GDResignationMaterials/485-breaker-sensor/util/hlw8110.h

#ifndef HLW8110_H
#define HLW8110_H

#include <stdint.h>

#define CONST_2_23 8388608
#define CONST_2_22 4194304
#define CONST_2_31 2147483648
#define CONST_F 3579545

#define HLW_REG_SYSCON 0x00
#define HLW_REG_EMUCON 0x01
#define HLW_REG_EMUCON2 0x13
#define HLW_REG_HFConst 0x02
#define HLW_REG_PstartPA 0x03
#define HLW_REG_PstartPB 0x60
#define HLW_REG_PAGain 0x05
#define HLW_REG_PBGain 0x06
#define HLW_REG_PSGain 0x11
#define HLW_REG_PhaseA 0x07
#define HLW_REG_PhaseB 0x08
#define HLW_REG_PAOS 0x0a
#define HLW_REG_PBOS 0x0b
#define HLW_REG_PSOS 0x12
#define HLW_REG_RmsIAOS 0x0e
#define HLW_REG_RmsIBOS 0x0f
#define HLW_REG_IBGain 0x10
#define HLW_REG_DCIA 0x14
#define HLW_REG_DCIB 0x15
#define HLW_REG_DCU 0x16
#define HLW_REG_SAGCYC 0x17
#define HLW_REG_SYSLVL 0x18
#define HLW_REG_OVLVL 0x19
#define HLW_REG_OIALVL 0x1a
#define HLW_REG_OIBLVL 0x1b
#define HLW_REG_OPLVL 0x1c

#define HLW_REG_PFCnt_PA 0x20
#define HLW_REG_PFCnt_PB 0x21
#define HLW_REG_Angle 0x22
#define HLW_REG_Ufreq 0x23
#define HLW_REG_RmsIA 0x24
#define HLW_REG_RmsIB 0x25
#define HLW_REG_RmsU 0x26
#define HLW_REG_PF 0x27
#define HLW_REG_E_PA 0x28
#define HLW_REG_E_PB 0x29
#define HLW_REG_PowerA 0x2c
#define HLW_REG_PowerB 0x2d
#define HLW_REG_PowerS 0x2e
#define HLW_REG_EMUStatus 0x2f
#define HLW_REG_PeakIA 0x30
#define HLW_REG_PeakIB 0x31
#define HLW_REG_PeakU 0x32
#define HLW_REG_InstanIA 0x33
#define HLW_REG_InstanIB 0x34
#define HLW_REG_InstanU 0x35
#define HLW_REG_InstanP 0x3c
#define HLW_REG_InstanS 0x3d
#define HLW_REG_WaveIA 0x36
#define HLW_REG_WaveIB 0x37
#define HLW_REG_WaveU 0x38
#define HLW_REG_IE 0x40
#define HLW_REG_IF 0x41
#define HLW_REG_RIF 0x42
#define HLW_REG_SysStatus 0x43

#define HLW_REG_RmsIAC 0x70
#define HLW_REG_RmsIBC 0x71
#define HLW_REG_RmsUC 0x72
#define HLW_REG_PowerPAC 0x73
#define HLW_REG_PowerPBC 0x74
#define HLW_REG_PowerSC 0x75
#define HLW_REG_EnergyAC 0x76
#define HLW_REG_EnergyBC 0x77

typedef struct _HLW
{
    uint16_t u;
    uint16_t i;
    uint16_t pf;
    uint16_t f;
    uint16_t c;

    int32_t RMSU;
    uint16_t RMSUC;
    int32_t RMSIA;
    uint16_t RMSIAC;
    int32_t RMSIB;
    uint16_t RMSIBC;
    uint16_t UF;

    uint32_t t_v1;
    uint32_t t_v2;
    uint32_t t_i1;
    uint32_t t_i2;
    uint32_t t_f;
    uint32_t t_p;
    uint32_t t_pf;
    uint32_t t_c;
    int32_t RMSU_v1;
    int32_t RMSIA_i1;
	
	float KU;
    uint16_t DU;
    float KIA;
    uint16_t DIA;
    float KF;
	
} HLW;

typedef void (*HLW8110_TRANS_FUN)(uint8_t *, uint32_t);

void hlw8110_set_trans_fun(HLW8110_TRANS_FUN fun);
void hlw8110_read(uint8_t reg);
void hlw8110_write(uint8_t reg, uint8_t *data, uint8_t len);

void hlw8110_enable_write();
void hlw8110_disable_write();
void hlw8110_set_channel_A();
void hlw8110_set_channel_B();
void hlw8110_reset();

void hlw8110_ac_config();

uint8_t hlw8110_unpack_UF(HLW *hlw, uint8_t *data, uint32_t len);
uint8_t hlw8110_unpack_RMSU(HLW *hlw, uint8_t *data, uint32_t len);
uint8_t hlw8110_unpack_RMSUC(HLW *hlw, uint8_t *data, uint32_t len);
uint8_t hlw8110_unpack_RMSIA(HLW *hlw, uint8_t *data, uint32_t len);
uint8_t hlw8110_unpack_RMSIAC(HLW *hlw, uint8_t *data, uint32_t len);
uint8_t hlw8110_unpack_RMSIB(HLW *hlw, uint8_t *data, uint32_t len);
uint8_t hlw8110_unpack_RMSIBC(HLW *hlw, uint8_t *data, uint32_t len);

void hlw8110_read_UF();
void hlw8110_read_RMSU();
void hlw8110_read_RMSUC();
void hlw8110_read_RMSIA();
void hlw8110_read_RMSIAC();
void hlw8110_read_RMSIB();
void hlw8110_read_RMSIBC();

void hlw8110_cal(HLW *hlw);

void hlw8110_cal_v1(HLW *hlw, uint32_t t);
void hlw8110_cal_v2(HLW *hlw, uint32_t t);
void hlw8110_cal_i1(HLW *hlw, uint32_t t);
void hlw8110_cal_i2(HLW *hlw, uint32_t t);
void hlw8110_cal_f(HLW *hlw, uint32_t t);

#endif