date()

libtime::TAbsoluteTime datrw::mseed::MiniSEEDRecord::date

(

)

const

return time of first sample

Definition at line 72 of file mseedread_mseedrecord_other.cc.

References blockette1001(), datrw::mseed::convert(), hasblockette1001(), datrw::mseed::SEED::DataExtensionBlockette::iusec(), recordheader(), datrw::mseed::SEED::FixedDataRecordHeader::tcorr, and datrw::mseed::SEED::ActivityFlags::tcorrapp.

Referenced by readheader().

    {
      libtime::TAbsoluteTime retval=convert(this->recordheader().stime);
      datrw::mseed::SEED::ActivityFlags aflags(this->recordheader().aflags);
      if (! (aflags.tcorrapp || (this->recordheader().tcorr == 0) ) )
      {
        libtime::TRelativeTime corr(0,0,0,0,0,100);
        //long int tcorr=this->recordheader().tcorr;
        int tcorr=this->recordheader().tcorr;
        if (tcorr >= 0)
        {
          retval += (corr * tcorr);
        }
        else
        {
          // result of multiplication of libtime::TAbsoluteTime with
          // any value (also negative) provides a positive result;
          // swap sign just to make things clear
          tcorr *= -1;
          retval -= (corr * tcorr);
        }
      }
      if (this->hasblockette1001())
      {
        int tcorr=this->blockette1001().iusec();
        if (tcorr != 0)
        {
          libtime::TRelativeTime corr(0,0,0,0,0,1);
          if (tcorr >= 0)
          {
            retval += (corr * tcorr);
          }
          else
          {
            // result of multiplication of libtime::TAbsoluteTime with
            // any value (also negative) provides a positive result;
            // swap sign just to make things clear
            tcorr *= -1;
            retval -= (corr * tcorr);
          }
        }
      }
      return(retval);
    } // libtime::TAbsoluteTime MiniSEEDRecord::date() const

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