sac_planning.h

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/*
 * 
 * sac_planning.h
 *
 * Planning of the Simulatively Added Components (to the control units)
 *
 * This file contains all code required for the planning of which
 * simulatively added components are added to which control unit.
 *
 * */
 
#ifndef SAC_PLANNING_H
#define SAC_PLANNING_H
 
#include <string>
#include <vector>
 
#include "units.h"
 
namespace expansion {
 
    //
    // General information about the expansion matrix is defined here
    //
    // There are two different ways in which a expansion is defined
    //  1. as the index it appears in the 
    const int MaskNothing = 0b0000;
    const int MaskPV      = 0b0001;
    const int MaskBS      = 0b0010;
    const int MaskHP      = 0b0100;
    const int MaskWB      = 0b1000;
 
    inline double final_cumsum_of_added_pv_kWp; 
    inline double final_cumsum_of_added_bs_kWh; 
    inline double final_cumsum_of_added_bs_kW;  
    inline ulong final_count_of_added_hps;      
    inline ulong final_count_of_added_evchsts;  
    inline ulong final_count_of_added_evs;      
 
    int expCombiMatrixOrderToBitRepr(int indexMatO);
    int expCombiBitReprToMatrixOrder(int bitRepr);
    int genExpCombiAsBitRepr(bool has_pv, bool has_bs, bool has_hp, bool bas_wb);
    bool isExpCombiPossible(int current_scenario_number, int b);
    std::string expCombiMatrixOrderToString(int indexMatO); 
 
    bool load_expansion_matrix(float expansion_matrix[16][16]);
    bool verify_expansion_matrix(float expansion_matrix[16][16]);
    void add_expansion_to_units(float expansion_matrix_rel_freq[16][16],
                                unsigned long expansion_matrix_abs_freq[16][16]);
}
 
 
 
 
#endif