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89:0!-.;!7%(=(!3&#x 0.1;&#x 000;&&#x 0.1;&#x 000;!&#x 0.1;&#x 000;)(!( - PDF document

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89:0!-.;!7%(=(!3&#x 0.1;&#x 000;&&#x 0.1;&#x 000;!&#x 0.1;&#x 000;)(!( - PPT Presentation

day time interval The SSC is composed of horizontal SSCH and zenithal arrays SSCZ therefore the Region Event File set for the SSC comprises two sets of 768 files one for the horizontal array ID: 821916

x0000 000 region files 000 x0000 files region ssc event file pipeline nop time 22i x68 data gsc calibration

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89:0!-.;!7%(=(!3�.1;&#x 000;&�.1
89:0!-.;!7%(=(!3�.1;&#x 000;&�.1;&#x 000;!�.1;&#x 000;)(!(?&�.1;&#x 000;)(3!%=!&%,(!+)3();!&+@(&'()!A%&'!&'(!)(6(B&#x& -1;�=&!'+47(C((5%=@;!&#x& -1;�=3!5)+(77(3#!1'(!5)+(7%=@!�)�&(7!&'(!7((3&#x! -1;h 0;&#x! -1;h 0;&!DE!&#x! -1;h 0;77%@=%=@!5+7%&%+=!&#x! -1;h 0;=3!))(*+)!&'(!&#x&! -;Ũ ;@%=!(&#x&! -;Ũ ;'!(B(=&#!1'%7!3&#x 0.1;&#x 000;&&#x 0.1;&#x 000;!7(&!%7!=&#x 0.1;&#x 000;,(3!'()(&#x 0.1;&#x 000;*&()!F

!"#$%&&%'()*%+,(-./%&01!/4)&'()!&'(!G)+(
!"#$%&&%'()*%+,(-./%&01!/4)&'()!&'(!G)+(($B(=&!/%6(7!ݳ!;&#x Tj ;T Q;&#x q 0;&#x.24 ;� 0 ;�.24;&#x 145;&#x.882; 42;�.61;؜&#xm BT;&#x 0.0; ;&#xTc 5;� 0 ;� 50;&#x 0 0;&#x Tm ;&#x/TT4;&#x 1 T; [ ;)(!6(&#x 0.1;&#x 000;=(3!*+)!4=A&#x 0.1;&#x 000;=&(3!&%,(!%=&()B&#x 0.1;&#x 000;67!&#x 0.1;&#x 000;=3H+)!+4&!+*!D+4=37!+*!&'(!,+=%&+)(3!5&#x 0.1;&#x 000;)&#x 0.1;&#x 000;,(&()7#!1'(!3&#x 0.1;&#x 000;&&#x 0.1;&#x 000;!7(&!&#x 0.1;&#x 000;*

&()!&'(! -1;&#x 000;(=%=@! -1;&#
&()!&'(! -1;&#x 000;(=%=@! -1;&#x 000;)(!= -1;&#x 000;,(3!'()( -1;&#x 000;*&()!F2/%3+%'()*%+,(-./%&01(966!*%6(7!%=!&'(!G)+(77(3!+)!I6(&#x 0.1;&#x 000;=(3!$B(=&7!&#x 0.1;&#x 000;)(!%=!/012#! ¥ )'*+,-&$%'(#!1'(!2/%3+%'()*%+,(-./%&!&#x 0.1;&#x 000;)(!3%B%3(3!%=!&#x 0.1;&#x 000;(J46!&#x 0.1;&#x 000;7J4)(!day time interval. The SSC is composed of horizontal (SSC-H) and zenithal arrays (SSC-Z), therefore the Region Event File set for the SSC comprises two set

s of 768 files one for the horizontal ar
s of 768 files one for the horizontal array and one for the zenithal array. The GSC is composite by 12 counters however these counters are merged when created the Region Event File set. MAXI is operated with two bit-rates, medium and low. The low-bitrate data is always available, while the medium bit rate is only available for some time periods. SSC observations are made only when the medium bitrate is available while the GSC obinclude The calibration files in the ar

chive are those relevant to operate in t
chive are those relevant to operate in the Region Event File dataset but also include files used to create the Processed Event Files. The calibration files are included in CALDB and put on line and distribute via the standard HEASARC CALDB. The most relevant calibration files are those that operate on the Region Event File necessary to create the response and the exposure Files and Naming convention The Region data set includes the following science event data files fo

r each day: ¥ NOP!(B(=&!*%6(7!*+)!&'(![2
r each day: ¥ NOP!(B(=&!*%6(7!*+)!&'(![2I!Q�66!&'(!"T!+4=&()7!+,D%=(3R!%=!6+A!D%&&#x 0.1;&#x 000;!)&&#x 0.1;&#x 000;(!=3!%*!&#x 0.1;&#x 000;B&#x 0.1;&#x 000;%6&#x 0.1;&#x 000;D6(!&#x 0.1;&#x 000;!7%,%6&#x 0.1;&#x 000;)!7(&!%=!,(3%4,!D%&!)&#x 0.1;&#x 000;&(!!¥ NOP!(B(=&!*%6(7!*+)!&'(!22I!'+)%K+=&&#x 0.1;&#x 000;6&#x 0.1;&#x 000;!&#x 0.1;&#x 000;))E!Q22IYLR!%=!,(3%4,!D%&!)&#x 0.1;&#x 000;&(!%*!&#x 0.1;&#x 000;B&#x 0.1;&#x 000;%6&#x 0.1;&#x 000;D6(!NOP!(B(=&!*%6(7!*+

)!&'(!22I!K(=%&&#x 0.1;&#x 000;'6Ôstrin
)!&'(!22I!K(=%&&#x 0.1;&#x 000;'6ÔstringÕ / Detector subsystem (ALL for GSC, NONE for SSC_H and SSC_Z) Pipeline DATAMODE * ÔstringÕ /Data mode (32BIT or 64BIT for GSC, STANDARD for SSC_H and SSC_Z) Pipeline b) Keywords that ID the observation. OBS_ID ÔMJDyyyyy/ [deg] RA of the region center Pipeline DEC_NOM * 0.0 / [deg] Dec of the region center PipelineEQUINOX * 2000 /Equinox of celestial coord system Pipeline RADECSYS * ÔFK5Õ /Celestial coord system Pipelin

eipelineTIME-END Ôhh:mm:ssÕ /Stop Tim
eipelineTIME-END Ôhh:mm:ssÕ /Stop Time-Any Tasks2$dGae8!+=&&#x 0.1;&#x 000;%=%=@!&'(!=4,D()!+*!&%,(7!&#x 0.1;&#x 000;!7(J4(=(!'&#x 0.1;&#x 000;7!D((=!5)+(77(3!A%&'%=!&#x 0.1;&#x 000;!5)+(77%=@!B()7%+=#!1'%7!%7!&#x 0.1;&#x 000;!=4,()%&#x 0.1;&#x 000;6!B&#x 0.1;&#x 000;64(!A%&'!=+!6(&#x 0.1;&#x 000;3%=@!K()+7#! ¥ 2\/1]&#x+=&0;$X!(()7%+=!+*!&'(!L$92\/1!B()7%+=!47(3!%=!&'(!5%5(6%=(!&#x+=&0;=3!3+!=+&!%=643(!89:0!5)+(77%=@!7+*&A&#x 0.1;&#x 000;&#x 0.1;&#x 000;)(#!1'%7!%7

!3(*%=(3!7!c| |
!3(*%=(3!7!c| | | MJD55000/ MJD55001/ É MJD55999(1000 directoriesmx0767_mjd55000_sscz_med.evt The README file at the obs/ level lists the center maximaster records information related to each of the Region Event Files, e.g., start, stop, ID and others. Each entry in the database table has a unique identifier and a standard format for time and sky position. The times listed in all tables use the

ISO convention, e.g., YYYY-MM-DD HH:MM:S
ISO convention, e.g., YYYY-MM-DD HH:MM:SS.sss, specified in one field. Sky positions, Right Ascension and Declination, are given in the table as decimal degrees in the J2000 equinox. The database content has one row for each science Region Event File. The parameters are the following : ¥ e=%J4(!%3(=&%*%()!*+)!&'(!&�D6(#!!PY3%@%&7!=4,D()!A'()(!&'(!*%)7&!W!3%@%&7!�)(!&'(!8f-!+*!&'(!3�E!&'(!6�7&!S!&'(!)(@%+=!=4,D()!;!¥ 8f-!B�64(!+*!&'(!+D

7()B�&%+=!3�E#!!¥ 2&�
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