translate()

SFFchannelid datrw::tsoft::translate

(

const TSOFTchannelid &

ci

)

return SFF channel ID for given TSOFT channel ID

Definition at line 364 of file channeltranslation.cc.

References datrw::tsoft::SFFchannelid::auxid, datrw::tsoft::SFFchannelid::channel, datrw::tsoft::TSOFTchannelid::datatype, DATRW_assert, datrw::tsoft::TSOFTchannelid::instrument, datrw::tsoft::SFFchannelid::instrument, datrw::tsoft::TSOFTchannelid::location, schannelid(), datrw::tsoft::SFFchannelid::station, tchannelid(), translationtable, and datrw::tsoft::Channel::TSOFTname.

Referenced by readfile().

    {
      /*
          std::cout << "translate: " 
            << ci.location << ":" 
            << ci.instrument << ":"
            << ci.datatype << ":" << std::endl;
            */
      SFFchannelid retval;
      retval.station=ci.location;
      retval.channel=ci.datatype.substr(0,3);
      retval.instrument=ci.instrument;
      retval.auxid=ci.datatype.substr(3);
      const Channel* pc=translationtable;
      bool hot=true;
      while (hot && (pc->TSOFTname != NULL))
      {
        DATRW_assert(pc->TSOFTname != NULL, 
                     "UUPS... this is a programming error!");
        TSOFTchannelid tci=tchannelid(*pc);
        if ((tci.location==ci.location)
            && (tci.instrument==ci.instrument)
            && (tci.datatype==ci.datatype))
        {
          /*
          std::cout << "found: " 
            << tci.location << ":" 
            << tci.instrument << ":"
            << tci.datatype << ":" << std::endl;
            */
          SFFchannelid sci=schannelid(*pc);
          retval.station=sci.station;
          retval.channel=sci.channel;
          retval.instrument=sci.instrument;
          retval.auxid=sci.auxid;
          hot=false;
        }
        ++pc;
      }
      return(retval);
    } // SFFchannelid translate(const TSOFTchannelid& ci)

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