LMA_Core.h

 
#ifndef _LMA_CORE_H
#define _LMA_CORE_H
 
#include "LMA_Port.h"



void LMA_Init(LMA_Config *const p_config_arg);

void LMA_Deinit(void);

void LMA_PhaseRegister(LMA_Phase *const p_phase);

void LMA_NeutralRegister(LMA_Phase *const p_phase, LMA_Neutral *const p_neutral);

void LMA_ComputationHookRegister(LMA_Phase *const p_phase, float (*comp_hook)(float *i, float *v, float *f));

void LMA_GlobalLoadCalibration(const LMA_GlobalCalibration *const p_calib);

void LMA_PhaseLoadCalibration(LMA_Phase *const p_phase, const LMA_PhaseCalibration *const p_calib);

void LMA_NeutralLoadCalibration(LMA_Neutral *const p_neutral, const LMA_NeutralCalibration *const p_calib);

void LMA_Start(void);

void LMA_Stop(void);

void LMA_PhaseCalibrate(LMA_PhaseCalibArgs *const calib_args);

void LMA_GlobalCalibrate(LMA_GlobalCalibArgs *const calib_args);

void LMA_EnergySet(LMA_SystemEnergy *const p_energy);

void LMA_EnergyGet(LMA_SystemEnergy *const p_energy);

LMA_Status LMA_StatusGet(const LMA_Phase *const p_phase);



void LMA_MeasurementsGet(LMA_Phase *const p_phase, LMA_Measurements *const p_measurements);

void LMA_ConsumptionDataGet(const LMA_SystemEnergy *const p_se, LMA_ConsumptionData *const p_ec);

bool LMA_MeasurementsReady(LMA_Phase *const p_phase);




void LMA_CB_ADC(void);

void LMA_CB_TMR(void);

void LMA_CB_RTC(void);

 
#endif /* _LMA_CORE_H */