AFTData.hxx

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#ifndef CONICBUNDLE_AFTDATA_HXX
#define CONICBUNDLE_AFTDATA_HXX


#include "BundleData.hxx"

namespace ConicBundle {


class AFTData:public BundleData
{
public:
  //===== variables =====

  //FunctionTask function_task;   ///< see FunctionData::FunctionTask
  //CH_Matrix_Classes::Real function_factor;  ///< >0, interpreted according to function_t //CH_Matrix_Classes::Integer modification_id; ///< increased on any modification applied to the AffineFunctionTransformation  
  CH_Matrix_Classes::Integer aftpoint_id; 
  CH_Matrix_Classes::Integer function_id; 

  //CH_Matrix_Classes::Integer center_ub_mid; ///< modification_id for which center_ub was computed, <0 if not initialized
  //CH_Matrix_Classes::Real center_ub;     ///< (untransformed) upper bound on function value returned for aft_center with aftpoint_id aft_center_id
  //CH_Matrix_Classes::Real center_relprec;     ///< relative precision by which it was computed
  CH_Matrix_Classes::Integer center_ub_fid; 
  CH_Matrix_Classes::Integer center_mid; 
  CH_Matrix_Classes::Integer center_pid; 
  //CH_Matrix_Classes::Integer center_id;  ///< point id of the generating center
  CH_Matrix_Classes::Matrix aft_center; 
  CH_Matrix_Classes::Real center_offset;     

  //CH_Matrix_Classes::Integer cand_ub_mid; ///< modification_id for which cand_ub was computed, <0 if not initialized
  //CH_Matrix_Classes::Real cand_ub;     ///< (untransformed) upper bound on function value returned for aft_cand with aftpoint_id aft_cand_id
  //CH_Matrix_Classes::Real cand_relprec;     ///< relative precision by which it was computed
  CH_Matrix_Classes::Integer cand_ub_fid; 
  CH_Matrix_Classes::Integer cand_mid; 
  CH_Matrix_Classes::Integer cand_pid; 
  //CH_Matrix_Classes::Integer cand_id;  ///< point id of the generating cand
  CH_Matrix_Classes::Matrix aft_cand; 
  CH_Matrix_Classes::Real cand_offset;     


  CH_Matrix_Classes::Integer aggregate_fid; 
  //MinorantPointer aggregate; ///< the aggregate linear minorant of the model (including @a function_factor and @a function_task)
  //CH_Matrix_Classes::Integer aggregate_id;  ///< the aggregate id assigned when computed (but not nec. stored) here, at the same time as aggregate_available is set to true
  bool aggregate_available; 
 

  //===== methods =====
  virtual ~AFTData();

  virtual void clear(CH_Matrix_Classes::Integer start_modification_id=0);  

  AFTData(CH_Matrix_Classes::Integer start_modification_id=0){clear(start_modification_id);}

  virtual int init(const BundleData* bd);

  BundleData* clone() const;
  
  virtual int do_step(CH_Matrix_Classes::Integer point_id);

  virtual int synchronize_ids(CH_Matrix_Classes::Integer& new_center_ub_fid, 
                              CH_Matrix_Classes::Integer new_center_id,
                              CH_Matrix_Classes::Integer old_center_id,
                              CH_Matrix_Classes::Integer& new_cand_ub_fid, 
                              CH_Matrix_Classes::Integer new_cand_id,
                              CH_Matrix_Classes::Integer old_cand_id,
                              CH_Matrix_Classes::Integer& new_aggregate_id,
                              CH_Matrix_Classes::Integer new_prex_id=0);

  virtual bool center_modified(CH_Matrix_Classes::Integer& function_id,
                               CH_Matrix_Classes::Integer center_id);

  virtual bool model_aggregate_modified(CH_Matrix_Classes::Integer last_aggr_id);
  virtual void clear_model(bool discard_minorants_only=false);   

  virtual void clear_aggregates(); 

  // as in BundleData 
  //virtual int call_primal_extender(PrimalExtender&,bool /*include_candidates*/=true){return 1;}

  // as in BundleData
  //virtual int apply_modification(const GroundsetModification&,MinorantExtender* mex){return 1;}

  // as in BundleData
  //virtual int get_approximate_primal(PrimalData& ) const {return 1;}

  // as in BundleData
  //virtual int get_center_primal(PrimalData& ) const {return 1;}

  //as in BundleData
  //virtual int get_candidate_primal(PrimalData& ) const {return 1;}

  //as in BundleData
  //virtual const SumBundle& get_sumbundle() const {return sumbundle;}

};



}

#endif