PesticideToxicity.h

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//
// PesticideToxicity.h
//
/*
*******************************************************************************************************
Copyright (c) 2023, Xiaodong Duan
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*/
 
#ifndef PesticideToxicityH
#define PesticideToxicityH
#include <numeric>
class TAnimal;
 
class PesticideStore
{
    protected:
    std::vector<double> m_pest_amount_vec;
    static Landscape* m_ALandscape;
 
    public:
    PesticideStore();
    void addPesticide(double eating_amount, double amount_per_square, double (Landscape::*a_supply_pest_func_pointer)(int, int, PlantProtectionProducts), int loc_x, int loc_y);
    void addPesticide(double a_mount, PlantProtectionProducts a_type) {m_pest_amount_vec[a_type] += a_mount;}
    virtual void reset(void);
    std::vector<double>* supplyPesticide(void) {return &m_pest_amount_vec;}
    double supplyPesticide(PlantProtectionProducts a_type) {return(m_pest_amount_vec[a_type]);}
    double supplyTotalPesticide(void) {return std::accumulate(m_pest_amount_vec.begin(), m_pest_amount_vec.end(), 0.0);}
    void doDecay(void);
    virtual void tick(int a_step_counter_in_a_day);
    static void setLandscapePointer(Landscape* a_landscape) {m_ALandscape = a_landscape;}
};
 
class PesticideToxicity : public PesticideStore
{
    private:
    
    TAnimal* m_my_animal_host;
    double m_total_pest_sum;
    double m_pest_hazard;
    void (PesticideToxicity::*m_toxicity_func_pointer)(double, double);
    void (PesticideToxicity::*m_decay_func_pointer)(void);
    double m_my_animal_mortality;
    int m_location_previous_x;
    int m_location_previous_y;
 
    public:
    PesticideToxicity();
    void doToxicity(double a_mass, double a_para_index);
    void setToxicityFuncPointer(void (PesticideToxicity::*a_toxicity_func) (double, double)) {m_toxicity_func_pointer = a_toxicity_func;}
    void setDecayFuncPointer(void (PesticideToxicity::*a_decay_func) (void)) {m_decay_func_pointer = a_decay_func;}
    void doOverspray(void);
    void doContact(void);
    virtual void tick(int a_step_counter_in_a_day, double a_mass=1, double a_para_index=0);
    std::vector<double> supplyPesticideVector(void) { return m_pest_amount_vec; }
    void SetPesticideVector(std::vector<double> a_pest_amount_vec) { m_pest_amount_vec = a_pest_amount_vec;}
    double supplyPesticide(PlantProtectionProducts a_type=ppp_1) {return m_pest_amount_vec[a_type];}
    double supplyPestMortality(void) {return m_my_animal_mortality;}
    void setHostAnimalPointer(TAnimal* animal){m_my_animal_host = animal;}
    virtual void reset(void);
    void eatingFromStorePest(PesticideStore* a_store, double a_eating_amount, double a_total_amount);
    double GetTotalPest(void) {return m_total_pest_sum;}
};
 
#endif //end PesticideToxicityH