Fixes the reading of SCETs into the ISIS3 table in the ingested image for...

  p.SetPdsFile(pdsLabel, inFile.expanded());

  p.SetOrganization(Isis::ProcessImport::BIP);

  p.SaveDataSuffix(); 

  // NULL pixels are set to 65535 in the input QUB

  p.SetNull(65535, 65535);

    throw IException(IException::Unknown, msg, _FILEINFO_);

  }

  // Processing level 2 = uncalibrated

  // Processing level 3 = calibrated

  int procLevel = (int) pdsLabel.findKeyword("PROCESSING_LEVEL_ID");

  // Override default DataTrailerBytes constructed from PDS header

    outcube->write(table);

  }

  // Level 3 = Calibrated VIRTIS-M data

  else if (procLevel == 3) {

    std::vector<char *> hkData = p.DataTrailer();

    // Create a table to hold SCET information

    TableRecord rec;

    TableField scETField("dataSCET", TableField::Double);

    rec += scETField;

    Table table("VIRTISHouseKeeping", rec);

    for (unsigned int i=0; i < hkData.size() ; i++) {

      const char *hk = hkData.at(i);

      const unsigned short *uihk = reinterpret_cast<const unsigned short *> (hk);

      int word1 = swapb(uihk[0]);

      int word2 = swapb(uihk[1]);

      int word3 = swapb(uihk[2]);

      rec[0] = translateScet(word1, word2, word3);

    std::vector<std::vector<char *> > dataSuffix = p.DataSuffix();

    for (unsigned int i=0; i < dataSuffix.size(); i++) {

      std::vector<char*> dataSuffixRecord = dataSuffix[i];

      // The SCET for each line is stored as three 2-byte words. The three words are stored in the 

      // second byte of each of the first 3 lines of the suffix record. 

      std::vector<const unsigned short*> scetBytes; 

      std::vector<int> scetWords; 

      for (int j=0; j < 3; j++) {

        scetBytes.push_back(reinterpret_cast<const unsigned short *>(dataSuffixRecord.at(j)));

        scetWords.push_back(swapb(scetBytes[j][1]));    

      }

      // Calculate the SCET and add it to the table

      rec[0] = translateScet(scetWords[0], scetWords[1], scetWords[2]); 

      table += rec;

    }

    outcube->write(table);