#ifndef __CTN_CAL_H
#define __CTN_CAL_H

#include "plt.h"

enum ctn_cal_err_t{
    CTN_CALERR_NONE = 0,

    CTN_CALERR_LAUNCH_GET_DATA_LINE_NBR = 1,
    CTN_CALERR_LAUNCH_GET_RECORD_DATA_ERR = 2,
    CTN_CALERR_LAUNCH_GET_CYCLE = 3,
    CTN_CALERR_LAUNCH_INSERT_ONE_LINR_DATA = 4,
    CTN_CALERR_RUN_UPDATE_SOC = 5,
};

struct ctn_cal_soc_t{
	double a1_chg;
	double b1_chg;
    double a2_chg;
	double b2_chg;
    
	double a1_dhg;
	double b1_dhg;
    double a2_dhg;
	double b2_dhg;

    double extre_p;
	
	double soc_base;
	double soc;
	
	double dhg_energy_basic;
	double dhg_energy_p;
	double dhg_energy_pr;
	double meter_neg_energy_base;
	
	double chg_energy_basic;
	double chg_energy_p;
	double chg_energy_pr;
	double meter_pos_energy_base;
	
	double last_p;
	int last_ctn_state;

    long long ts_last;
};
struct ctn_cal_t{

    struct ctn_cal_soc_t cal_soc;

    double cycle;

    int meter_model;
    char szmeter_model[20];
    int meter_idx;

    sqlite3* db;

    int cmd;
    struct statemachine_t sm;

    double meter_neg_energy_last;
    double soh;
};

int ctn_cal_init();
int ctn_cal_get_tool_data(char* buf);
int ctn_cal_set_cmd(int cmd);
int ctn_cal_get_cmd( void );
int ctn_cal_get_tb_data(char* data);
int ctn_cal_get_state( void );
int ctn_cal_set_soc(double soc);

int ctn_cal_set_cycle(double soc);
int ctn_cal_set_chg_param(double a1_chg,double b1_chg,double a2_chg,double b2_chg);
int ctn_cal_set_dhg_param(double a1_dhg,double b1_dhg,double a2_dhg,double b2_dhg);
int ctn_cal_set_soh(double soh);

int ctn_cat_get_soc(void);
int ctn_cal_get_cycle(void);
#endif