PopulationCluster.h

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//------------------------------------------------------------------------------
//
//  Thomas Berger (main author), Pepijn Schreinemachers, and Thorsten Arnold
//
//
//  Hohenheim University (490d)
//  Professorship for Land Use Economics in the Tropics and Subtropics
//
//  May not be distributed without permission by main author
//
//  File:       PopulationCluster.h (formerly cluster.h)
//
//  Contents:   Population cluster class, containing the information for
//              Monte Carlo assignment of assets
//
//
//------------------------------------------------------------------------------



#ifndef _PopulationCluster_h
#define _PopulationCluster_h


#include "AgentFarmHousehold.h"
#include "PopulationNetworkSegment.h"
#include "MatrixDouble.h"

typedef struct
{  int career; //career path (i.e. object ID)
   int sex;
   int ageLow;
   int ageUpp;
} sexAgeGroup;


class cluster
{  protected:
   int popID;        //Population ID
   int cluID;        //Cluster ID
   int cluNumAg;     //Number of agents in cluster
   int actNumAg;     //Number of actually generated agents

   int numGroups;    //number of sex age groups in cluster
   sexAgeGroup* SAgroups;//pointer to sex and age groups
   MatrixDouble SAlotto;   //Matrix for random assignment of household members
   MatrixDouble lotto;     //info for random assignments of investment goods
   int startC;       //first column containing lottery information

   MatrixDouble fCosts;    //Matrix of size-specific fix costs ("Gemeinkosten")

   MatrixDouble distrib;   //Matrix containing results of random data generation
   int addInfoR;     //additional rows in MatrixDouble
   int addInfoC;     //additional rows in MatrixDouble
   int lastRow;      //last row entry in 'distrib'

   char filename[MXLENGTH];//Inputfile
   FILE* stream;     //Datenstrom

        public:
        cluster(int, int, char*);//Parameter: Pop, Cluster ID, Name of inputfile

   /* TODO 5 -oBerger -cQuestion */
   //Warning from pedantic: virtual functions but not a virtual destructor, so why
   //did you erase virtual?
   
        //ARNOLD: virtual erased
        virtual ~cluster()
        {  lotto.deallokieren();//previously freed by c_liste::lotto_deallokieren()
           distrib.deallokieren();
      SAlotto.deallokieren();
      fCosts.deallokieren();
      delete [] SAgroups;
        }

   cluster* nextCluster;
   virtual void setNextPtr (cluster*);
   virtual cluster* getNext();

   virtual void readClusterInput();
   virtual void writeClusterInput(char*);

   virtual int getCluNum();
   virtual int getNumAgents();
   virtual int getActAgents();
   virtual void incrNumAgents();
   virtual void makeConsistent();

   //returns farm fix costs
   virtual double getFarmFixCosts(double totHa, double irrHa);

   //member functions being called from "betrieb_ausstatten()"
   virtual int getRowInLotto(int);

   //Parameters: lotto MatrixDouble, row index, column index, number of stages
        virtual double makeLottery(const MatrixDouble& lotto, int row, int = 0, int = STAGES);

        virtual void adjustAssetStructure(agentF*);//"Verm�ensstruktur"
        virtual void adjustVintage(agentF*, segment*, int, int, double, int,
                                 double, double);
   virtual void adjustAsynchr(agentF*, segment*, double);

   virtual void deallocateLotto();
        virtual void printToScreen();
   virtual void writeLottoInFile(char*);
};


#endif

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