[[PageOutline]]
= DbiTables =

== SimPmtSpec ==

=== spec file ===

{{{
  meta          ,  class         ,  table       ,  CanL2Cache 
  1             ,  SimPmtSpec    ,  SimPmtSpec  ,  kTRUE
; 
  name           , codetype                 , dbtype       , description                          , code2db 
  pmtId          , DayaBay::DetectorSensor  , int(11)      , PMT sensor ID                        , .sensorId()
  describ        , std::string              , varchar(27)  , String of decribing PMT position     ,
  gain           , double                   , float        , Relative gain for pmt with mean = 1  ,
  sigmaGain      , double                   , float        , 1-sigma spread of S.P.E. response    ,
  timeOffset     , double                   , float        , Relative transit time offset         ,
  timeSpread     , double                   , float        , Transit time spread                  ,
  efficiency     , double                   , float        , Absolute efficiency                  ,
  prePulseProb   , double                   , float        , Probability of prepulsing            ,
  afterPulseProb , double                   , float        , Probability of afterpulsing          ,
  darkRate       , double                   , float        , Dark Rate                            ,

}}}



=== gendbi generated documentation ===

 ||      '''name'''      ||     '''dbtype'''     ||       '''codetype'''      ||            '''description'''             ||    '''code2db'''     ||
 ||        pmtId         ||       int(11)        ||  DayaBay::DetectorSensor  ||              PMT sensor ID               ||     .sensorId()      ||
 ||       describ        ||     varchar(27)      ||        std::string        ||     String of decribing PMT position     ||                      ||
 ||         gain         ||        float         ||           double          ||   Relative gain for pmt with mean = 1    ||                      ||
 ||      sigmaGain       ||        float         ||           double          ||    1-sigma spread of S.P.E. response     ||                      ||
 ||      timeOffset      ||        float         ||           double          ||       Relative transit time offset       ||                      ||
 ||      timeSpread      ||        float         ||           double          ||           Transit time spread            ||                      ||
 ||      efficiency      ||        float         ||           double          ||           Absolute efficiency            ||                      ||
 ||     prePulseProb     ||        float         ||           double          ||        Probability of prepulsing         ||                      ||
 ||    afterPulseProb    ||        float         ||           double          ||       Probability of afterpulsing        ||                      ||
 ||       darkRate       ||        float         ||           double          ||                Dark Rate                 ||                      ||


=== gendbi generated sql ===

{{{
#!sql

DROP TABLE IF EXISTS `SimPmtSpec`;
CREATE TABLE `SimPmtSpec` (
  `SEQNO` int(11) NOT NULL,
  `ROW_COUNTER` int(11) NOT NULL auto_increment,
  `pmtId` int(11) default NULL COMMENT 'PMT sensor ID',
  `describ` varchar(27) default NULL COMMENT 'String of decribing PMT position',
  `gain` float default NULL COMMENT 'Relative gain for pmt with mean = 1',
  `sigmaGain` float default NULL COMMENT '1-sigma spread of S.P.E. response',
  `timeOffset` float default NULL COMMENT 'Relative transit time offset',
  `timeSpread` float default NULL COMMENT 'Transit time spread',
  `efficiency` float default NULL COMMENT 'Absolute efficiency',
  `prePulseProb` float default NULL COMMENT 'Probability of prepulsing',
  `afterPulseProb` float default NULL COMMENT 'Probability of afterpulsing',
  `darkRate` float default NULL COMMENT 'Dark Rate',
  PRIMARY KEY  (`SEQNO`,`ROW_COUNTER`)
) ENGINE=MyISAM DEFAULT CHARSET=latin1;


}}}