casa6

#if     !defined(_BASELINESSET_H)

#include <alma/ASDM/ASDMEntities.h>

#include <alma/ASDMBinaries/Error.h>

#include <alma/ASDMBinaries/BaselineMetadata.h>

#include <alma/ASDMBinaries/SwitchCyclesList.h>

#include <alma/ASDMBinaries/DataDescriptionsSet.h>

​

#include <alma/Enumtcl/AxisName.h>

#include <alma/Enumtcl/DataContent.h>

​

​

namespace sdmbin {

  /** Definition of the second level (the top level) in the tree hierarchy: include the antenna baseline

   *  configuration */ 

  class BaselinesSet : public DataDescriptionsSet

  {

  public:

    BaselinesSet();

​

    /** Definition of the second level of the tree hierarchy 

     * @pre the lower levels of the tree hierarchy are already known

     * @param v_antennaIdArray  Array of antenna identifiers

     * @param v_feedIdArray     Array of feed identifiers 

     *   \note                    Because with ALMA there is only one feed used at any time this vector has 

     *                            the same size as v_antennaIdArray. With Focal Plane Array this size is

     *                            multiplied by the number of feeds in the FPA

     * @param v_phasedArrayList Place-holder, not yet implemented

     * @param v_antennaUsedArray Array to tell in the antennaIdArray which antenna have been actually used

     *                           for the data being stored. v_antennaUsedArray and v_antennaIdArray must have

     *                           the same size.

     * @param dataDescriptionsSet a dataDescriptionsSet object (<i>i.e.</i> the lower levels of the hierarchy 

     * @post the whole tree hierarchy is now known, transfer identifier available for read and write methods

     * @note v_feedIdArray may be typed vector<vector<int> > in the future to better describe the case of

     *       of focal plane arrays when used with interferometers

     */     

    BaselinesSet( std::vector<asdm::Tag>  v_antennaIdArray, 

          std::vector<int>  v_feedIdArray,

          std::vector<int>  v_phasedArrayList,

          std::vector<bool> v_antennaUsedArray, 

          DataDescriptionsSet& dataDescriptionsSet

          );

​

    /** Copy constructor */

    BaselinesSet(const BaselinesSet &);

​

    /** Destructor (use the default implementation) */

    ~BaselinesSet();

​

    /** Transfer identifier for a given node in the tree hierarchy for auto-correlation data

     *  Transfer identifier for a given node in the tree hierarchy for auto-correlation data

     *  @pre WARNING: if the use-case is CROSS_AND_AUTO and the current index ndd corresponds

     *       to the case when crossDataDescriptionId is not associated to an autoDataDescriptionId,

     *       i.e. when v_pairDataDescriptionId[ndd]==false, it is an error to invoke this method. 

     *       This situation is met with DSB front-ends, the sideband separation being possible only 

     *       for the cross data. 

     *  @param  na   Index of the antenna

     *  @param  ndd  Index of the dataDescription

     *  @param  nbin Index for the step in a switchCycle (nbin=0 if no switchCycle mode used)

     *  @return A position (counted in number of PDT values) in the container of auto-correlation 

     *          data where the data starts for the selection

     *  @note Note that the APC axis has a size of 1 for the auto-correlations, even when, in the