#ifndef DS_BMP180_H
#define DS_BMP180_H

#include "main.h"

#ifdef STM32G0
#include "stm32g0xx_hal.h"
#endif

#ifdef STM32F0
#include "stm32f0xx_hal.h"
#endif

typedef struct __DS_BMP180_CalibrationType
{
    int16_t AC1;
    int16_t AC2;
    int16_t AC3;
    uint16_t AC4;
    uint16_t AC5;
    uint16_t AC6;

    int16_t B1;
    int16_t B2;

    long B5;

    int16_t MB;
    int16_t MC;
    int16_t MD;

    uint8_t OSS;
} __DS_BMP180_CalibrationType;


typedef struct DS_BMP180
{
    I2C_HandleTypeDef *hi2c;
    uint8_t address;
    __DS_BMP180_CalibrationType Calibration;

} DS_BMP180;

void DS_BMP180_Init(DS_BMP180 *DS_BMP180, I2C_HandleTypeDef *hi2c, uint8_t address);

/// @brief 
/// @param DS_BMP180 
/// @param OversamplingRatio 0 - ultra low power
//// 1 - standard
//// 2 - high resolution
//// 3 - ultra high resolution
void DS_BMP180_StartConversionPressure(DS_BMP180 *DS_BMP180, uint8_t OversamplingRatio);

void DS_BMP180_StartConversionTemperature(DS_BMP180 *DS_BMP180);

/// @brief Temperature in 0.1° Celsius
/// @param DS_BMP180 
/// @return 
long DS_BMP180_GetTemperature(DS_BMP180 *DS_BMP180);

/// @brief Pressure in Pascal
/// @param DS_BMP180 
/// @return Pressure
long DS_BMP180_GetPressure(DS_BMP180 *DS_BMP180);



#endif //DS_BMP180_H