CurrentMonitor.cpp

#include "CurrentMonitor.h"

CurrentMonitor::CurrentMonitor(int8_t  bus_number = 1, int8_t device_address = 0b01000000) : I2C( bus_number, device_address)
{
    bit_15_8_conf = 0b00000100;
    bit_7_0_conf = 0b00011111;
    bit_15_8_calib = 0b00100000;
    bit_7_0_calib = 0b00000000;
} 

CurrentMonitor::~CurrentMonitor(){}


void CurrentMonitor::define_setup()
{
    this->configure(); 
    this->calibrate();
}

void CurrentMonitor::configure()
{
    write_buffer(config_register, bit_15_8_conf, bit_7_0_conf);
}

void CurrentMonitor::calibrate()
{
    write_buffer(calib_register, bit_15_8_calib, bit_7_0_calib);
}

void CurrentMonitor::read_current(uint16_t *current_counts)
{
    read_buffer(0b00000100, current_counts);
//    printf("Values: HEX 0x%02x\n  or  %i mA \n",*current_counts, (*current_counts)/20);
}

void CurrentMonitor::read_BusVoltage_mV(int *BusVoltage_mV)
{
	uint16_t temp;
    read_buffer(0x02, &temp);
	*BusVoltage_mV= (temp >> 3) * 4;
}

void CurrentMonitor::convert_to_amp(uint16_t* current_counts, float* value)
{
 //printf("Sorry! Convertion to volts is not finished! It works only for the default bits configuration. Fot others it's nessacery convert by yourself based on manual. You need to count LSB value for your configuration");
 *value = (*current_counts)/20;
}

void CurrentMonitor::set_config_bits(uint16_t config_bits)
{
    bit_15_8_conf = (config_bits >> 8);
    bit_7_0_conf = config_bits & 0xff;
}

void CurrentMonitor::set_config_bits(uint8_t bit_7_0_conf,uint8_t bit_15_8_conf)
{
    bit_15_8_conf = bit_15_8_conf;
    bit_7_0_conf = bit_7_0_conf;
}

void CurrentMonitor::set_calib_bits(uint16_t calib_bits)
{
    
    bit_15_8_calib = (calib_bits >> 8);
    bit_7_0_calib = calib_bits & 0xff;
}

void CurrentMonitor::set_calib_bits(uint8_t bit_7_0_calib,uint8_t bit_15_8_calib)
{
    
    bit_15_8_calib = bit_15_8_calib;
    bit_7_0_calib = bit_7_0_calib;
}