                DATE_OBS= '2009-01-22T18:39:27.000' / Date observations were made               DATE_END= '2009-01-24T05:36:20.000' / Date observations ended                   DURATION= 1.25813000000000E+05 / [s] Duration of observation                    EXPSTART= '2009-01-22T19:02:33' / Start Time (UTC) of exposure                  EXPSTOP = '2009-01-24T05:28:41' / End Time (UTC) of exposure                    OBSSTART= '2009-01-22T18:39:27.000' / Date observation was started              OBSSTOP = '2009-01-24T05:36:20.000' / Date observation was stopped              REVOLUT =                 1671 / XMM revolution number                          BPT_CODE= '0_003_BAD'          / BPT_CODE F1529_F1530_F1528                     SRCPOS  =                  190 / [pixel] Assumed RAWY source position for fast mODFLATEX= '1671\_0555781001\_PNS003' / ODF identifier                           XMMEA_3 = '(FLAG & 0x8) != 0'  / ON_OFFSET_COLUMN                               XMMEA_4 = '(FLAG & 0x10) != 0' / NEXT_TO_OFFSET_COLUMN                          XMMEA_11= '(FLAG & 0x800) != 0' / IN_SPOILED_FRAME                              XMMEA_17= '(FLAG & 0x20000) != 0' / IN_BAD_FRAME                                XMMEA_25= '(FLAG & 0x2000000) != 0' / OUT_OF_CCD_WINDOW                         XMMEA_20= '(FLAG & 0x100000) != 0' / MIP_ASSOCIATED                             XMMEA_EP= '(FLAG & 0xcfa0000) == 0' / Select good PN events                     TIMESYS = 'TT      '           / XMM time will be TT (Terrestial Time)          MJDREF  = 5.08140000000000E+04 / [d] 1998-01-01T00:00:00 (TT) expressed in MJD (TIMEZERO=                    0 / Clock correction (if not zero)                 TIMEUNIT= 's       '           / All times in s unless specified otherwise      CLOCKAPP=                    T / Clock correction applied                       TIMEREF = 'LOCAL   '           / Reference location of photon arrival times     TASSIGN = 'SATELLITE'          / Location of time assignment                    TRESET  = 7.87630521064049E+07 / [s] Reset time offset added to PN times        TSTART  = 3.49038217985226E+08 / Start time of first frame                      TSTOP   = 3.49161664464545E+08 / End time of last frame                         TELAPSE = 1.23446479319023E+05 / [s] Time elapsed between TSTART and TSTOP      MIP_THRS=                 3000 / maximum PHA for non-MIPs                       MIP_METH= 'ONBOARD '           / method to handle MIPs                          QUAL_MAX=                    0 / maximum allowed quality                        CCDSMODE=                    0 / CCD sub-mode                                   TASK_RUN= '20111011101345.275' / time when epframes was run                     HK_TMP_B= '------------------' / - Begin of selected list of HK parameters -----F1030   =            270275166 / [s] Coarse time reset                          F1052   =                32400 / [s] Time wrap reset                            AX_FC0  = 9.99056220054626E-01 / mode dependent constant livetime               AX_FC3  = 1.00000000000000E+00 / chopper dependent constant livetime            AN_MAXFR=                   20 / An_MAXFRC F1538 F1638 F1738 F1838              AN_CHOP =                    0 / An_CHOP   F1534 F1634 F1734 F1834              AN_CMCOR=                  512 / An_CMCORR F1525 F1625 F1725 F1825              AN_CMLOT=                  532 / An_CMLOTH F1515 F1516 F1517 F1615 F1616 F1617..AN_MAXMI=                   63 / An_MAXMIP F1527 F1627 F1727 F1827              AN_MIP  =                 3512 / An_MIP    F1526 F1626 F1726 F1826              AN_EAMIP=                    1 / An_EAMIPSEL F1536 F1636 F1736 F1836            AN_SENDM= 'MIP CORREC.2'       / An_SENDMODE F1535 F1635 F1735 F1835            AN_DSLIN= 2.59119689941406E+02 / An_DSLINC F1330 F1375 F1420 F1465              AX_QCCDS=               -32768 / An_CCDSWISTAT + QUADSEL F1077 F1076 F1075 F1074GAINCAME= 'HIGH    '           / ECACHn_GAINCAME F1227 F1226 F1225 F1234 F1233..F1122MIN= 1.12557998657227E+02 / [deg] H_CE_FWSPOS_MIN F1122                    F1122MAX= 1.13396003723145E+02 / [deg] H_CE_FWSPOS_MAX F1122                    F1122AVE= 1.12776611328125E+02 / [deg] H_CE_FWSPOS_AVE F1122                    F1128MIN= -9.00580825805664E+01 / [deg C] H_CE_TTMPFPF_MIN F1128                F1128MAX= -8.98398818969727E+01 / [deg C] H_CE_TTMPFPF_MAX F1128                F1128AVE= -8.99495849609375E+01 / [deg C] H_CE_TTMPFPF_AVE F1128                F1128OMI= -8.97307739257812E+01 / [deg C] H_OT_TTMPFPF_MIN F1128                F1128OMA= -8.96216735839844E+01 / [deg C] H_OT_TTMPFPF_MAX F1128                F1128OAV= -8.97212905883789E+01 / [deg C] H_OT_TTMPFPF_AVE F1128                TQB1_MIN= 1.24357995986938E+01 / [deg C] E_Cx_TEMPQB1_MIN F1576 F1676 F1776 F187TQB1_MAX= 1.74451999664307E+01 / [deg C] E_Cx_TEMPQB1_MAX F1576 F1676 F1776 F187TQB1_AVE= 1.49866676330566E+01 / [deg C] E_Cx_TEMPQB1_AVE F1576 F1676 F1776 F187IGRA_MIN= 2.58619999885559E+00 / [micro A] E_Cx_IGRAy_MIN F1571 F1572 F1573 F167IGRA_MAX= 3.75559997558594E+00 / [micro A] E_Cx_IGRAy_MAX F1571 F1572 F1573 F167IGRA_AVE= 3.33800029754639E+00 / [micro A] E_Cx_IGRAy_AVE F1571 F1572 F1573 F167UHV_MIN = -1.51466003417969E+02 / [V] V_VC_UHV_MIN F1198 F1199 F1200 F1201      UHV_MAX = -1.51466003417969E+02 / [V] V_VC_UHV_MAX F1198 F1199 F1200 F1201      UHV_AVE = -1.51466003417969E+02 / [V] V_VC_UHV_AVE F1198 F1199 F1200 F1201      BPX_OCV = 'nom3    '           / BadPixelMap + Offset Correction Vector Setup   SETUPSAS= 'TTT     '           / ODF HK CCF input status words                  OT_START= '2009-01-22T18:40:22' / Start Time (UTC) of offset table calculation  OT_STOP = '2009-01-22T18:43:20' / End Time (UTC) of offset table calculation    OT_CHOP =                    0 / An_CHOP   F1534 F1634 F1734 F1834              OT_CMCOR=                    0 / An_CMCORR F1525 F1625 F1725 F1825              OT_CMLOT=                    0 / An_CMLOTH F1515 F1516 F1517 F1615 F1616 F1617..OT_MAXMI=                    5 / An_MAXMIP F1527 F1627 F1727 F1827              OT_MIP  =                 3000 / An_MIP    F1526 F1626 F1726 F1826              OT_EAMIP=                    1 / An_EAMIPSEL F1536 F1636 F1736 F1836            OT_SENDM= 'NO MIP CORR.'       / An_SENDMODE F1535 F1635 F1735 F1835            FROFFMAP=                   50 / Number of frames for offset map calculation    MCOFFMAP= 'OFF     '           / Status of median correction for offset map calcFRAMETIM= 7.33649600000000E+01 / [ms] nominal frame time                        HK_TMP_E= '------------------' / -- End of selected list of HK parameters ------MIPCOLN =                   83 / Number of MIP events                           WRGAMPLI=                    0 / Number of events with negative PHA             WRGCOORD=                    0 / Number of events with wrong coordinates        WRGORDER=                    3 / Number of frames in wrong readout order        WRGTIME =                    0 / Number of frames in wrong time order           WRGCOARS=                 4223 / Number of frames with FFFF coarse time         FRAMEBAD=                    3 / Number of bad frames                           FRAMETOT=              1532382 / Total number of input frames                   EMPTYFRM= 'enabled '           / Handling of empty frames                       MASKX0  =                    0 / X coordinate of bottom left corner of mask     MASKY0  =                    0 / Y coordinate of bottom left corner of mask     MASKDX  =                    0 / Size, along x-axis, of mask                    MASKDY  =                    0 / Size, along y-axis, of mask                    MASKCCD =                    4 / CCD where mask is located in                   FILTER  = 'Thin1   '           / Filter ID                                      HDUCLASS= 'OGIP    '           / File conforms to OGIP/GSFC conventions         HDUCLAS1= 'GTI     '           / File contains Good Time Intervals              HDUCLAS2= 'STANDARD'           / File contains Good Time Intervals              END                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                             A����7�A����>�A���$ٺA�����
�A�������A���-�?0A���g��A��%���A��%���)A��%�
gA��%��/A�΃,
�A�΃/��A�΃IlۗA�΃L6�A�΃M*��A�΃u9]�A�ΆחF�A�Ά�s��A��<��Q�A��<���TA�Ϣd
�oA�Ϣn���A�Ϣ�?u�A�Ϣ�-�A�ϣ"�}�A�ϣ\�aA�ϣ�a�A�ϣ̴W.A�ϣ����A�Ϥ�!	A�ϤN�)A�ϤX�2�A�Ϥ�1��A�Ϥ����A�Ϥ�E��A�ϥ�WNA�ϥ%9�pA�ϥ0M{YA�ϥPͫQA�ϥ[^
vA�ϥz���A�ϥ�Ř�A�ϥ����A�ϥ��A�ϥϓ��A�Ϧ
2�A�Ϧ}ю	A�Ϧ��A�Ϧ�.+A�Ϧĝ� A�Ϧ��c�A�ϧ	�mA�ϧ,Z}�A�ϧN?��A�ϧq�f�A�ϧ��W�A�ϧ���fA�ϧ�#��A�ϧ�|CnA�Ϩ��A�Ϩ0̨�A�ϨR�!,A�Ϩn4��A�Ϩ���A�Ϩ���)A�Ϩ�%�_A�Ϩ�=<�A�ϩ"DpA�ϩ#�lA�ϩD�A�ϩ[GgA�ϩ}J7_A�ϩ�ay�A�ϩ�F�nA�ϩ�82�A�ϩ�
t&A�Ϫ
�A�Ϫ1��A�ϪI�ʧA�Ϫk�a�A�Ϫ�R��A�Ϫ��@A�Ϫ���A�Ϫ����A�Ϫ�j�A�ϫ S�A�ϫ0X?�A�ϫS1p9A�ϫp���A�ϫ����A�ϫ�ՄhA�ϫ�v]�A�ϫ�=�TA�Ϭ�G�A�Ϭ/7mA�ϬQ��3A�Ϭv��0A�Ϭ�F8A�Ϭ�R��A�Ϭ�$��A�ϭ̼�A�ϭ$�6mA�ϭJT�)A�ϭl��MA�ϭ����A�ϭ�`פA�ϭ�a��A�Ϯ>A�Ϯ*Q�A�ϮK��UA�Ϯv��A�Ϯ���A�Ϯ��m^A�Ϯ�e�8A�ϯ&frA�ϯH]VjA�ϯ��A�ϯ��A�ϯ�=�QA�ϯ�HiHA�ϰ.7��A�ϰP�vA�ϰ�*�A�ϰ�"��A�ϱ
�A�ϱ#.�A�ϱhK
�A�ϱ�0�A�ϱ��oA�ϱ�L13A�ϲl��"A�ϲ��q�A�ϲ����A�ϳ�pdA�ϳyT!�A�ϳ����A�ϴ��hA�ϴ;�VA�ϵ
�A�ϵ"g�<A�ϵ���A�϶ʏ|A�Ϸ_�0A�Ϸ��ZA�ϸC؃�A�ϸe�JA�ϸ��"�A�ϸ�LA�ϹK���A�ϹnKy|A�Ϻ4�A�Ϻ&p�:A�Ϻ���A�Ϻ�v��A�ϻa�I�A�ϻ��A�ϻ�F2�A�ϼ���A�ϼ{�5~A�ϼ����A�Ͻ*J�A�ϽL���A�Ͻ�Y��A�Ͻ��yA�Ͼc]iA�Ͼ��
�A�Ͽ(3�zA�ϿJ�B>A�Ͽ��A�Ͽ���A����GA�����i<A�����A������fA���h<@TA��‰R�{A���OU؊A���p�0�A�����A���%D��A��Ĺw�A����-;A���\
�#A���~�s%A����
V<A����ΜA��Ƈ���A��ƩV��A�����A���;��A��ǸY�wA����dGA���<��CA���_�A����d$]XTENSION= 'BINTABLE'           / binary table extension                         BITPIX  =                    8 / 8-bit bytes                                    NAXIS   =                    2 / 2-dimensional binary table                     NAXIS1  =                   16 / width of table in bytes                        NAXIS2  =                   98 / 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   '           / Start Time of GTI                              TFORM1  = 'D       '           / data format of field: 8-byte DOUBLE            TUNIT1  = 's       '           / physical unit of field                         TTYPE2  = 'STOP    '           / End Time of GTI                                TFORM2  = 'D       '           / data format of field: 8-byte DOUBLE            TUNIT2  = 's       '           / physical unit of field                         EXTNAME = 'STDGTI08'           / The name of this table                         EXTVER  =                    1 / Extension version                              TELESCOP= 'XMM     '           / XMM mission                                    INSTRUME= 'EPN     '           / EPIC p-n Instrument                            DATATYPE= 'IMAGE.EL'           / Type of data                                   OBS_ID  = '0555781001'         / Observation identifier                         EXP_ID  = '0555781001003'      / Exposure identifier                            QUADRANT=                    2 / Quadrant ID                                    CCDID   =                    1 / CCD ID                                         QUADMODE=                    0 / Quadrant Mode                                  CCDMODE =                    1 / CCD Mode                                       FRMTIME = 7.33649600000000E+01 / [ms] Nominal frame time                        WINDOWX0=                    1 / X coordinate of bottom left corner of window   WINDOWY0=                    2 / Y coordinate of bottom left corner of window   WINDOWDX=                   64 / Size, along x-axis, of window                  WINDOWDY=                  199 / Size, along y-axis, of window                  DATE-OBS= '2009-01-22T19:02:33' / Exposure Start Time                           DATE-END= '2009-01-24T05:28:41' / Exposure End Time                             F1294   =                    0 / Quadrant wait states                           DATAMODE= 'IMAGING '           / Instrument mode (IMAGING, TIMING, FAST, etc.)  SUBMODE = 'PrimeFullWindow'    / Readout submode                                DATE_OBS= '2009-01-22T18:39:27.000' / Date observations were made               DATE_END= '2009-01-24T05:36:20.000' / Date observations ended                   DURATION= 1.25813000000000E+05 / [s] Duration of observation                    EXPSTART= '2009-01-22T19:02:33' / Start Time (UTC) of exposure                  EXPSTOP = '2009-01-24T05:28:41' / End Time (UTC) of exposure                    OBSSTART= '2009-01-22T18:39:27.000' / Date observation was started              OBSSTOP = '2009-01-24T05:36:20.000' / Date observation was stopped              REVOLUT =                 1671 / XMM revolution number                          BPT_CODE= '0_003_BAD'          / BPT_CODE F1529_F1530_F1528                     SRCPOS  =                  190 / [pixel] Assumed RAWY source position for fast mODFLATEX= '1671\_0555781001\_PNS003' / ODF identifier                           XMMEA_3 = '(FLAG & 0x8) != 0'  / ON_OFFSET_COLUMN                               XMMEA_4 = '(FLAG & 0x10) != 0' / NEXT_TO_OFFSET_COLUMN                          XMMEA_11= '(FLAG & 0x800) != 0' / IN_SPOILED_FRAME                              XMMEA_17= '(FLAG & 0x20000) != 0' / IN_BAD_FRAME                                XMMEA_25= '(FLAG & 0x2000000) != 0' / OUT_OF_CCD_WINDOW                         XMMEA_20= '(FLAG & 0x100000) != 0' / MIP_ASSOCIATED                             XMMEA_EP= '(FLAG & 0xcfa0000) == 0' / Select good PN events                     TIMESYS = 'TT      '           / XMM time will be TT (Terrestial Time)          MJDREF  = 5.08140000000000E+04 / [d] 1998-01-01T00:00:00 (TT) expressed in MJD (TIMEZERO=                    0 / Clock correction (if not zero)                 TIMEUNIT= 's       '           / All times in s unless specified otherwise      CLOCKAPP=                    T / Clock correction applied                       TIMEREF = 'LOCAL   '           / Reference location of photon arrival times     TASSIGN = 'SATELLITE'          / Location of time assignment                    TRESET  = 7.87630521064049E+07 / [s] Reset time offset added to PN times        TSTART  = 3.49038217991336E+08 / Start time of first frame                      TSTOP   = 3.49161664470655E+08 / End time of last frame                         TELAPSE = 1.23446479319023E+05 / [s] Time elapsed between TSTART and TSTOP      MIP_THRS=                 3000 / maximum PHA for non-MIPs                       MIP_METH= 'ONBOARD '           / method to handle MIPs                          QUAL_MAX=                    0 / maximum allowed quality                        CCDSMODE=                    0 / CCD sub-mode                                   TASK_RUN= '20111011101618.250' / time when epframes was run                     HK_TMP_B= '------------------' / - Begin of selected list of HK parameters -----F1030   =            270275166 / [s] Coarse time reset                          F1052   =                32400 / [s] Time wrap reset                            AX_FC0  = 9.99056220054626E-01 / mode dependent constant livetime               AX_FC3  = 1.00000000000000E+00 / chopper dependent constant livetime            AN_MAXFR=                   20 / An_MAXFRC F1538 F1638 F1738 F1838              AN_CHOP =                    0 / An_CHOP   F1534 F1634 F1734 F1834              AN_CMCOR=                  512 / An_CMCORR F1525 F1625 F1725 F1825              AN_CMLOT=                  532 / An_CMLOTH F1515 F1516 F1517 F1615 F1616 F1617..AN_MAXMI=                   63 / An_MAXMIP F1527 F1627 F1727 F1827              AN_MIP  =                 3512 / An_MIP    F1526 F1626 F1726 F1826              AN_EAMIP=                    1 / An_EAMIPSEL F1536 F1636 F1736 F1836            AN_SENDM= 'MIP CORREC.2'       / An_SENDMODE F1535 F1635 F1735 F1835            AN_DSLIN= 2.59119689941406E+02 / An_DSLINC F1330 F1375 F1420 F1465              AX_QCCDS=               -32768 / An_CCDSWISTAT + QUADSEL F1077 F1076 F1075 F1074GAINCAME= 'HIGH    '           / ECACHn_GAINCAME F1227 F1226 F1225 F1234 F1233..F1122MIN= 1.12557998657227E+02 / [deg] H_CE_FWSPOS_MIN F1122                    F1122MAX= 1.13396003723145E+02 / [deg] H_CE_FWSPOS_MAX F1122                    F1122AVE= 1.12776611328125E+02 / [deg] H_CE_FWSPOS_AVE F1122                    F1128MIN= -9.00580825805664E+01 / [deg C] H_CE_TTMPFPF_MIN F1128                F1128MAX= -8.98398818969727E+01 / [deg C] H_CE_TTMPFPF_MAX F1128                F1128AVE= -8.99495849609375E+01 / [deg C] H_CE_TTMPFPF_AVE F1128                F1128OMI= -8.98398818969727E+01 / [deg C] H_OT_TTMPFPF_MIN F1128                F1128OMA= -8.97307739257812E+01 / [deg C] H_OT_TTMPFPF_MAX F1128                F1128OAV= -8.97971801757812E+01 / [deg C] H_OT_TTMPFPF_AVE F1128                TQB1_MIN= 1.24357995986938E+01 / [deg C] E_Cx_TEMPQB1_MIN F1576 F1676 F1776 F187TQB1_MAX= 1.74451999664307E+01 / [deg C] E_Cx_TEMPQB1_MAX F1576 F1676 F1776 F187TQB1_AVE= 1.49866676330566E+01 / [deg C] E_Cx_TEMPQB1_AVE F1576 F1676 F1776 F187IGRA_MIN= 2.25545096397400E+00 / [micro A] E_Cx_IGRAy_MIN F1571 F1572 F1573 F167IGRA_MAX= 4.59364700317383E+00 / [micro A] E_Cx_IGRAy_MAX F1571 F1572 F1573 F167IGRA_AVE= 3.52484369277954E+00 / [micro A] E_Cx_IGRAy_AVE F1571 F1572 F1573 F167UHV_MIN = -1.51466003417969E+02 / [V] V_VC_UHV_MIN F1198 F1199 F1200 F1201      UHV_MAX = -1.51466003417969E+02 / [V] V_VC_UHV_MAX F1198 F1199 F1200 F1201      UHV_AVE = -1.51466003417969E+02 / [V] V_VC_UHV_AVE F1198 F1199 F1200 F1201      BPX_OCV = 'nom3    '           / BadPixelMap + Offset Correction Vector Setup   SETUPSAS= 'TTT     '           / ODF HK CCF input status words                  OT_START= '2009-01-22T18:44:14' / Start Time (UTC) of offset table calculation  OT_STOP = '2009-01-22T18:47:10' / End Time (UTC) of offset table calculation    OT_CHOP =                    0 / An_CHOP   F1534 F1634 F1734 F1834              OT_CMCOR=                  256 / An_CMCORR F1525 F1625 F1725 F1825              OT_CMLOT=                    0 / An_CMLOTH F1515 F1516 F1517 F1615 F1616 F1617..OT_MAXMI=                    5 / An_MAXMIP F1527 F1627 F1727 F1827              OT_MIP  =                 3000 / An_MIP    F1526 F1626 F1726 F1826              OT_EAMIP=                    1 / An_EAMIPSEL F1536 F1636 F1736 F1836            OT_SENDM= 'NO MIP CORR.'       / An_SENDMODE F1535 F1635 F1735 F1835            FROFFMAP=                   50 / Number of frames for offset map calculation    MCOFFMAP= 'OFF     '           / Status of median correction for offset map calcFRAMETIM= 7.33649600000000E+01 / [ms] nominal frame time                        HK_TMP_E= '------------------' / -- End of selected list of HK parameters ------MIPCOLN =                47560 / Number of MIP events                           WRGAMPLI=                    0 / Number of events with negative PHA             WRGCOORD=                    0 / Number of events with wrong coordinates        WRGORDER=                    2 / Number of frames in wrong readout order        WRGTIME =                    0 / Number of frames in wrong time order           WRGCOARS=                 2098 / Number of frames with FFFF coarse time         FRAMEBAD=                    2 / Number of bad frames                           FRAMETOT=              1515513 / Total number of input frames                   EMPTYFRM= 'enabled '           / Handling of empty frames                       MASKX0  =                    0 / X coordinate of bottom left corner of mask     MASKY0  =                    0 / Y coordinate of bottom left corner of mask     MASKDX  =                    0 / Size, along x-axis, of mask                    MASKDY  =                    0 / Size, along y-axis, of mask                    MASKCCD =                    4 / CCD where mask is located in                   FILTER  = 'Thin1   '           / Filter ID                                      HDUCLASS= 'OGIP    '           / File conforms to OGIP/GSFC conventions         HDUCLAS1= 'GTI     '           / File contains Good Time Intervals              HDUCLAS2= 'STANDARD'           / File contains Good Time Intervals              END                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                             A�����7A�����DA���&j/A������A�����>3A���-�ϥA���g�t A��%����A��%��F�A��%��A��%�߿�A�΃,,A�΃/5A�΃InlA�΃L8�A�΃M,D-A�΃u:�)A�Άט�gA�Ά�uP�A��<���4A��<��[�A�Ϣd��A�Ϣn�*OA�Ϣ�AaA�Ϣ�/P�A�ϣ"�.A�ϣ\���A�ϣ�b�HA�ϣ̵�A�ϣ��G A�ϤDZ~A�ϤN���A�ϤX��A�Ϥ�3BgA�Ϥ��msA�Ϥ�G�A�ϥ���A�ϥ%;0�A�ϥ0O�A�ϥP�;�A�ϥ[_��A�ϥz�NA�ϥ��(�A�ϥ��EA�ϥ���|A�ϥϕ(A�Ϧ
 �tA�Ϧ}�~A�Ϧ�a�A�Ϧ�/��A�Ϧğ�A�Ϧ���bA�ϧ	���A�ϧ,\hA�ϧNA;A�ϧq��A�ϧ���-A�ϧ��-�A�ϧ�%>A�ϧ�}��A�Ϩ�T{A�Ϩ0�9AA�ϨR���A�Ϩn6L/A�Ϩ��]�A�Ϩ��z�A�Ϩ�'��A�Ϩ�>�A�ϩ#��A�ϩ#!^�A�ϩD��A�ϩ[��A�ϩ}K��A�ϩ�c
A�ϩ�H�A�ϩ�9�UA�ϩ��A�Ϫ�A�Ϫ1
Y^A�ϪI�[A�Ϫk��cA�Ϫ�T2QA�Ϫ��C�A�Ϫ�
DPA�Ϫ�܄jA�Ϫ��EA�ϫ!�1A�ϫ0Y�8A�ϫS3�A�ϫp�F2A�ϫ��#A�ϫ���A�ϫ�w�$A�ϫ�?'�A�Ϭ��DA�Ϭ/8��A�ϬQ�n�A�Ϭv�*�A�Ϭ�G��A�Ϭ�TDKA�Ϭ�&�dA�ϭ�M+A�ϭ$���A�ϭJV9�A�ϭl�*�A�ϭ���(A�ϭ�bhA�ϭ�c3ZA�Ϯ���A�Ϯ*�kA�ϮK�Z�A�Ϯv@
A�Ϯ��Q�A�Ϯ����A�Ϯ�g�A�ϯ&��A�ϯH^��A�ϯհNA�ϯ��sA�ϯ�?_�A�ϯ�I��A�ϰ.95A�ϰP���A�ϰ�,},A�ϰ�$N<A�ϱ
�A�ϱ#0}
A�ϱhL�CA�ϱ�1�A�ϱ��@�A�ϱ�M��A�ϲl�p�A�ϲ��+A�ϲ��G�A�ϳ��A�ϳyU��A�ϳ��B5A�ϴۄ�A�ϴ;��A�ϵ
�\A�ϵ"is�A�ϵ��JA�϶��A�Ϸ_���A�Ϸ�P�A�ϸC�OA�ϸe�A�ϸ�Գ"A�ϸ�܌A�ϹK�2A�ϹnM	�A�Ϻ6A�Ϻ&r~�A�Ϻ����A�Ϻ�x�A�ϻa���A�ϻ����A�ϻ�G�A�ϼ�}MA�ϼ{���A�ϼ��$�A�Ͻ*�HA�ϽL�|KA�Ͻ�[~tA�Ͻ�.�A�Ͼc^��A�Ͼ���A�Ͽ(5Q�A�ϿJ�ҳA�Ͽ��`A�Ͽ�EWA�������A�������A�����DA����ǂ�A���h=��A��‰T@�A���OWh�A���p���A�����A���%F!qA��Ĺx�MA������A���\b�A���~��A�����A����_A��Ƈ�JAA��ƩX�[A���ɓ)A���;LA��Ǹ[>�A����e׌A���=�A���_~A����e��XTENSION= 'BINTABLE'           / binary table extension                         BITPIX  =                    8 / 8-bit bytes                                    NAXIS   =                    2 / 2-dimensional binary table                     NAXIS1  =                   16 / width of table in bytes                        NAXIS2  =                   98 / 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   '           / Start Time of GTI                              TFORM1  = 'D       '           / data format of field: 8-byte DOUBLE            TUNIT1  = 's       '           / physical unit of field                         TTYPE2  = 'STOP    '           / End Time of GTI                                TFORM2  = 'D       '           / data format of field: 8-byte DOUBLE            TUNIT2  = 's       '           / physical unit of field                         EXTNAME = 'STDGTI09'           / The name of this table                         EXTVER  =                    1 / Extension version                              TELESCOP= 'XMM     '           / XMM mission                                    INSTRUME= 'EPN     '           / EPIC p-n Instrument                            DATATYPE= 'IMAGE.EL'           / Type of data                                   OBS_ID  = '0555781001'         / Observation identifier                         EXP_ID  = '0555781001003'      / Exposure identifier                            QUADRANT=                    2 / Quadrant ID                                    CCDID   =                    2 / CCD ID                                         QUADMODE=                    0 / Quadrant Mode                                  CCDMODE =                    1 / CCD Mode                                       FRMTIME = 7.33649600000000E+01 / [ms] Nominal frame time                        WINDOWX0=                    1 / X coordinate of bottom left corner of window   WINDOWY0=                    2 / Y coordinate of bottom left corner of window   WINDOWDX=                   64 / Size, along x-axis, of window                  WINDOWDY=                  199 / Size, along y-axis, of window                  DATE-OBS= '2009-01-22T19:02:33' / Exposure Start Time                           DATE-END= '2009-01-24T05:28:41' / Exposure End Time                             F1294   =                    0 / Quadrant wait states                           DATAMODE= 'IMAGING '           / Instrument mode (IMAGING, TIMING, FAST, etc.)  SUBMODE = 'PrimeFullWindow'    / Readout submode                                DATE_OBS= '2009-01-22T18:39:27.000' / Date observations were made               DATE_END= '2009-01-24T05:36:20.000' / Date observations ended                   DURATION= 1.25813000000000E+05 / [s] Duration of observation                    EXPSTART= '2009-01-22T19:02:33' / Start Time (UTC) of exposure                  EXPSTOP = '2009-01-24T05:28:41' / End Time (UTC) of exposure                    OBSSTART= '2009-01-22T18:39:27.000' / Date observation was started              OBSSTOP = '2009-01-24T05:36:20.000' / Date observation was stopped              REVOLUT =                 1671 / XMM revolution number                          BPT_CODE= '0_003_BAD'          / BPT_CODE F1529_F1530_F1528                     SRCPOS  =                  190 / [pixel] Assumed RAWY source position for fast mODFLATEX= '1671\_0555781001\_PNS003' / ODF identifier                           XMMEA_3 = '(FLAG & 0x8) != 0'  / ON_OFFSET_COLUMN                               XMMEA_4 = '(FLAG & 0x10) != 0' / NEXT_TO_OFFSET_COLUMN                          XMMEA_11= '(FLAG & 0x800) != 0' / IN_SPOILED_FRAME                              XMMEA_17= '(FLAG & 0x20000) != 0' / IN_BAD_FRAME                                XMMEA_25= '(FLAG & 0x2000000) != 0' / OUT_OF_CCD_WINDOW                         XMMEA_20= '(FLAG & 0x100000) != 0' / MIP_ASSOCIATED                             XMMEA_EP= '(FLAG & 0xcfa0000) == 0' / Select good PN events                     TIMESYS = 'TT      '           / XMM time will be TT (Terrestial Time)          MJDREF  = 5.08140000000000E+04 / [d] 1998-01-01T00:00:00 (TT) expressed in MJD (TIMEZERO=                    0 / Clock correction (if not zero)                 TIMEUNIT= 's       '           / All times in s unless specified otherwise      CLOCKAPP=                    T / Clock correction applied                       TIMEREF = 'LOCAL   '           / Reference location of photon arrival times     TASSIGN = 'SATELLITE'          / Location of time assignment                    TRESET  = 7.87630521064049E+07 / [s] Reset time offset added to PN times        TSTART  = 3.49038217997446E+08 / Start time of first frame                      TSTOP   = 3.49161664476766E+08 / End time of last frame                         TELAPSE = 1.23446479319023E+05 / [s] Time elapsed between TSTART and TSTOP      MIP_THRS=                 3000 / maximum PHA for non-MIPs                       MIP_METH= 'ONBOARD '           / method to handle MIPs                          QUAL_MAX=                    0 / maximum allowed quality                        CCDSMODE=                    0 / CCD sub-mode                                   TASK_RUN= '20111011101901.585' / time when epframes was run                     HK_TMP_B= '------------------' / - Begin of selected list of HK parameters -----F1030   =            270275166 / [s] Coarse time reset                          F1052   =                32400 / [s] Time wrap reset                            AX_FC0  = 9.99056220054626E-01 / mode dependent constant livetime               AX_FC3  = 1.00000000000000E+00 / chopper dependent constant livetime            AN_MAXFR=                   20 / An_MAXFRC F1538 F1638 F1738 F1838              AN_CHOP =                    0 / An_CHOP   F1534 F1634 F1734 F1834              AN_CMCOR=                  512 / An_CMCORR F1525 F1625 F1725 F1825              AN_CMLOT=                  532 / An_CMLOTH F1515 F1516 F1517 F1615 F1616 F1617..AN_MAXMI=                   63 / An_MAXMIP F1527 F1627 F1727 F1827              AN_MIP  =                 3512 / An_MIP    F1526 F1626 F1726 F1826              AN_EAMIP=                    1 / An_EAMIPSEL F1536 F1636 F1736 F1836            AN_SENDM= 'MIP CORREC.2'       / An_SENDMODE F1535 F1635 F1735 F1835            AN_DSLIN= 2.59119689941406E+02 / An_DSLINC F1330 F1375 F1420 F1465              AX_QCCDS=               -32768 / An_CCDSWISTAT + QUADSEL F1077 F1076 F1075 F1074GAINCAME= 'HIGH    '           / ECACHn_GAINCAME F1227 F1226 F1225 F1234 F1233..F1122MIN= 1.12557998657227E+02 / [deg] H_CE_FWSPOS_MIN F1122                    F1122MAX= 1.13396003723145E+02 / [deg] H_CE_FWSPOS_MAX F1122                    F1122AVE= 1.12740173339844E+02 / [deg] H_CE_FWSPOS_AVE F1122                    F1128MIN= -9.00580825805664E+01 / [deg C] H_CE_TTMPFPF_MIN F1128                F1128MAX= -8.98398818969727E+01 / [deg C] H_CE_TTMPFPF_MAX F1128                F1128AVE= -8.99495849609375E+01 / [deg C] H_CE_TTMPFPF_AVE F1128                F1128OMI= -9.00580825805664E+01 / [deg C] H_OT_TTMPFPF_MIN F1128                F1128OMA= -8.98398818969727E+01 / [deg C] H_OT_TTMPFPF_MAX F1128                F1128OAV= -8.99394989013672E+01 / [deg C] H_OT_TTMPFPF_AVE F1128                TQB1_MIN= 1.24357995986938E+01 / [deg C] E_Cx_TEMPQB1_MIN F1576 F1676 F1776 F187TQB1_MAX= 1.74451999664307E+01 / [deg C] E_Cx_TEMPQB1_MAX F1576 F1676 F1776 F187TQB1_AVE= 1.49866676330566E+01 / [deg C] E_Cx_TEMPQB1_AVE F1576 F1676 F1776 F187IGRA_MIN= 3.09299993515015E+00 / [micro A] E_Cx_IGRAy_MIN F1571 F1572 F1573 F167IGRA_MAX= 4.26399993896484E+00 / [micro A] E_Cx_IGRAy_MAX F1571 F1572 F1573 F167IGRA_AVE= 3.58923768997192E+00 / [micro A] E_Cx_IGRAy_AVE F1571 F1572 F1573 F167UHV_MIN = -1.51466003417969E+02 / [V] V_VC_UHV_MIN F1198 F1199 F1200 F1201      UHV_MAX = -1.51466003417969E+02 / [V] V_VC_UHV_MAX F1198 F1199 F1200 F1201      UHV_AVE = -1.51466003417969E+02 / [V] V_VC_UHV_AVE F1198 F1199 F1200 F1201      BPX_OCV = 'nom3    '           / BadPixelMap + Offset Correction Vector Setup   SETUPSAS= 'TTT     '           / ODF HK CCF input status words                  OT_START= '2009-01-22T18:47:59' / Start Time (UTC) of offset table calculation  OT_STOP = '2009-01-22T18:50:55' / End Time (UTC) of offset table calculation    OT_CHOP =                    0 / An_CHOP   F1534 F1634 F1734 F1834              OT_CMCOR=                    0 / An_CMCORR F1525 F1625 F1725 F1825              OT_CMLOT=                    0 / An_CMLOTH F1515 F1516 F1517 F1615 F1616 F1617..OT_MAXMI=                    5 / An_MAXMIP F1527 F1627 F1727 F1827              OT_MIP  =                 3000 / An_MIP    F1526 F1626 F1726 F1826              OT_EAMIP=                    1 / An_EAMIPSEL F1536 F1636 F1736 F1836            OT_SENDM= 'NO MIP CORR.'       / An_SENDMODE F1535 F1635 F1735 F1835            FROFFMAP=                   50 / Number of frames for offset map calculation    MCOFFMAP= 'OFF     '           / Status of median correction for offset map calcFRAMETIM= 7.33649600000000E+01 / [ms] nominal frame time                        HK_TMP_E= '------------------' / -- End of selected list of HK parameters ------MIPCOLN =                81517 / Number of MIP events                           WRGAMPLI=                    0 / Number of events with negative PHA             WRGCOORD=                    0 / Number of events with wrong coordinates        WRGORDER=                    1 / Number of frames in wrong readout order        WRGTIME =                    0 / Number of frames in wrong time order           WRGCOARS=                  694 / Number of frames with FFFF coarse time         FRAMEBAD=                    1 / Number of bad frames                           FRAMETOT=              1498848 / Total number of input frames                   EMPTYFRM= 'enabled '           / Handling of empty frames                       MASKX0  =                    0 / X coordinate of bottom left corner of mask     MASKY0  =                    0 / Y coordinate of bottom left corner of mask     MASKDX  =                    0 / Size, along x-axis, of mask                    MASKDY  =                    0 / Size, along y-axis, of mask                    MASKCCD =                    4 / CCD where mask is located in                   FILTER  = 'Thin1   '           / Filter ID                                      HDUCLASS= 'OGIP    '           / File conforms to OGIP/GSFC conventions         HDUCLAS1= 'GTI     '           / File contains Good Time Intervals              HDUCLAS2= 'STANDARD'           / File contains Good Time Intervals              END                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                             A����X�A����_�A���'��A�����+�A�����ΣA���-�`A���g��A��%���A��%���A��%�"LA��%��O�A�΃,��A�΃/��A�΃Io�|A�΃L9�A�΃M-ԝA�΃u<~�A�Άךg�A�Ά�v�lA��<��r�A��<���9A�Ϣd TA�Ϣn���A�Ϣ�B��A�Ϣ�0��A�ϣ"͞�A�ϣ\�0FA�ϣ�d6�A�ϣ̷xA�ϣ��אA�Ϥ�A�A�ϤN�J
A�ϤX�SuA�Ϥ�4��A�Ϥ����A�Ϥ�H�eA�ϥ�x3A�ϥ%<�UA�ϥ0P�>A�ϥP��6A�ϥ[a.[A�ϥz�ށA�ϥ�ȹkA�ϥ���A�ϥ��:�A�ϥϖ��A�Ϧ
"S�A�Ϧ}Ԯ�A�Ϧ��A�Ϧ�13A�ϦĠ�A�Ϧ���A�ϧ	ύ�A�ϧ,]��A�ϧNB��A�ϧq��xA�ϧ��x�A�ϧ���KA�ϧ�&΂A�ϧ�dSA�Ϩ���A�Ϩ0�ɱA�ϨR�BA�Ϩn7ܟA�Ϩ���
A�Ϩ��A�Ϩ�)DA�Ϩ�@]�A�ϩ%eUA�ϩ#"�QA�ϩDϟ�A�ϩ[
hLA�ϩ}MXDA�ϩ�d��A�ϩ�I�SA�ϩ�;S�A�ϩ�
�A�Ϫ
(�A�Ϫ1��A�ϪI��A�Ϫk���A�Ϫ�U��A�Ϫ���%A�Ϫ���A�Ϫ���A�Ϫ󉋵A�ϫ#t�A�ϫ0[`�A�ϫS4�A�ϫp�֢A�ϫ����A�ϫ�إMA�ϫ�y~�A�ϫ�@�9A�Ϭ�h�A�Ϭ/:'RA�ϬQ��A�Ϭv��A�Ϭ�I2A�Ϭ�UԻA�Ϭ�(�A�ϭ�ݛA�ϭ$�WRA�ϭJW�A�ϭl��2A�ϭ�� �A�ϭ�c��A�ϭ�d��A�Ϯ�$#A�Ϯ*r�A�ϮK��:A�Ϯv�qA�Ϯ���A�Ϯ��CA�Ϯ�h�A�ϯ&�WA�ϯH`wOA�ϯ�@�A�ϯ�1�A�ϯ�@�6A�ϯ�K�-A�ϰ.:�sA�ϰQ
/[A�ϰ�.
�A�ϰ�%ެA�ϱ
��A�ϱ#2
zA�ϱhN.�A�ϱ�36�A�ϱ���TA�ϱ�ORA�ϲl�
A�ϲ�钛A�ϲ���kA�ϳ�IA�ϳyWBkA�ϳ��ҥA�ϴ�MA�ϴ;�v�A�ϵ
<�A�ϵ"k!A�ϵ��A�϶ͰaA�Ϸ_�QA�Ϸ��?A�ϸCۤ�A�ϸe�/A�ϸ��C�A�ϸ�l�A�ϹK��pA�ϹnN�aA�Ϻ8�A�Ϻ&tA�Ϻ��A�Ϻ�z�A�ϻa�jfA�ϻ��9�A�ϻ�IS�A�ϼ�
�A�ϼ{�VcA�ϼ���eA�Ͻ*k�A�ϽL��A�Ͻ�]�A�Ͻ�	�^A�Ͼc`=NA�Ͼ��.rA�Ͽ(6�_A�ϿJ�c#A�Ͽ�;�A�Ͽ���A�����2,A������!A�����ԉA�����KA���h?a9A��‰U�`A���OX�oA���p�QeA����9�A���%G��A��Ĺz<�A����N A���\
�A���~��
A����w!A�����A��Ƈ�ڱA��ƩZ�A����#�A���; �xA��Ǹ\�\A����gg�A���=
�(A���_�A����gEBXTENSION= 'BINTABLE'           / binary table extension                         BITPIX  =                    8 / 8-bit bytes                                    NAXIS   =                    2 / 2-dimensional binary table                     NAXIS1  =                   16 / width of table in bytes                        NAXIS2  =                   87 / 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   '           / Start Time of GTI                              TFORM1  = 'D       '           / data format of field: 8-byte DOUBLE            TUNIT1  = 's       '           / physical unit of field                         TTYPE2  = 'STOP    '           / End Time of GTI                                TFORM2  = 'D       '           / data format of field: 8-byte DOUBLE            TUNIT2  = 's       '           / physical unit of field                         EXTNAME = 'STDGTI10'           / The name of this table                         EXTVER  =                    1 / Extension version                              TELESCOP= 'XMM     '           / XMM mission                                    INSTRUME= 'EPN     '           / EPIC p-n Instrument                            DATATYPE= 'IMAGE.EL'           / Type of data                                   OBS_ID  = '0555781001'         / Observation identifier                         EXP_ID  = '0555781001003'      / Exposure identifier                            QUADRANT=                    3 / Quadrant ID                                    CCDID   =                    0 / CCD ID                                         QUADMODE=                    0 / Quadrant Mode                                  CCDMODE =                    1 / CCD Mode                                       FRMTIME = 7.33649600000000E+01 / [ms] Nominal frame time                        WINDOWX0=                    1 / X coordinate of bottom left corner of window   WINDOWY0=                    2 / Y coordinate of bottom left corner of window   WINDOWDX=                   64 / Size, along x-axis, of window                  WINDOWDY=                  199 / Size, along y-axis, of window                  DATE-OBS= '2009-01-22T19:02:33' / Exposure Start Time                           DATE-END= '2009-01-24T05:28:41' / Exposure End Time                             F1294   =                    0 / Quadrant wait states                           DATAMODE= 'IMAGING '           / Instrument mode (IMAGING, TIMING, FAST, etc.)  SUBMODE = 'PrimeFullWindow'    / Readout submode                                DATE_OBS= '2009-01-22T18:39:27.000' / Date observations were made               DATE_END= '2009-01-24T05:36:20.000' / Date observations ended                   DURATION= 1.25813000000000E+05 / [s] Duration of observation                    EXPSTART= '2009-01-22T19:02:33' / Start Time (UTC) of exposure                  EXPSTOP = '2009-01-24T05:28:41' / End Time (UTC) of exposure                    OBSSTART= '2009-01-22T18:39:27.000' / Date observation was started              OBSSTOP = '2009-01-24T05:36:20.000' / Date observation was stopped              REVOLUT =                 1671 / XMM revolution number                          BPT_CODE= '0_003_BAD'          / BPT_CODE F1529_F1530_F1528                     SRCPOS  =                  190 / [pixel] Assumed RAWY source position for fast mODFLATEX= '1671\_0555781001\_PNS003' / ODF identifier                           XMMEA_3 = '(FLAG & 0x8) != 0'  / ON_OFFSET_COLUMN                               XMMEA_4 = '(FLAG & 0x10) != 0' / NEXT_TO_OFFSET_COLUMN                          XMMEA_11= '(FLAG & 0x800) != 0' / IN_SPOILED_FRAME                              XMMEA_17= '(FLAG & 0x20000) != 0' / IN_BAD_FRAME                                XMMEA_25= '(FLAG & 0x2000000) != 0' / OUT_OF_CCD_WINDOW                         XMMEA_20= '(FLAG & 0x100000) != 0' / MIP_ASSOCIATED                             XMMEA_EP= '(FLAG & 0xcfa0000) == 0' / Select good PN events                     TIMESYS = 'TT      '           / XMM time will be TT (Terrestial Time)          MJDREF  = 5.08140000000000E+04 / [d] 1998-01-01T00:00:00 (TT) expressed in MJD (TIMEZERO=                    0 / Clock correction (if not zero)                 TIMEUNIT= 's       '           / All times in s unless specified otherwise      CLOCKAPP=                    T / Clock correction applied                       TIMEREF = 'LOCAL   '           / Reference location of photon arrival times     TASSIGN = 'SATELLITE'          / Location of time assignment                    TRESET  = 7.87630521064051E+07 / [s] Reset time offset added to PN times        TSTART  = 3.49038218003556E+08 / Start time of first frame                      TSTOP   = 3.49162009742772E+08 / End time of last frame                         TELAPSE = 1.23791739216791E+05 / [s] Time elapsed between TSTART and TSTOP      MIP_THRS=                 3000 / maximum PHA for non-MIPs                       MIP_METH= 'ONBOARD '           / method to handle MIPs                          QUAL_MAX=                    0 / maximum allowed quality                        CCDSMODE=                    0 / CCD sub-mode                                   TASK_RUN= '20111011102125.432' / time when epframes was run                     HK_TMP_B= '------------------' / - Begin of selected list of HK parameters -----F1030   =            270275166 / [s] Coarse time reset                          F1052   =                32400 / [s] Time wrap reset                            AX_FC0  = 9.99056220054626E-01 / mode dependent constant livetime               AX_FC3  = 1.00000000000000E+00 / chopper dependent constant livetime            AN_MAXFR=                   20 / An_MAXFRC F1538 F1638 F1738 F1838              AN_CHOP =                    0 / An_CHOP   F1534 F1634 F1734 F1834              AN_CMCOR=                  512 / An_CMCORR F1525 F1625 F1725 F1825              AN_CMLOT=                  532 / An_CMLOTH F1515 F1516 F1517 F1615 F1616 F1617..AN_MAXMI=                   63 / An_MAXMIP F1527 F1627 F1727 F1827              AN_MIP  =                 3512 / An_MIP    F1526 F1626 F1726 F1826              AN_EAMIP=                    1 / An_EAMIPSEL F1536 F1636 F1736 F1836            AN_SENDM= 'MIP CORREC.2'       / An_SENDMODE F1535 F1635 F1735 F1835            AN_DSLIN= 2.61215087890625E+02 / An_DSLINC F1330 F1375 F1420 F1465              AX_QCCDS=               -32768 / An_CCDSWISTAT + QUADSEL F1077 F1076 F1075 F1074GAINCAME= 'HIGH    '           / ECACHn_GAINCAME F1227 F1226 F1225 F1234 F1233..F1122MIN= 1.12557998657227E+02 / [deg] H_CE_FWSPOS_MIN F1122                    F1122MAX= 1.13396003723145E+02 / [deg] H_CE_FWSPOS_MAX F1122                    F1122AVE= 1.12776611328125E+02 / [deg] H_CE_FWSPOS_AVE F1122                    F1128MIN= -9.00580825805664E+01 / [deg C] H_CE_TTMPFPF_MIN F1128                F1128MAX= -8.98398818969727E+01 / [deg C] H_CE_TTMPFPF_MAX F1128                F1128AVE= -8.99495849609375E+01 / [deg C] H_CE_TTMPFPF_AVE F1128                F1128OMI= -8.97307739257812E+01 / [deg C] H_OT_TTMPFPF_MIN F1128                F1128OMA= -8.96216735839844E+01 / [deg C] H_OT_TTMPFPF_MAX F1128                F1128OAV= -8.97212905883789E+01 / [deg C] H_OT_TTMPFPF_AVE F1128                TQB1_MIN= 1.09193334579468E+01 / [deg C] E_Cx_TEMPQB1_MIN F1576 F1676 F1776 F187TQB1_MAX= 1.59314393997192E+01 / [deg C] E_Cx_TEMPQB1_MAX F1576 F1676 F1776 F187TQB1_AVE= 1.43134050369263E+01 / [deg C] E_Cx_TEMPQB1_AVE F1576 F1676 F1776 F187IGRA_MIN= 2.19054913520813E+00 / [micro A] E_Cx_IGRAy_MIN F1571 F1572 F1573 F167IGRA_MAX= 4.54835271835327E+00 / [micro A] E_Cx_IGRAy_MAX F1571 F1572 F1573 F167IGRA_AVE= 3.39503979682922E+00 / [micro A] E_Cx_IGRAy_AVE F1571 F1572 F1573 F167UHV_MIN = -1.62182312011719E+02 / [V] V_VC_UHV_MIN F1198 F1199 F1200 F1201      UHV_MAX = -1.57726699829102E+02 / [V] V_VC_UHV_MAX F1198 F1199 F1200 F1201      UHV_AVE = -1.61042449951172E+02 / [V] V_VC_UHV_AVE F1198 F1199 F1200 F1201      BPX_OCV = 'nom3    '           / BadPixelMap + Offset Correction Vector Setup   SETUPSAS= 'TTT     '           / ODF HK CCF input status words                  OT_START= '2009-01-22T18:40:22' / Start Time (UTC) of offset table calculation  OT_STOP = '2009-01-22T18:43:20' / End Time (UTC) of offset table calculation    OT_CHOP =                    0 / An_CHOP   F1534 F1634 F1734 F1834              OT_CMCOR=                    0 / An_CMCORR F1525 F1625 F1725 F1825              OT_CMLOT=                    0 / An_CMLOTH F1515 F1516 F1517 F1615 F1616 F1617..OT_MAXMI=                    5 / An_MAXMIP F1527 F1627 F1727 F1827              OT_MIP  =                 3000 / An_MIP    F1526 F1626 F1726 F1826              OT_EAMIP=                    1 / An_EAMIPSEL F1536 F1636 F1736 F1836            OT_SENDM= 'NO MIP CORR.'       / An_SENDMODE F1535 F1635 F1735 F1835            FROFFMAP=                   50 / Number of frames for offset map calculation    MCOFFMAP= 'OFF     '           / Status of median correction for offset map calcFRAMETIM= 7.33649600000000E+01 / [ms] nominal frame time                        HK_TMP_E= '------------------' / -- End of selected list of HK parameters ------MIPCOLN =                    0 / Number of MIP events                           WRGAMPLI=                    0 / Number of events with negative PHA             WRGCOORD=                    0 / Number of events with wrong coordinates        WRGORDER=                    1 / Number of frames in wrong readout order        WRGTIME =                    0 / Number of frames in wrong time order           WRGCOARS=                 3127 / Number of frames with FFFF coarse time         FRAMEBAD=                    1 / Number of bad frames                           FRAMETOT=              1552859 / Total number of input frames                   EMPTYFRM= 'enabled '           / Handling of empty frames                       MASKX0  =                    0 / X coordinate of bottom left corner of mask     MASKY0  =                    0 / Y coordinate of bottom left corner of mask     MASKDX  =                    0 / Size, along x-axis, of mask                    MASKDY  =                    0 / Size, along y-axis, of mask                    MASKCCD =                    4 / CCD where mask is located in                   FILTER  = 'Thin1   '           / Filter ID                                      HDUCLASS= 'OGIP    '           / File conforms to OGIP/GSFC conventions         HDUCLAS1= 'GTI     '           / File contains Good Time Intervals              HDUCLAS2= 'STANDARD'           / File contains Good Time Intervals              END                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                             A����A�����A���+`<DA���qJ�8A���é�A���풑uA�������A��%�s�A��%��QA��%Ŗm�A��%����A��d�Zb�A��eZ~�A�΃+���A�΃/-�%A�΃Iq��A�΃K�V�A�΃M�0A�΃u���A�Ά�+HWA�Ά���A��<�V	A��<�X%iA�Ϣs�A�Ϣ}�F�A�Ϣ�kiA�ϣ"9�A�ϣl
RA�ϣ��cA�ϣ��,QA�Ϥ��8A�Ϥ\r�A�Ϥ�T�mA�ϤЂP�A�ϥ
�ʙA�ϥK��A�ϥ��BA�Ϧ&BA�ϦN��pA�Ϧt;�A�Ϧtq�A�Ϧ�	r�A�Ϧܳ��A�ϧ
O�uA�ϧ<�)	A�ϧ_Q�A�ϧ��!A�ϧ�.םA�ϧ�U{�A�ϧ�̯(A�ϨӢA�Ϩ/�ڛA�ϨQ?�/A�Ϩv_,�A�Ϩ��U�A�Ϩ�W�UA�Ϩ��ظA�ϩݪBA�ϩ$w�~A�ϩE�
A�ϩgs�A�ϩ�2��A�ϩ�uq�A�ϩ��FA�ϩ��A�Ϫ��A�Ϫ.���A�ϪK�fA�ϪlƔ�A�Ϫ��(7A�Ϫ��1bA�Ϫ¯��A�Ϫ��
�A�ϫ��A�ϫ"�_�A�ϫ?��A�ϫbAT�A�ϫ}@�'A�ϫ���A�ϫ��r�A�ϫ�c�A�ϫ�KA�Ϭ��A�Ϭ/���A�ϬRa�A�Ϭp���A�Ϭ�ah6A�Ϭ���A�Ϭל(5A�Ϭ��
A�ϭ@�A�ϭ:��"A�ϭ]�PA�ϭ�z*�A�ϭ�
K�A�ϭʘW�A�ϭ��A�Ϯc��A�Ϯ;�X�A�Ϯa���A�Ϯ�׃A�Ϯ�
ʃA�Ϯ�c!A�Ϯ�U� A�ϯK�A�ϯJ�ӼA�ϯl�2�A�ϯ��F�A�ϯ�msA�ϯ�{m�A�ϰT��A�ϰR�([A�ϰtM��A�ϰ����A�ϰ̵HA�ϱ�]A�ϱ9�N0A�ϱp���A�ϱ�N��A�ϱ�aHA�ϱ�~c�A�ϲ^�A�ϲ���A�ϲږ��A�ϲ�
9A�ϳ]SN@A�ϳ��oA�ϴ%��)A�ϴH/�A�ϴ��	�A�ϴ���A�ϵ���A�ϵ��^bA�Ϸ
�}�A�Ϸ"q\�A�Ϲ���A�Ϲ�=�A�Ϻ���A�Ϻ?
j+A�Ϻ�aA�Ϻ�2�A�ϻ�=A�ϻԭA�ϼʅ�DA�ϼ��A�Ͻ�N��A�Ͻ�#�A�Ͼ{mA�Ͼ��U�A�ϿA=�A�Ͽc��BA���HײvA���ke�A���HL�#A���i��NA��š��3A��»���A����X�#A����/�?A���戞&A����oA������\A����R�7A��ƚ?�#A��ƻ٘�A���Y��A���{���A���	p�A���,$�6A���ڈ�A����;�?A���t��+A��ɗ_�uA����^HXTENSION= 'BINTABLE'           / binary table extension                         BITPIX  =                    8 / 8-bit bytes                                    NAXIS   =                    2 / 2-dimensional binary table                     NAXIS1  =                   16 / width of table in bytes                        NAXIS2  =                   87 / 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   '           / Start Time of GTI                              TFORM1  = 'D       '           / data format of field: 8-byte DOUBLE            TUNIT1  = 's       '           / physical unit of field                         TTYPE2  = 'STOP    '           / End Time of GTI                                TFORM2  = 'D       '           / data format of field: 8-byte DOUBLE            TUNIT2  = 's       '           / physical unit of field                         EXTNAME = 'STDGTI11'           / The name of this table                         EXTVER  =                    1 / Extension version                              TELESCOP= 'XMM     '           / XMM mission                                    INSTRUME= 'EPN     '           / EPIC p-n Instrument                            DATATYPE= 'IMAGE.EL'           / Type of data                                   OBS_ID  = '0555781001'         / Observation identifier                         EXP_ID  = '0555781001003'      / Exposure identifier                            QUADRANT=                    3 / Quadrant ID                                    CCDID   =                    1 / CCD ID                                         QUADMODE=                    0 / Quadrant Mode                                  CCDMODE =                    1 / CCD Mode                                       FRMTIME = 7.33649600000000E+01 / [ms] Nominal frame time                        WINDOWX0=                    1 / X coordinate of bottom left corner of window   WINDOWY0=                    2 / Y coordinate of bottom left corner of window   WINDOWDX=                   64 / Size, along x-axis, of window                  WINDOWDY=                  199 / Size, along y-axis, of window                  DATE-OBS= '2009-01-22T19:02:33' / Exposure Start Time                           DATE-END= '2009-01-24T05:28:41' / Exposure End Time                             F1294   =                    0 / Quadrant wait states                           DATAMODE= 'IMAGING '           / Instrument mode (IMAGING, TIMING, FAST, etc.)  SUBMODE = 'PrimeFullWindow'    / Readout submode                                DATE_OBS= '2009-01-22T18:39:27.000' / Date observations were made               DATE_END= '2009-01-24T05:36:20.000' / Date observations ended                   DURATION= 1.25813000000000E+05 / [s] Duration of observation                    EXPSTART= '2009-01-22T19:02:33' / Start Time (UTC) of exposure                  EXPSTOP = '2009-01-24T05:28:41' / End Time (UTC) of exposure                    OBSSTART= '2009-01-22T18:39:27.000' / Date observation was started              OBSSTOP = '2009-01-24T05:36:20.000' / Date observation was stopped              REVOLUT =                 1671 / XMM revolution number                          BPT_CODE= '0_003_BAD'          / BPT_CODE F1529_F1530_F1528                     SRCPOS  =                  190 / [pixel] Assumed RAWY source position for fast mODFLATEX= '1671\_0555781001\_PNS003' / ODF identifier                           XMMEA_3 = '(FLAG & 0x8) != 0'  / ON_OFFSET_COLUMN                               XMMEA_4 = '(FLAG & 0x10) != 0' / NEXT_TO_OFFSET_COLUMN                          XMMEA_11= '(FLAG & 0x800) != 0' / IN_SPOILED_FRAME                              XMMEA_17= '(FLAG & 0x20000) != 0' / IN_BAD_FRAME                                XMMEA_25= '(FLAG & 0x2000000) != 0' / OUT_OF_CCD_WINDOW                         XMMEA_20= '(FLAG & 0x100000) != 0' / MIP_ASSOCIATED                             XMMEA_EP= '(FLAG & 0xcfa0000) == 0' / Select good PN events                     TIMESYS = 'TT      '           / XMM time will be TT (Terrestial Time)          MJDREF  = 5.08140000000000E+04 / [d] 1998-01-01T00:00:00 (TT) expressed in MJD (TIMEZERO=                    0 / Clock correction (if not zero)                 TIMEUNIT= 's       '           / All times in s unless specified otherwise      CLOCKAPP=                    T / Clock correction applied                       TIMEREF = 'LOCAL   '           / Reference location of photon arrival times     TASSIGN = 'SATELLITE'          / Location of time assignment                    TRESET  = 7.87630521064051E+07 / [s] Reset time offset added to PN times        TSTART  = 3.49038218009666E+08 / Start time of first frame                      TSTOP   = 3.49162009748883E+08 / End time of last frame                         TELAPSE = 1.23791739216791E+05 / [s] Time elapsed between TSTART and TSTOP      MIP_THRS=                 3000 / maximum PHA for non-MIPs                       MIP_METH= 'ONBOARD '           / method to handle MIPs                          QUAL_MAX=                    0 / maximum allowed quality                        CCDSMODE=                    0 / CCD sub-mode                                   TASK_RUN= '20111011102428.235' / time when epframes was run                     HK_TMP_B= '------------------' / - Begin of selected list of HK parameters -----F1030   =            270275166 / [s] Coarse time reset                          F1052   =                32400 / [s] Time wrap reset                            AX_FC0  = 9.99056220054626E-01 / mode dependent constant livetime               AX_FC3  = 1.00000000000000E+00 / chopper dependent constant livetime            AN_MAXFR=                   20 / An_MAXFRC F1538 F1638 F1738 F1838              AN_CHOP =                    0 / An_CHOP   F1534 F1634 F1734 F1834              AN_CMCOR=                  512 / An_CMCORR F1525 F1625 F1725 F1825              AN_CMLOT=                  532 / An_CMLOTH F1515 F1516 F1517 F1615 F1616 F1617..AN_MAXMI=                   63 / An_MAXMIP F1527 F1627 F1727 F1827              AN_MIP  =                 3512 / An_MIP    F1526 F1626 F1726 F1826              AN_EAMIP=                    1 / An_EAMIPSEL F1536 F1636 F1736 F1836            AN_SENDM= 'MIP CORREC.2'       / An_SENDMODE F1535 F1635 F1735 F1835            AN_DSLIN= 2.61215087890625E+02 / An_DSLINC F1330 F1375 F1420 F1465              AX_QCCDS=               -32768 / An_CCDSWISTAT + QUADSEL F1077 F1076 F1075 F1074GAINCAME= 'HIGH    '           / ECACHn_GAINCAME F1227 F1226 F1225 F1234 F1233..F1122MIN= 1.12557998657227E+02 / [deg] H_CE_FWSPOS_MIN F1122                    F1122MAX= 1.13396003723145E+02 / [deg] H_CE_FWSPOS_MAX F1122                    F1122AVE= 1.12776611328125E+02 / [deg] H_CE_FWSPOS_AVE F1122                    F1128MIN= -9.00580825805664E+01 / [deg C] H_CE_TTMPFPF_MIN F1128                F1128MAX= -8.98398818969727E+01 / [deg C] H_CE_TTMPFPF_MAX F1128                F1128AVE= -8.99495849609375E+01 / [deg C] H_CE_TTMPFPF_AVE F1128                F1128OMI= -8.98398818969727E+01 / [deg C] H_OT_TTMPFPF_MIN F1128                F1128OMA= -8.97307739257812E+01 / [deg C] H_OT_TTMPFPF_MAX F1128                F1128OAV= -8.97971801757812E+01 / [deg C] H_OT_TTMPFPF_AVE F1128                TQB1_MIN= 1.09193334579468E+01 / [deg C] E_Cx_TEMPQB1_MIN F1576 F1676 F1776 F187TQB1_MAX= 1.59314393997192E+01 / [deg C] E_Cx_TEMPQB1_MAX F1576 F1676 F1776 F187TQB1_AVE= 1.43134050369263E+01 / [deg C] E_Cx_TEMPQB1_AVE F1576 F1676 F1776 F187IGRA_MIN= 2.59094905853271E+00 / [micro A] E_Cx_IGRAy_MIN F1571 F1572 F1573 F167IGRA_MAX= 4.93515300750732E+00 / [micro A] E_Cx_IGRAy_MAX F1571 F1572 F1573 F167IGRA_AVE= 3.26331758499146E+00 / [micro A] E_Cx_IGRAy_AVE F1571 F1572 F1573 F167UHV_MIN = -1.62182312011719E+02 / [V] V_VC_UHV_MIN F1198 F1199 F1200 F1201      UHV_MAX = -1.57726699829102E+02 / [V] V_VC_UHV_MAX F1198 F1199 F1200 F1201      UHV_AVE = -1.61042449951172E+02 / [V] V_VC_UHV_AVE F1198 F1199 F1200 F1201      BPX_OCV = 'nom3    '           / BadPixelMap + Offset Correction Vector Setup   SETUPSAS= 'TTT     '           / ODF HK CCF input status words                  OT_START= '2009-01-22T18:44:14' / Start Time (UTC) of offset table calculation  OT_STOP = '2009-01-22T18:47:10' / End Time (UTC) of offset table calculation    OT_CHOP =                    0 / An_CHOP   F1534 F1634 F1734 F1834              OT_CMCOR=                  256 / An_CMCORR F1525 F1625 F1725 F1825              OT_CMLOT=                    0 / An_CMLOTH F1515 F1516 F1517 F1615 F1616 F1617..OT_MAXMI=                    5 / An_MAXMIP F1527 F1627 F1727 F1827              OT_MIP  =                 3000 / An_MIP    F1526 F1626 F1726 F1826              OT_EAMIP=                    1 / An_EAMIPSEL F1536 F1636 F1736 F1836            OT_SENDM= 'NO MIP CORR.'       / An_SENDMODE F1535 F1635 F1735 F1835            FROFFMAP=                   50 / Number of frames for offset map calculation    MCOFFMAP= 'OFF     '           / Status of median correction for offset map calcFRAMETIM= 7.33649600000000E+01 / [ms] nominal frame time                        HK_TMP_E= '------------------' / -- End of selected list of HK parameters ------MIPCOLN =                51916 / Number of MIP events                           WRGAMPLI=                    0 / Number of events with negative PHA             WRGCOORD=                    0 / Number of events with wrong coordinates        WRGORDER=                    2 / Number of frames in wrong readout order        WRGTIME =                    0 / Number of frames in wrong time order           WRGCOARS=                 1378 / Number of frames with FFFF coarse time         FRAMEBAD=                    2 / Number of bad frames                           FRAMETOT=              1516907 / Total number of input frames                   EMPTYFRM= 'enabled '           / Handling of empty frames                       MASKX0  =                    0 / X coordinate of bottom left corner of mask     MASKY0  =                    0 / Y coordinate of bottom left corner of mask     MASKDX  =                    0 / Size, along x-axis, of mask                    MASKDY  =                    0 / Size, along y-axis, of mask                    MASKCCD =                    4 / CCD where mask is located in                   FILTER  = 'Thin1   '           / Filter ID                                      HDUCLASS= 'OGIP    '           / File conforms to OGIP/GSFC conventions         HDUCLAS1= 'GTI     '           / File contains Good Time Intervals              HDUCLAS2= 'STANDARD'           / File contains Good Time Intervals              END                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                             A���yyA����6A���+a̹A���qLu�A����:gA����!�A�����)A��%�uX�A��%����A��%ŗ�EA��%��SBA��d�[�<A��e\LA�΃+�jAA�΃//\�A�΃Is�A�΃K��1A�΃M���A�΃u�\A�Ά�,��A�Ά�A��<�W�~A��<�Y��A�Ϣs�:A�Ϣ}��qA�Ϣ���A�ϣ":�5A�ϣl��A�ϣ���A�ϣ����A�Ϥ�n�A�Ϥ\s�:A�Ϥ�V.�A�ϤЃ�mA�ϥ
�[A�ϥK�JJA�ϥ����A�Ϧ'ҍA�ϦN�z�A�Ϧt<�A�Ϧv'A�Ϧ�3A�Ϧܵ<VA�ϧ
Q-�A�ϧ<�~A�ϧ_�4A�ϧ�	;�A�ϧ�0hA�ϧ�WA�ϧ��?�A�ϨdA�Ϩ/�kA�ϨQAR�A�Ϩv`��A�Ϩ���fA�Ϩ�YW�A�Ϩ��i-A�ϩ�:�A�ϩ$y �A�ϩE���A�ϩgt�gA�ϩ�4A�ϩ�w8A�ϩ�Ѣ�A�ϩ����A�Ϫ/dA�Ϫ.�y9A�ϪKu�A�Ϫl�%*A�Ϫ�Ǹ�A�Ϫ����A�Ϫ±;
A�Ϫ�Λ[A�ϫ��A�ϫ"��A�ϫ?�-iA�ϫbB�A�ϫ}Bx�A�ϫ�ɘKA�ϫ��+A�ϫ��OA�ϫ�	��A�Ϭ>_A�Ϭ/Ԉ�A�ϬRb�5A�Ϭp�cA�Ϭ�b��A�Ϭ��x�A�Ϭם��A�Ϭ���A�ϭB9�A�ϭ:� �A�ϭ]���A�ϭ�{�eA�ϭ��lA�ϭʙ�VA�ϭ혨@A�Ϯe/	A�Ϯ;��?A�Ϯa�|9A�Ϯ���A�Ϯ�Z�A�Ϯ��A�Ϯ�W+�A�ϯ�A�ϯJ�d1A�ϯl��2A�ϯ���-A�ϯ���A�ϯ�|�qA�ϰV0?A�ϰR���A�ϰtO10A�ϰ��8A�ϰ̶�yA�ϱ��A�ϱ9�ޥA�ϱp�-�A�ϱ�P>/A�ϱ�b��A�ϱ��mA�ϲ^i�A�ϲ�9A�ϲژR[A�ϲ���A�ϳ]T޵A�ϳ���A�ϴ%�v�A�ϴH�GA�ϴ���TA�ϴ�ϋyA�ϵ�Վ}A�ϵ����A�Ϸ
�	A�Ϸ"r�:A�Ϲ��y1A�Ϲ�?�A�Ϻ�@jA�Ϻ?��A�Ϻπ��A�Ϻ�4J�A�ϻ�
͋A�ϻԮ�|A�ϼʇM�A�ϼ�w$A�Ͻ�P>A�Ͻ��mA�Ͼ{�}A�Ͼ���iA�ϿA?|�A�Ͽc�m�A���H�B�A���kgTzA���HNK�A���i��A��š�&�A��»�&A����Z'�A����1N�A����.�A������A�����h�A����T��A��ƚAA�A��ƻ�).A���Y�2ZA���{�FA���	rp|A���,&�A���ډ�
A����=8�A���t�7�A��ɗa�A�����XTENSION= 'BINTABLE'           / binary table extension                         BITPIX  =                    8 / 8-bit bytes                                    NAXIS   =                    2 / 2-dimensional binary table                     NAXIS1  =                   16 / width of table in bytes                        NAXIS2  =                   87 / 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   '           / Start Time of GTI                              TFORM1  = 'D       '           / data format of field: 8-byte DOUBLE            TUNIT1  = 's       '           / physical unit of field                         TTYPE2  = 'STOP    '           / End Time of GTI                                TFORM2  = 'D       '           / data format of field: 8-byte DOUBLE            TUNIT2  = 's       '           / physical unit of field                         EXTNAME = 'STDGTI12'           / The name of this table                         EXTVER  =                    1 / Extension version                              TELESCOP= 'XMM     '           / XMM mission                                    INSTRUME= 'EPN     '           / EPIC p-n Instrument                            DATATYPE= 'IMAGE.EL'           / Type of data                                   OBS_ID  = '0555781001'         / Observation identifier                         EXP_ID  = '0555781001003'      / Exposure identifier                            QUADRANT=                    3 / Quadrant ID                                    CCDID   =                    2 / CCD ID                                         QUADMODE=                    0 / Quadrant Mode                                  CCDMODE =                    1 / CCD Mode                                       FRMTIME = 7.33649600000000E+01 / [ms] Nominal frame time                        WINDOWX0=                    1 / X coordinate of bottom left corner of window   WINDOWY0=                    2 / Y coordinate of bottom left corner of window   WINDOWDX=                   64 / Size, along x-axis, of window                  WINDOWDY=                  199 / Size, along y-axis, of window                  DATE-OBS= '2009-01-22T19:02:33' / Exposure Start Time                           DATE-END= '2009-01-24T05:28:41' / Exposure End Time                             F1294   =                    0 / Quadrant wait states                           DATAMODE= 'IMAGING '           / Instrument mode (IMAGING, TIMING, FAST, etc.)  SUBMODE = 'PrimeFullWindow'    / Readout submode                                DATE_OBS= '2009-01-22T18:39:27.000' / Date observations were made               DATE_END= '2009-01-24T05:36:20.000' / Date observations ended                   DURATION= 1.25813000000000E+05 / [s] Duration of observation                    EXPSTART= '2009-01-22T19:02:33' / Start Time (UTC) of exposure                  EXPSTOP = '2009-01-24T05:28:41' / End Time (UTC) of exposure                    OBSSTART= '2009-01-22T18:39:27.000' / Date observation was started              OBSSTOP = '2009-01-24T05:36:20.000' / Date observation was stopped              REVOLUT =                 1671 / XMM revolution number                          BPT_CODE= '0_003_BAD'          / BPT_CODE F1529_F1530_F1528                     SRCPOS  =                  190 / [pixel] Assumed RAWY source position for fast mODFLATEX= '1671\_0555781001\_PNS003' / ODF identifier                           XMMEA_3 = '(FLAG & 0x8) != 0'  / ON_OFFSET_COLUMN                               XMMEA_4 = '(FLAG & 0x10) != 0' / NEXT_TO_OFFSET_COLUMN                          XMMEA_11= '(FLAG & 0x800) != 0' / IN_SPOILED_FRAME                              XMMEA_17= '(FLAG & 0x20000) != 0' / IN_BAD_FRAME                                XMMEA_25= '(FLAG & 0x2000000) != 0' / OUT_OF_CCD_WINDOW                         XMMEA_20= '(FLAG & 0x100000) != 0' / MIP_ASSOCIATED                             XMMEA_EP= '(FLAG & 0xcfa0000) == 0' / Select good PN events                     TIMESYS = 'TT      '           / XMM time will be TT (Terrestial Time)          MJDREF  = 5.08140000000000E+04 / [d] 1998-01-01T00:00:00 (TT) expressed in MJD (TIMEZERO=                    0 / Clock correction (if not zero)                 TIMEUNIT= 's       '           / All times in s unless specified otherwise      CLOCKAPP=                    T / Clock correction applied                       TIMEREF = 'LOCAL   '           / Reference location of photon arrival times     TASSIGN = 'SATELLITE'          / Location of time assignment                    TRESET  = 7.87630521064051E+07 / [s] Reset time offset added to PN times        TSTART  = 3.49038218015776E+08 / Start time of first frame                      TSTOP   = 3.49162009754993E+08 / End time of last frame                         TELAPSE = 1.23791739216791E+05 / [s] Time elapsed between TSTART and TSTOP      MIP_THRS=                 3000 / maximum PHA for non-MIPs                       MIP_METH= 'ONBOARD '           / method to handle MIPs                          QUAL_MAX=                    0 / maximum allowed quality                        CCDSMODE=                    0 / CCD sub-mode                                   TASK_RUN= '20111011102708.881' / time when epframes was run                     HK_TMP_B= '------------------' / - Begin of selected list of HK parameters -----F1030   =            270275166 / [s] Coarse time reset                          F1052   =                32400 / [s] Time wrap reset                            AX_FC0  = 9.99056220054626E-01 / mode dependent constant livetime               AX_FC3  = 1.00000000000000E+00 / chopper dependent constant livetime            AN_MAXFR=                   20 / An_MAXFRC F1538 F1638 F1738 F1838              AN_CHOP =                    0 / An_CHOP   F1534 F1634 F1734 F1834              AN_CMCOR=                  512 / An_CMCORR F1525 F1625 F1725 F1825              AN_CMLOT=                  532 / An_CMLOTH F1515 F1516 F1517 F1615 F1616 F1617..AN_MAXMI=                   63 / An_MAXMIP F1527 F1627 F1727 F1827              AN_MIP  =                 3512 / An_MIP    F1526 F1626 F1726 F1826              AN_EAMIP=                    1 / An_EAMIPSEL F1536 F1636 F1736 F1836            AN_SENDM= 'MIP CORREC.2'       / An_SENDMODE F1535 F1635 F1735 F1835            AN_DSLIN= 2.61215087890625E+02 / An_DSLINC F1330 F1375 F1420 F1465              AX_QCCDS=               -32768 / An_CCDSWISTAT + QUADSEL F1077 F1076 F1075 F1074GAINCAME= 'HIGH    '           / ECACHn_GAINCAME F1227 F1226 F1225 F1234 F1233..F1122MIN= 1.12557998657227E+02 / [deg] H_CE_FWSPOS_MIN F1122                    F1122MAX= 1.13396003723145E+02 / [deg] H_CE_FWSPOS_MAX F1122                    F1122AVE= 1.12740173339844E+02 / [deg] H_CE_FWSPOS_AVE F1122                    F1128MIN= -9.00580825805664E+01 / [deg C] H_CE_TTMPFPF_MIN F1128                F1128MAX= -8.98398818969727E+01 / [deg C] H_CE_TTMPFPF_MAX F1128                F1128AVE= -8.99495849609375E+01 / [deg C] H_CE_TTMPFPF_AVE F1128                F1128OMI= -9.00580825805664E+01 / [deg C] H_OT_TTMPFPF_MIN F1128                F1128OMA= -8.98398818969727E+01 / [deg C] H_OT_TTMPFPF_MAX F1128                F1128OAV= -8.99394989013672E+01 / [deg C] H_OT_TTMPFPF_AVE F1128                TQB1_MIN= 1.09193334579468E+01 / [deg C] E_Cx_TEMPQB1_MIN F1576 F1676 F1776 F187TQB1_MAX= 1.59314393997192E+01 / [deg C] E_Cx_TEMPQB1_MAX F1576 F1676 F1776 F187TQB1_AVE= 1.43134050369263E+01 / [deg C] E_Cx_TEMPQB1_AVE F1576 F1676 F1776 F187IGRA_MIN= 2.02320003509521E+00 / [micro A] E_Cx_IGRAy_MIN F1571 F1572 F1573 F167IGRA_MAX= 4.38439989089966E+00 / [micro A] E_Cx_IGRAy_MAX F1571 F1572 F1573 F167IGRA_AVE= 3.65529561042786E+00 / [micro A] E_Cx_IGRAy_AVE F1571 F1572 F1573 F167UHV_MIN = -1.62182312011719E+02 / [V] V_VC_UHV_MIN F1198 F1199 F1200 F1201      UHV_MAX = -1.57726699829102E+02 / [V] V_VC_UHV_MAX F1198 F1199 F1200 F1201      UHV_AVE = -1.61042449951172E+02 / [V] V_VC_UHV_AVE F1198 F1199 F1200 F1201      BPX_OCV = 'nom3    '           / BadPixelMap + Offset Correction Vector Setup   SETUPSAS= 'TTT     '           / ODF HK CCF input status words                  OT_START= '2009-01-22T18:47:59' / Start Time (UTC) of offset table calculation  OT_STOP = '2009-01-22T18:50:55' / End Time (UTC) of offset table calculation    OT_CHOP =                    0 / An_CHOP   F1534 F1634 F1734 F1834              OT_CMCOR=                    0 / An_CMCORR F1525 F1625 F1725 F1825              OT_CMLOT=                    0 / An_CMLOTH F1515 F1516 F1517 F1615 F1616 F1617..OT_MAXMI=                    5 / An_MAXMIP F1527 F1627 F1727 F1827              OT_MIP  =                 3000 / An_MIP    F1526 F1626 F1726 F1826              OT_EAMIP=                    1 / An_EAMIPSEL F1536 F1636 F1736 F1836            OT_SENDM= 'NO MIP CORR.'       / An_SENDMODE F1535 F1635 F1735 F1835            FROFFMAP=                   50 / Number of frames for offset map calculation    MCOFFMAP= 'OFF     '           / Status of median correction for offset map calcFRAMETIM= 7.33649600000000E+01 / [ms] nominal frame time                        HK_TMP_E= '------------------' / -- End of selected list of HK parameters ------MIPCOLN =                87875 / Number of MIP events                           WRGAMPLI=                    0 / Number of events with negative PHA             WRGCOORD=                    0 / Number of events with wrong coordinates        WRGORDER=                    1 / Number of frames in wrong readout order        WRGTIME =                    0 / Number of frames in wrong time order           WRGCOARS=                  347 / Number of frames with FFFF coarse time         FRAMEBAD=                    1 / Number of bad frames                           FRAMETOT=              1411144 / Total number of input frames                   EMPTYFRM= 'enabled '           / Handling of empty frames                       MASKX0  =                    0 / X coordinate of bottom left corner of mask     MASKY0  =                    0 / Y coordinate of bottom left corner of mask     MASKDX  =                    0 / Size, along x-axis, of mask                    MASKDY  =                    0 / Size, along y-axis, of mask                    MASKCCD =                    4 / CCD where mask is located in                   FILTER  = 'Thin1   '           / Filter ID                                      HDUCLASS= 'OGIP    '           / File conforms to OGIP/GSFC conventions         HDUCLAS1= 'GTI     '           / File contains Good Time Intervals              HDUCLAS2= 'STANDARD'           / File contains Good Time Intervals              END                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                             A���	�A���񓠦A���+c])A���qNA������A���핲ZA������uA��%�v��A��%��<6A��%ř��A��%���A��d�]��A��e]��A�΃+���A�΃/0�
A�΃It�gA�΃K�w�A�΃M�7A�΃uĨ�A�Ά�.i<A�Ά���A��<�Y;�A��<�[FNA�Ϣs
<�A�Ϣ}�g�A�Ϣ跌NA�ϣ"<4�A�ϣl"7A�ϣ����A�ϣ��M6A�Ϥ��A�Ϥ\u-�A�Ϥ�W�RA�ϤЅq�A�ϥ
��~A�ϥK�ںA�ϥ��;'A�Ϧ)b�A�ϦN�UA�Ϧt>%�A�Ϧw��A�Ϧ���A�Ϧܶ��A�ϧ
R�ZA�ϧ<�I�A�ϧ_r�A�ϧ�
�A�ϧ�1��A�ϧ�X�|A�ϧ���
A�Ϩ�A�Ϩ/���A�ϨQB�A�ϨvbMlA�Ϩ��v�A�Ϩ�Z�:A�Ϩ����A�ϩ��'A�ϩ$z�cA�ϩE�"A�ϩgv)�A�ϩ�5��A�ϩ�x��A�ϩ��3+A�ϩ��:�A�Ϫ��A�Ϫ.�	�A�ϪKKA�Ϫlɵ�A�Ϫ��IA�Ϫ��RGA�Ϫ²�qA�Ϫ��+�A�ϫ�@tA�ϫ"΀�A�ϫ?��A�ϫbDu�A�ϫ}D	A�ϫ��(�A�ϫ�֓�A�ϫ���A�ϫ�60A�Ϭ��A�Ϭ/�oA�ϬRd)�A�Ϭpï�A�Ϭ�d�A�Ϭ��	A�ϬןIA�Ϭ��(�A�ϭC��A�ϭ:��A�ϭ]�p�A�ϭ�}K�A�ϭ�l�A�ϭʛx�A�ϭ�8�A�Ϯf�yA�Ϯ;�y�A�Ϯa��A�Ϯ�ڣ�A�Ϯ��hA�Ϯ��A�Ϯ�X�A�ϯl�A�ϯJ���A�ϯl�S�A�ϯ��g�A�ϯ��XA�ϯ�~��A�ϰW��A�ϰR�I@A�ϰtP��A�ϰ����A�ϰ̸h�A�ϱ�}�A�ϱ9�oA�ϱpþhA�ϱ�QΟA�ϱ�d#-A�ϱ����A�ϲ^��A�ϲ�ɁA�ϲڙ��A�ϲ�+A�ϳ]Vo%A�ϳ�
TA�ϴ%�A�ϴHP�A�ϴ��*�A�ϴ���A�ϵ���A�ϵ��GA�Ϸ
��yA�Ϸ"t}�A�Ϲ��	�A�Ϲ�@��A�Ϻ���A�Ϻ?
�A�Ϻς;FA�Ϻ�5��A�ϻ�]�A�ϻ԰5�A�ϼʈ�)A�ϼ��A�Ͻ�Q��A�Ͻ�D�A�Ͼ{��A�Ͼ��v�A�ϿAA
A�Ͽc��'A���H��[A���kh��A���HO�A���i��3A��š��A��»���A����[�A����2�$A���拿A������A������AA����VA��ƚB�A��ƻܹ�A���Y���A���{���A���	t�A���,'�A���ڋ)zA����>�$A���t��A��ɗb�ZA����-