Pixel.h

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 *   Copyright (C) 2015 by Laboratoire d'Economie Forestière               *
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#ifndef PIXELS_H
#define PIXELS_H

#include <string>
#include <vector>
#include <stdexcept>
#include <iostream>
#include <sstream>

//#include <Eigen/Dense>

// regmas headers...
#include "BaseClass.h"
#include "ModelData.h"

class Gis;        //forward declaration

//using namespace Eigen;

/// Pixel-level class

/**
This class manage the info at the pixel level. A vector of pixel objects is owned by the class Gis.
@author Antonello Lobianco
*/
class Pixel: public BaseClass{
  
public:
                      Pixel(double ID_h, ThreadManager* MTHREAD_h);
                     ~Pixel();

  /// Return the value for a specific layer
  double              getDoubleValue (const string& layerName_h, const  bool& returnZeroForNoValue = false) const;
  double              getDoubleValue (const string& parName, const string& forName, const string& dClass, const int& year, const  bool& returnZeroForNoValue = false);
  double              getMultiplier (const string& multiplierName, const string& forName, int year=DATA_NOW);
  double              getPathMortality(const string& forType, const string& dC, int year=DATA_NOW);                ///< Return the INCREASED mortality due to pathogen presence for a given ft and dc in a certain year (default the running year)
  void                correctInputMultiplier (const string& multiplierName, const string& forName, double coefficient=1); ///< It apply a given coefficient to all the multipliers layers of a given ft
  void                newYear();
  double              getPastRegArea(const int& ft_idx, const int& year);
  void                setPastRegArea(const double& value, const int& ft_idx, const int& year);
  ModelRegion*        getMyRegion(const int& rLevel = 2);
  double              getSTData(const string& parName, const string& forName, int year, const string& d2 ="", double naToReturn = RETNA); // Get spatio-temporal data from layers whose name follows a given pattern


  // space..
  double              getID() const {return ID;}  ;
  int                 getX() const {return pxX;} ;
  int                 getY() const {return pxY;};
  /// Return a vector of pixels at the specified distance (in levels, not in physical units)
  vector <Pixel *>    getPixelsAtDistLevel (int distLevel_h) const;

  string              getPxComments() const {return pxComments;};
  double              getCachedDouble() const {return cachedDouble;};


  /// Insert a new layer and its value
  void                setValue ( const string& layerName_h, const double& value_h ){values.insert(pair<string, double>(layerName_h, value_h));}
  //inline void         setValue ( const string& parName, const string& forName, const string& dClass, const int& year, const double& value_h); // never used ???
  /// Change the value of an existing layerMTHREAD->GIS->pack(parName, forName, dClass, year), value_h,
  void                changeValue (const string& layerName_h, const double& value_h, const bool& setNoValueForZero=false );
  //void                changeValue (const double& value_h, const string& parName, const string& forName, const string& dClass, const int& year, const bool& setNoValueForZero=false);
  void                setCoordinates ( int x_h, int y_h ) {pxX=x_h; pxY=y_h;};
  void                setPxComments ( std::string pxComments_h ) {pxComments = pxComments_h;};
  void                setCachedDouble(double cachedDouble_h){cachedDouble=cachedDouble_h;};
  void                clearCache(){cachedDouble=0;};
  void                setSpModifier(const double& value, const int& ftindex){spMods.at(ftindex)=value;};
  double              getSpModifier(const string& ft);
  void                swap(const int &swap_what); ///< Assign to the delayed value the current values, e.g. vol_l = vol
  void                setMyRegion(ModelRegion* region_h){l2region = region_h;};

  // matrices of (ft,dc)
  /*MatrixXd                                   vol;
  MatrixXd                                  area;
  MatrixXd                               regArea;
  MatrixXd                                  hVol;
  MatrixXd                                 vol_l;
  MatrixXd                                area_l;
  MatrixXd                             regArea_l;
  MatrixXd                                hVol_l;
  MatrixXd                                  beta;
  MatrixXd                                  mort;
  MatrixXd                                    tp;
  MatrixXd                                 cumTp;*/

  vector <vector <double> >                  vol; // by ft,dc
  vector <vector <double> >                 area; // by ft,dc
  vector <vector <double> >            deltaArea; // by ft_in + "", ft_out + "" // delta areas, transiction matrix
  vector <double>                 initialDc0Area; // by ft
  vector <vector <double> >                hArea; // by ft, dc  // possibly in ha, but to be check for 100% sure
  vector <vector <double> >                 hVol; // by ft.dc
  vector <vector <double> >        hProductivity; // by ft,dc
  vector < vector <vector <double> > >hVol_byPrd; // by ft, dc, pp
  map <int, vector <double> >            regArea; // by year, ft
  //vector <double>                             in; // by pp
  //vector <double>                             hr; // by pp
  vector <double>                           vReg; // by ft
  vector <vector <double> >                vMort; // by ft,dc
  vector <vector <double> >                vMortAdd; // by ft dc fire mortality
  vector <double>                expectedReturns; // by ft
  vector <int>                             optDc; // The "optimal" diameter class chosen in project evaluation for the regeneration. By ft evaluated (not necessarily those then chosen)
  vector <int>                       optFtChosen; // The ft (index) chosen as optimal in regeneration for each ft in input (harvested)
  vector <int>                       optDcChosen; // The "optimal" diameter class of the ft chosen for regeneration. By ft in input (harvested)
  vector <double>                    expectedAnnualIncome_carbon; //by ft
  vector <double>                    expectedAnnualIncome_timber; // by ft

  vector <double>     expectedReturnsNotCorrByRa; ///< by ft. Attenction, reported expReturns at "forest" level (compared with those at forest type level) do NOT include ra

  vector <vector <double> >                vol_l; ///< store the volumes of the previous year
  vector <vector <double> >               area_l; ///< store the areas of the previous year

  vector <vector <double> >                 beta;
  vector <vector <double> >                 mort;
  vector <vector <double> >                 addMort; // fire mortality
  vector <vector <double> >                   tp;
  vector <vector <double> >                cumTp; ///< This is time of passage to REACH a diameter class (while the exogenous tp by diameter class is the time of passage to LEAVE to the next d class). By ft,dc
  vector <vector <double> >                  vHa; ///< Volume at hectar by each diameter class [m^3/ha]
  vector <vector <double> >             cumAlive; ///< Cumulative prob of remaining alive at beginnin of a given diam class
  vector <vector <double> >            cumTp_exp; ///< This is the **expected** version of cumTp, used for calculating profits
  vector <vector <double> >              vHa_exp; ///< This is the **expected** version of vHa, used for calculating profits
  vector <vector <double> >         cumAlive_exp; ///< This is the **expected** version of cumAlive, used for calculating profits

  // management variables (pixel==agent)
  double                          portfolioVarRa; ///< Sampling derived risk aversion on portfolio variance for of this agent
  double                                 expType; ///< Sampling derived expectation types of this agent (forest bilogical parameters: growth, mortality)
  double                           expTypePrices; ///< Sampling derived expectation types of this agent (prices)
  bool                              usePortfolio; ///< Sampling derived usage of portfolio management (false/true)
  vector <double>                       avalCoef; ///< Availability (of wood resources) coefficient. A [0,1] coefficient (new: by forest type) that reduces avaiability of wood resources to exploitation due to local reasons (protected area, altimetry..)

private:  
  map<string, double>            values;  ///< Map of values for each layer
  mutable map<string, double>::const_iterator vIter; //< Iterator for the map of values
  double                             ID;
  int                               pxX;
  int                               pxY;
  string                     pxComments;
  double                   cachedDouble;  ///< Cachable double used in some optimized algorithms
  vector<double>                 spMods;  ///< The sampled spatial modifiers (by forest type)
  ModelRegion*                 l2region;  ///< Pointer to level 2 region where this pixel is

};

#endif