پروژه Arduino با سنسور SHT35

/************************************************
 *              USER REGISTER MAP               *
 ************************************************/
#define SHT35_SOFT_RESET_TIME                         5
#define SHT35_ADDRESS                                0x44
#define SHT35_READOUT_PERIODIC_MEASUREMENT_RESULT   0xE000
#define SHT35_ART                                   0x2B32
#define SHT35_BREAK_STOP                            0x3093
#define SHT35_SOFT_RESET                            0x30A2
#define SHT35_HEATER_ON                             0x306D
#define SHT35_HEATER_OFF                            0x3066
#define SHT35_READOUT_STATUS_REGISTER               0xF32D
#define SHT35_CLEAR_STATUS_REGISTER                 0x3041
/*----------------------------------------------*
 *           USER REGISTER MAP End              *
 *----------------------------------------------*/

typedef enum Ability
{
	Disable = 0 ,
	Enable
}SHT35_Ability;

 typedef enum Single_Shot_Mode
  {
   SHT35_HIGH_REPEATABILITY_CLOCK_STRETCHING      =  0x2C06 ,
   SHT35_MEDIUM_REPEATABILITY_CLOCK_STRETCHING    =  0x2C0D ,
   SHT35_LOW_REPEATABILITY_CLOCK_STRETCHING       =  0x2C10 ,
   SHT35_HIGH_REPEATABILITY_NO_CLOCK_STRETCHING   =  0x2400 ,
   SHT35_MEDIUM_REPEATABILITY_NO_CLOCK_STRETCHING =  0x240B ,
   SHT35_LOW_REPEATABILITY_NO_CLOCK_STRETCHING    =  0x2416
  }SHT35_Single_Shot_Mode;

 typedef enum Periodic_Data_Acquisition_Mode
  {
   SHT35_HIGH_REPEATABILITY_0P5_MPS_FREQUENCY      =  0x2032 ,
   SHT35_MEDIUM_REPEATABILITY_0P5_MPS_FREQUENCY    =  0x2024 ,
   SHT35_LOW_REPEATABILITY_0P5_MPS_FREQUENCY       =  0x202F ,
   SHT35_HIGH_REPEATABILITY_1_MPS_FREQUENCY   	 =  0x2130 ,
   SHT35_MEDIUM_REPEATABILITY_1_MPS_FREQUENCY 	 =  0x2126 ,
   SHT35_LOW_REPEATABILITY_1_MPS_FREQUENCY    	 =  0x212D ,
   SHT35_HIGH_REPEATABILITY_2_MPS_FREQUENCY        =  0x2236 ,
  SHT35_MEDIUM_REPEATABILITY_2_MPS_FREQUENCY      =  0x2220 ,
  SHT35_LOW_REPEATABILITY_2_MPS_FREQUENCY         =  0x222B ,
  SHT35_HIGH_REPEATABILITY_4_MPS_FREQUENCY   	 =  0x2334 ,
  SHT35_MEDIUM_REPEATABILITY_4_MPS_FREQUENCY 	 =  0x2322 ,
  SHT35_LOW_REPEATABILITY_4_MPS_FREQUENCY    	 =  0x2329 ,
  SHT35_HIGH_REPEATABILITY_10_MPS_FREQUENCY   	 =  0x2737 ,
  SHT35_MEDIUM_REPEATABILITY_10_MPS_FREQUENCY 	 =  0x2721 ,
  SHT35_LOW_REPEATABILITY_10_MPS_FREQUENCY    	 =  0x272A
 }SHT35_Periodic_Mode;

 typedef enum Command_Status
 {
 	LAST_COMMAND_PROCESSED       = 0 ,
 	LAST_COMMAND_NOT_PROCESSED   = 1
 }SHT35_Command_Status;

 typedef enum Checksum_Status
 {
 ECKSUM_CORRECT               = 0 ,
 	LAST_WRITE_CHECKSUM_FAILED  = 1
 }SHT35_Checksum_Status;

 typedef enum Measurement_Time
 {
   HIGH_REPEATABILITY_15_mS      =  15 ,
   MEDIUM_REPEATABILITY_6_mS     =  6  ,
   LOW_REPEATABILITY_4_mS        =  4  ,
 }SHT35_Measurement_Time;

 typedef enum Heater
 {
 	HEATER_ENABLE  = SHT35_HEATER_ON ,
 	HEATER_DISABLE = SHT35_HEATER_OFF
 }SHT35_Heater;

 typedef enum Alert_Pending_Status
 {
   NO_PENDING_ALERT   		  = 0,
   AT_LEAST_ONE_PENDING_ALERT   = 1
 } SHT35_Alert_Pending_Status;

 typedef enum CRC_Status
 {
 	CRC_ERROR = 0 ,
 	CRC_OK
 }SHT35_CRC_Status;

 typedef enum
 {
 	NOT_DETECTED = 0 ,
 	DETECTED
 }SHT35_Reset_Status;

 typedef	struct SHT35
  {
  	  uint8_t                       	   Register_Cache;
  	  SHT35_Reset				           RESET;
  	  uint16_t							   COMMAND;
  	  SHT35_Single_Shot_Mode               SINGLE_SHOT_MODE;
  	  SHT35_Periodic_Mode                  PERIODIC_MODE;
  	  SHT35_Measurement_Time               MEASUREMENT_TIME;
  	  HTU31D_Ability                       ART;
 	  uint16_t							   STATUS_REGISTER;
 	  SHT35_Alert_Pending_Status           ALERT_PENDING;
 	  SHT35_Heater			               ON_CHIP_HEATER;
 	  SHT35_Alert						   HUMIDITY_ALERT;
 	  SHT35_Alert						   TEMPERATURE_ALERT;
 	  SHT35_Command_Status                 COMMAND_STATUS;
 	  SHT35_Checksum_Status 	           CHECKSUM;
 	  uint8_t 							   SHT35_CRC;
 	  SHT35_CRC_Status			           CRC_CHECK;
 	  uint8_t                              ADC_RAW_DATA[ADC_RAW_DATA_BUFFER_SIZE];
 	  uint16_t                             RAW_TEMPERATURE;
 	  uint16_t							   RAW_HUMIDITY;
       float 							   TEMPERATURE;
 	  float 							   HUMIDITY;
 //	  double							   PARTIAL_PRESSURE;
 //	  double 							   DEW_POINT;
 }GebraBit_SHT35;

 /********************************************************
   *  Declare Read&Write SHT35 Register Values Functions *
   ********************************************************/
  extern void GB_SHT35_Write_Command(GebraBit_SHT35 * SHT35 , uint16_t cmd);
  /********************************************************
   *       Declare MS5611 Configuration Functions         *
   ********************************************************/
  extern void GB_SHT35_Soft_Reset ( GebraBit_SHT35 * SHT35 )  ;
  extern void GB_SHT35_CRC_Check( GebraBit_SHT35 * SHT35 , uint16_t value, uint8_t crc) ;
 extern void GB_SHT35_On_Chip_Heater ( GebraBit_SHT35 * SHT35 , SHT35_Heater heater )   ;
 extern void GB_SHT35_Read_Serial_Number ( GebraBit_SHT35 * SHT35  )    ;
 extern void GB_SHT35_Read_Diagnostic ( GebraBit_SHT35 * SHT35  )   ;
 extern void GB_SHT35_Configuration(GebraBit_SHT35 * SHT35)  ;
 extern void GB_SHT35_Start_Conversion ( GebraBit_SHT35 * SHT35   )   ;
 extern void GB_SHT35_Read_Raw_Temperature_Humidity( GebraBit_SHT35 * SHT35 )  ;
 extern void GB_SHT35_Temperature ( GebraBit_SHT35 * SHT35 )  ;
 extern void GB_SHT35_Humidity ( GebraBit_SHT35 * SHT35 )   ;
 extern void GB_SHT35_Dew_Point( GebraBit_SHT35 * SHT35  ) ;
 extern void GB_SHT35_initialize( GebraBit_SHT35 * SHT35 )  ;
 extern void GB_SHT35_Get_Data(GebraBit_SHT35 * SHT35);

GebraBit_SHT35 SHT35;

void setup() {
    Wire.begin();           // Initialize the I2C bus
    Serial.begin(9600);     // Initialize serial communication for debugging

    GB_SHT35_initialize(&SHT35); // Initialize the SHT35 sensor
    GB_SHT35_Configuration(&SHT35); // Configure the SHT35 sensor
}

void loop() {
    GB_SHT35_Get_Data(&SHT35); // Read data from the sensor

    Serial.print("Temperature: ");
    Serial.print(SHT35.TEMPERATURE);
    Serial.println(" °C");

    Serial.print("Humidity: ");
    Serial.print(SHT35.HUMIDITY);
    Serial.println(" %");

    delay(2000); // Delay between readings
}

#include "GebraBit_SHT35.h"

GebraBit_SHT35 SHT35;

void setup() {
    Wire.begin();           // Initialize the I2C bus
    Serial.begin(9600);     // Initialize serial communication for debugging

    GB_SHT35_initialize(&SHT35); // Initialize the SHT35 sensor
    GB_SHT35_Configuration(&SHT35); // Configure the SHT35 sensor
}

void loop() {
    GB_SHT35_Get_Data(&SHT35); // Read data from the sensor

    Serial.print("Temperature: ");
    Serial.print(SHT35.TEMPERATURE);
    Serial.println(" °C");

    Serial.print("Humidity: ");
    Serial.print(SHT35.HUMIDITY);
    Serial.println(" %");

    delay(2000); // Delay between readings
}