AgentLandOwner.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:       AgentLandOwner.h (formerly agentL.h)
//
//  Contents:   Header of non-agricultural landowner class that is derived
//              from the basic class "agent"
//
//
//------------------------------------------------------------------------------


#ifndef _AgentLandOwner_h
#define _AgentLandOwner_h


#include "Agent.h"
#include "AgentParcelList.h"


class agentL : public agent
{  protected:

        int farbe;               //color of plots in maps (max. 56 colors)

        int fl_anzahl;        //total number of parcels
   int* parzellen;      //pointer to parcels of different soil types

        p_liste bflaech;     //list of own parcels
   MatrixDouble wr;           //water rights

        double* erw_N_i;     // expected net water delivery
        double* N_i;         // real net water delivery
        double* erw_Ext_i;   // expected additional water delivery
        double* Ext_i;       // real additional water delivery
   double* WPa_i;       // monthly net water rented

   double pacht;        //rental payment

   public:

   //Constructor
   agentL(int agid, int scid, int skid, int numP);

   //Destructor
        virtual ~agentL()
        {  delete [] parzellen;
      wr.deallokieren();

      /* TODO 1 -oBerger -cNote : switch for hydrology module */
      if(typeHydroNull != HYDRO_MDL() )
      {  delete [] erw_N_i;
         delete [] N_i;
         delete [] erw_Ext_i;
         delete [] Ext_i;
         delete [] WPa_i;
      }
        }

   //Member functions
   virtual int get_farbe();
   virtual void set_farbe(int clr56);

   virtual int getNumberOfParcels();
   virtual void setNumberOfParcels(int numP);
   virtual int checkNumPlots();
   virtual int get_parzellen(int sType);
   virtual void set_parzellen(int sType, int numP);

   virtual void set_bflaech_verpachtet(int r, int c);
   virtual void make_bflaech(int c, int r, int typ, int fst, double dst);
   virtual int get_bflaech_anzahl();
   virtual void bflaechen_printOnScreen();
   virtual void bflaech_einfuegen(parzelle*);
   virtual int getNumPlotsInClass(int sClass);

   virtual double get_N_i(int month);
   virtual double get_WPa_i(int month);
   virtual void set_WPa_i(int month, double vol);
        virtual void waterrights_eintragen(int srcID, double share);
   virtual void hole_durchs_waterrights(w_rechte*);
        virtual void waterrights_austragen(w_rechte*);
        virtual void printOnScreenWaterRights();

        virtual double receiveNetInflows(int month, int = true);//Flag (save sector values yes/no) //renamed from <N_berechnen>
   virtual double receivePlantWaterDemandsSatisfied(int month);

   virtual void makeVirtualWaterExpectation();
   virtual void ausserldw_angebote();

   virtual void writeAgtIdEntry(FILE* stream);
   virtual void writeAgtWaterData(int month);
};


#endif

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