bbParaCalculationStateTh.h

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/* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * */
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/*                    UG --- Ubquity Generator Framework                     */
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/*  Copyright Written by Yuji Shinano <shinano@zib.de>,                      */
/*            Copyright (C) 2021 by Zuse Institute Berlin,                   */
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/**@file    paraCalculationStateTh.h
 * @brief   CalcutationStte object extension for threads communication
 * @author  Yuji Shinano
 *
 *
 *
 */

/*---+----1----+----2----+----3----+----4----+----5----+----6----+----7----+----8----+----9----+----0----+----1----+----2*/


#ifndef __BB_PARA_CALCULATION_STATE_TH_H__
#define __BB_PARA_CALCULATION_STATE_TH_H__

#include "bbParaCalculationState.h"

namespace UG
{

///
/// Calculation state object for thread communications
///
class BbParaCalculationStateTh : public BbParaCalculationState
{

   ///
   /// create thread object datatype of this object
   /// @return thread object dataypte of this object
   ///
   BbParaCalculationStateTh* createDatatype(
         );

public:

   ///
   /// default constructor of this object
   ///
   BbParaCalculationStateTh(
         )
   {
   }

   ///
   /// constructor of this object
   ///
   BbParaCalculationStateTh(
         double inCompTime,                   ///< computation time of this ParaNode
         double inRootTime,                   ///< computation time of the root node
         int    inNSolved,                    ///< the number of nodes solved
         int    inNSent,                      ///< the number of ParaNodes sent
         int    inNImprovedIncumbent,         ///< the number of improved solution generated in this ParaSolver
         int    inTerminationState,           ///< indicate whether if this computation is terminationState or not. 0: no, 1: terminationState
         int    inNSolvedWithNoPreprocesses,  ///< number of nodes solved when it is solved with no preprocesses
         int    inNSimplexIterRoot,           ///< number of simplex iteration at root node
         double inAverageSimplexIter,         ///< average number of simplex iteration except root node
         int    inNTransferredLocalCuts,      ///< number of local cuts transferred from a ParaNode
         int    inMinTransferredLocalCuts,    ///< minimum number of local cuts transferred from a ParaNode
         int    inMaxTransferredLocalCuts,    ///< maximum number of local cuts transferred from a ParaNode
         int    inNTransferredBendersCuts,    ///< number of benders cuts transferred from a ParaNode
         int    inMinTransferredBendersCuts,  ///< minimum number of benders cuts transferred from a ParaNode
         int    inMaxTransferredBendersCuts,  ///< maximum number of benders cuts transferred from a ParaNode
         int    inNRestarts,                  ///< number of restarts
         double inMinIisum,                   ///< minimum sum of integer infeasibility
         double inMaxIisum,                   ///< maximum sum of integer infeasibility
         int    inMinNii,                     ///< minimum number of integer infeasibility
         int    inMaxNii,                     ///< maximum number of integer infeasibility
         double inDualBound,                  ///< final dual Bound value
         int    inNSelfSplitNodesLeft         ///< number of self-split nodes left
         )
         : BbParaCalculationState(inCompTime,inRootTime, inNSolved, inNSent,inNImprovedIncumbent,inTerminationState,inNSolvedWithNoPreprocesses,
               inNSimplexIterRoot, inAverageSimplexIter,
               inNTransferredLocalCuts, inMinTransferredLocalCuts, inMaxTransferredLocalCuts,
               inNTransferredBendersCuts, inMinTransferredBendersCuts, inMaxTransferredBendersCuts,
               inNRestarts, inMinIisum, inMaxIisum, inMinNii, inMaxNii, inDualBound, inNSelfSplitNodesLeft)
   {
   }

   ///
   /// destructor of this object
   ///
   ~BbParaCalculationStateTh(
         )
   {
   }

   ///
   /// send this object to destination
   ///
   void send(
         ParaComm *comm,     ///< communicator used to send this object
         int destination,    ///< destination rank to send
         int tag             ///< tag to show this object
         );

   ///
   /// receive this object from source
   ///
   void receive(
         ParaComm *comm,     ///< communicator used to receive this object
         int source,         ///< source rank to receive this object
         int tag             ///< tag to show this object
         );

};

}

#endif // __BB_PARA_CALCULATION_STATE_TH_H__