TrialProjectData.h

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#ifndef CARMA_SDP_TRIALPROJECTDATA_H
#define CARMA_SDP_TRIALPROJECTDATA_H

// Carma includes

// Carma tools includes
#include <xercesc/sax2/Attributes.hpp>

// C++ standard library includes
#include <vector>
#include <map>

// Namespace using directives
using namespace XERCES_CPP_NAMESPACE;

// Class definitions
namespace carma {
  namespace sdp {

    struct ProjectCorrelatorSetup
    {
      int setupNumber;
      int numberOfWindows;
      std::vector<int> windowNumber;
      std::vector<double> resolution;
      std::vector<int> numberOfChannels;
      std::vector<double> minfreq;
    };

    struct ProjectSourceData
    {
      std::string sourceName;
      double ra;
      double dec;
      std::string file;
      double vsource;
      std::string veltype;
      int selfcalabratable;
      double observationLength;
      std::vector<int> correlatorSetup;
    };

    struct ProjectCalibratorData
    {
      std::string calibratorName;
      double ra;
      double dec;
      std::string type;
      std::string file;
      double observationLength;
      std::vector<int> correlatorSetup;
    };

    struct ProjectTargetData
    {
      std::string molecule;
      std::string transition;
    };

    class TrialProjectData
      {
      public:
        TrialProjectData();

        TrialProjectData(const std::string& obsBlockId);

        ~TrialProjectData();

        void resetIntegrationData();

        bool addAstroHdrElement(const Attributes& attr);

        bool addFreqInfo(const std::vector<double>& sfreq,
                         const std::vector<double>& sdf,
                         const std::vector<int>& nschan);

        bool processIntegration();

        bool updateProjectDatabase();

        void addScriptToMiriad(std::string miriadFile);

      private:
        std::string obsBlockId_p, astroHdrFile_p;

        std::vector<std::string> obsBlockIdComponents_p;

        std::vector<int> antennas_p;
        double time_p, lst_p, ra_p, dec_p, veldop_p;
        float inttime_p, dra_p, ddec_p, vsource_p;
        int fswitch_p, selfcal_p;
        std::string source_p, veltype_p, purpose_p, obsline_p;
        std::map<std::string, bool> astroHdrValidity_p;

        std::vector<double> sfreq_p, sdf_p;
        std::vector<int> nschan_p;
        int numspw_p;

        std::map<int, ProjectCorrelatorSetup> correlatorSetup_p;
        std::vector<ProjectSourceData> sources_p;
        std::vector<ProjectCalibratorData> calibrators_p;
        std::vector<ProjectTargetData> targets_p;
        std::vector<double> trialObservedLST_p;
        std::vector<float> pointingOffsets_p;
        std::vector<double> trialObservationDate_p;
        int currentCorrelatorSetup_p, fastSwitch_p, numberOfAntennas_p;
        bool correlatorValid_p;
        bool firstTime;
        bool processIntegrationCalled_;
        void processCorrelatorSetupInfo();

        void processSourceInfo();

        void processCalibratorInfo();

        void processTargetInfo();

        void processPointingOffsetInfo();

        void processAntennaInfo();

        void processSwitchingInfo();

        void processTimeInfo();

        bool valid(const std::string& names);

        double rdiff(const double& a, const double& b);

        void compareType(const std::string& str1, std::string& str2);
      };
  };
};

#endif