ld_vegetation_period.h

 
#ifndef  LDNDC_KERNEL_FARMSYSTEM_DYNAMICVEGETATION_H_
#define  LDNDC_KERNEL_FARMSYSTEM_DYNAMICVEGETATION_H_
 
#include  "ld_kernel.h"
#include  "ld_eventqueue.h"
#include  <containers/lvector.h>
#include  <json/cbm_json.h>
#include  "farmsystem/ld_stores.h"
 
namespace ldndc {
 
class source_t;
 
class VegetationPeriod
{
private:
 
   static int nd_vegetation_periods;
 
public:
 
    struct tilling_t
    {
        tilling_t();
        int day_of_application;
        int days_of_application_after_harvest;
        double depth;
    };
 
    struct irrigation_t
    {
        irrigation_t();
        int day_of_application;
        double irrigation_height;
        double fraction_dvs_min_of_application;
        double fraction_dvs_max_of_application;
        double fraction_field_capacity;
        bool is_reservoir;
        std::vector< int > years;
    };
 
    enum event_status_e
    {
        RECEIVABLE,
        APPOINTED,
        INITIALIZED,
        STARTED,
        CONTINUING,
        FINALIZED,
        DONE
    };
    
    struct flooding_t
    {
        flooding_t();
        int start_static;
        int end_static;
        double start_dynamic;
        double end_dynamic;
        double irrigation_height;
        double watertable;
        double bundheight;
        double percolation_rate;
        bool drainage;
        bool unlimited_water;
        double saturation_level;
        double soil_depth;
        event_status_e status;
    };
 
    struct fertilizer_t
    {
        fertilizer_t();
        int day_of_application;
        int days_of_application_after_harvest;
        double fraction_dvs_min_of_application;
        double fraction_dvs_max_of_application;
        double fraction_field_capacity;
        cbm::string_t name;
        double c_amount;
        double n_amount;
        double depth;
        double ni_amount;
        double ui_amount;
        int store_id;
        cbm::string_t water_management;
        double irrigation_height;
        std::vector< int > years;
        event_status_e status;
    };
 
    struct planting_t
    {
        int day_of_application;
        cbm::string_t name;
        cbm::string_t type_base;
        cbm::string_t type_extension;
        cbm::string_t group;
        inline cbm::string_t plant_type() { return type_base + type_extension; };
        inline cbm::string_t plant_name() { return name; };
        double initialbiomass;
        bool covercrop;
        cbm::string_t method;
        double height;
        double remains_relative;
        bool mulching;
        int days_to_maturity;
        int days_to_earliest_harvest;
        int days_to_latest_harvest;
        int days_on_field_after_maturity;
        int gdd_min;
        int gdd_max;
 
        double residues_return_percentage;
        cbm::string_t residues_return_schedule;
        int residues_store_id;
 
        std::vector< int > years;
    };
 
    struct cutting_t
    {
        cutting_t();
        int day_of_application;
        double remains_absolute;
        double height;
        double export_fruit;
        double export_foliage;
        double export_living_structural_tissue;
        double export_dead_structural_tissue;
        double export_root;
    };
 
public:
 
    VegetationPeriod(
                 std::vector< int > const &,
                 size_t /* day of year of start */,
                 planting_t /* planting event */,
                 std::vector< tilling_t > const & /* tilling events */,
                 std::vector< fertilizer_t > const & /* fertilization events */,
                 std::vector< fertilizer_t > const & /* manure events */,
                 double /* irrigation reservoir */,
                 std::vector< irrigation_t > const & /* irrigation events */,
                 std::vector< flooding_t > const & /* flooding events */,
                 std::vector< cutting_t > const & /* cutting events */,
                 size_t /* dynamic parametrization */);
 
    ~VegetationPeriod();
 
    /* considered years for vegetation period */
    std::vector< int > years;

    size_t start;
 
    planting_t planting_event;
 
    std::vector< tilling_t > tilling_events;
    std::vector< irrigation_t > irrigation_events;
    std::vector< flooding_t > flooding_events;
    std::vector< fertilizer_t > fertilization_events;
    std::vector< fertilizer_t > manure_events;
    std::vector< cutting_t > cutting_events;
 
    /* */
    long long int seconds_at_field_preparation;
    int shorten_vegetation_period;
 
    /* simulation time in seconds at planting event */
    long long int seconds_at_planting;
 
    /* simulation time in second at maturity */
    long long int seconds_at_maturity;
 
    /* simulation time in second at maturity */
    long long int seconds_at_harvest;
 
    double gdd_at_anticipated_maturity;
 
    double gdd_target;
    bool harvested;
    bool residues_collected;
 
    size_t executed_tilling_events;
    
    double irrigation_reservoir;
    double irrigation_reservoir_withdrawal;
    
    size_t dynamic_parametrization;
 
    int id_vegetation_period;
    
public:
 
    int inline id(){ return id_vegetation_period; };
 
    inline bool not_initialized(){ return (seconds_at_field_preparation < 0); };
 
    lerr_t
    initialize( cbm::RunLevelArgs *);
 
    lerr_t
    assign_tilling_event( tilling_t*,
                          int /* current day */,
                          cbm::sclock_t const * /* clock */,
                          bool _pop = true);
 
    lerr_t
    assign_irrigation_event( irrigation_t*,
                             int /* current day */,
                             double /* maturity_status */,
                             double /* soil water content */,
                             double /* field capacity */,
                             bool _pop = true);
 
    lerr_t
    assign_flooding_event( std::vector< VegetationPeriod::flooding_t > &,
                           int /* current day */,
                           double /* maturity status */,
                           bool _pop = true);
 
    lerr_t
    assign_fertilization_event( fertilizer_t*,
                                size_t /* current day */,
                                size_t /* current year */,
                                double /* maturity status */,
                                double /* surface water */,
                                double /* soil water content */,
                                double /* field capacity */,
                                bool _pop = true);
 
    lerr_t
    assign_manuring_event( fertilizer_t*,
                           int /* current day */,
                           int /* current year */,
                           cbm::sclock_t const * /* clock */,
                           double /* maturity status */,
                           double /* surface water */,
                           double /* soil water content */,
                           double /* field capacity */,
                           double /* field size */,
                           std::vector< Store* > _stores,
                           bool _pop = true);
 
    lerr_t
    assign_cutting_event( cutting_t*,
                          int /* current day */,
                          bool _pop = true);
 
    lerr_t
    assign_planting_event( planting_t*,
                           int /* current day */,
                           long long int /* current second */);
 
    lerr_t
    assign_harvest_event( planting_t*,
                          int * /* vegetation period id */,
                          double * /* target of growing degree days for harvest */,
                          cbm::sclock_t const * /* clock */,
                          double /* growing degree days */,
                          double /* maturity status */);
 
    lerr_t
    collect_residues( cbm::RunLevelArgs *,
                      Store * /* carbon */,
                      source_t * /* source */);
 
    /* returns days calculated from seconds */
    size_t
    days_since( long long int /* seconds */,
                cbm::sclock_t const * /* clock */);
};
 
 
} /* namespace ldndc */
 
#endif /* !LDNDC_KERNEL_FARMSYSTEM_DYNAMICVEGETATION_H_ */