casa6

#include <sstream>

#include <iostream>

#include <stdlib.h> // for atoi()

#include <stdint.h>

​

#include <alma/ASDMBinaries/Integration.h>

#include <alma/ASDMBinaries/Error.h>

​

using namespace sdmbin;

using namespace std;

​

using namespace AxisNameMod;

using namespace CorrelationModeMod;

using namespace NetSidebandMod;

​

namespace sdmbin{

// ============================================================================================

// DataStructure: the base

// ============================================================================================

​

  DataStructure::DataStructure()

  {

  }

​

  DataStructure::DataStructure(  uint32_t      numPolProduct, 

                 uint32_t      numBin,

                 Enum<NetSideband> e_sideband,            

                 uint32_t      numBaseband,   

                 uint32_t      numAnt,

                 CorrelationMode   correlationMode 

                 )

  {

    v_numSpectralWindow_.resize(0); 

    vv_numAutoPolProduct_.resize(numBaseband);

    vv_numSpectralPoint_.resize(numBaseband);

    vv_numBin_.resize(numBaseband);

    vv_e_sideband_.resize(numBaseband);

    for(uint32_t nbb=0; nbb<numBaseband; nbb++){

      v_numSpectralWindow_.push_back(1);

      for(uint32_t nspw=0; nspw<numBaseband; nspw++){

    vv_numAutoPolProduct_[nbb].push_back(numPolProduct);

    vv_numSpectralPoint_[nbb].push_back(1);

    vv_numBin_[nbb].push_back(numBin);

    vv_e_sideband_[nbb].push_back(e_sideband);

      }

    }

    numApc_          = 1;

    numBaseband_     = numBaseband;

    numAnt_          = numAnt;

    correlationMode_ = correlationMode;

    axisSequence_    = setStructureProperties();

  }

​

  DataStructure::DataStructure(  uint32_t      numPolProduct,

                 uint32_t      numSpectralPoint,

                 uint32_t      numBin,

                 Enum<NetSideband> e_sideband,

                 uint32_t      numBaseband,

                 uint32_t      numAnt,

                 CorrelationMode   correlationMode)

  {

    v_numSpectralWindow_.resize(0); 

    vv_numAutoPolProduct_.resize(numBaseband);

    vv_numSpectralPoint_.resize(numSpectralPoint);

    vv_numBin_.resize(numBaseband);

    vv_e_sideband_.resize(numBaseband);

    for(uint32_t nbb=0; nbb<numBaseband; nbb++){

      v_numSpectralWindow_.push_back(1);

      for(uint32_t nspw=0; nspw<numBaseband; nspw++){

    vv_numAutoPolProduct_[nbb].push_back(numPolProduct);

    vv_numSpectralPoint_[nbb].push_back(1);

    vv_numBin_[nbb].push_back(numBin);

    vv_e_sideband_[nbb].push_back(e_sideband);

      }

    }

    numAnt_          = numAnt;

    numApc_          = 1;

    numBaseband_     = numBaseband;

    correlationMode_ = correlationMode;

    axisSequence_    = setStructureProperties();

  }

​

  DataStructure::DataStructure( vector<vector<uint32_t> >       vv_numCrossPolProduct,// /bb/spw

                vector<vector<uint32_t> >       vv_numAutoPolProduct, // /bb/spw

                vector<vector<uint32_t> >       vv_numSpectralPoint,  // /bb/spw

                vector<vector<uint32_t> >       vv_numBin,            // /bb/spw

                vector<vector<Enum<NetSideband> > > vv_e_sideband,        // /bb/spw

                uint32_t                        numApc,

                vector<uint32_t>                v_numSpectralWindow,  // /bb

                uint32_t                        numBaseband,

                uint32_t                        numAnt,