mini7_V2/DriverInterface/van_BSP_Temp_mts01.h

/******************************************************************************
*Copyright(C),2024-2024,万众一芯生
*van_BSP_Temp_mts01.h
*mts01 温度相关驱动接口
*修改历史
author				范义东			新建				2024/01/27
******************************************************************************/

#ifndef __VAN_BSP_TEMP_MTS01_H
#define __VAN_BSP_TEMP_MTS01_H

#ifndef bool
typedef enum 
{
  false          = 0,  
  true           = 1,  
  False          = 0,  
  True           = 1,  
} bool;
#endif
#define ARR_LEN(array)(sizeof(array) / sizeof(array[0]))


typedef enum 
{
  CONVERT_T            	= 0xCC44,   //Measure temperature
  BREAK                	= 0x3093,   //Abort period measurement
  READ_STATUSCONFIG     	= 0xf32d, //Read status and configuration registers
  CLEAR_STATUS         	= 0x3041,   //Clear status register
  WRITE_CONFIG         	= 0x5206,	  //Write configuration register
  READ_ALERT_HI_SET    	= 0xe11f,   //Read the upper alarm thresholdvalue
  READ_ALERT_LO_SET    	= 0xe102,   //Read the lower alarm threshold value
  WRITE_ALERT_HI_SET   	= 0x611d,   //Set the upper alarm threshold value
  WRITE_ALERT_LO_SET   	= 0x6100,   //Set the lower alarm threshold value
	
  WRITE_ALERT_LO_UNSET	= 0x610b,   //Set the alarm clear threshold lower threshold
	WRITE_ALERT_HI_UNSET	= 0x6116,   //Set the alarm clear threshold upper threshold
  READ_ALERT_HI_UNSET	    = 0xe114, //Read Alarm Clear Threshold Upper Threshold
  READ_ALERT_LO_UNSET	    = 0xe109, //Read Alarm Clear Threshold Lower Threshold
  COPY_PAGE0           	= 0xcc48,   //Save page0 to EEPROM
  RECALL_EE            	= 0xccb8,   //Recall EEPROM area
  RECALL_PAGE0_RES     	= 0xccbb,	  //Restore the residual area of page0
  SOFT_RST            	= 0x30a2,	    //Software reset
} I2C_CMD;

/*Bit definition of config register*/
#define CFG_MPS_Mask   		       (0x1C)
#define CFG_Repeatbility_Mask    (0x03)

#define CFG_MPS_Single  		     (0x00)
#define CFG_MPS_Half  		       (0x04)
#define CFG_MPS_1  			         (0x08)
#define CFG_MPS_2 			         (0x0C)
#define CFG_MPS_4 			         (0x10)
#define CFG_MPS_10 			         (0x14)

#define CFG_Repeatbility_Low   	 (0x00)
#define CFG_Repeatbility_Medium  (0x01)
#define CFG_Repeatbility_High 	 (0x02)

#define POLYNOMIAL 0x131  // 100110001

/*Definition of conversion time corresponding to repeatability setting*/
/*The default low/medium/high repeatability corresponds to the conversion time of 4/6/11ms respectively. 
  Considering the delay deviation of different users of the microcontroller, reserve 2ms to ensure sufficient conversion time*/
#define tConvert_LowRepeat  	  	(6)	/* ms. */
#define tConvert_MedRepeat   	    (8)	/* ms. */
#define tConvert_HighRepeat    		(13)	/* ms. */




#define TEMP_MTS01_MAX_AVG_TIME  10 /*最多10次缓存用于求平均*/

#define MTS01_ADDR0 		   (0x44<<1 )  /* Addr */
#define MTS01_ADDR1 		   (0x45<<1 ) /* Addr */


#define TEMP_MTS01NAMEANDID(chanle) .tempID = chanle, .Name = #chanle
typedef enum
{
	TEMP_BLOCK,
} TEMP_MTS01_V1;	
	
typedef enum _EnmFuntionIdType {
	EnmFuntionIdType_IdNull = 0,
	EnmFuntionIdType_Idhost = 1, /* 主机 */
} EnmFuntionIdType;

	
typedef struct
{
  unsigned int		tempID;			//温区编号
	unsigned char		Name[16];		//温区名称
	void  *I2C; 	  /*IIC端口 端口*/
	unsigned int	   addr;	  /*CS 端口*/
	unsigned int	   maxlen;	  /*CS 端口*/
	unsigned int	   header;	  /*CS 端口*/
	float temp[TEMP_MTS01_MAX_AVG_TIME];
	unsigned int	   isload;	  /*CS 端口*/
} VAN_TEMP_MTS01_CON_ST_Def, *P_VAN_TEMP_MTS01_CON_ST_Def;

typedef struct
{
    unsigned int		id;			//设备id
    unsigned int		feed_channel;			//测温通道
    float		temp;			//温度值
} VAN_TEMP_CHANNEl_CON_ST_Def, *P_VAN_TEMP_CHANNEl_CON_ST_Def;

bool MTS01_ReadTemp(unsigned char runMtsId, float *pTemp);
bool MTS01_Temp_get(uint32_t runMtsId, float *Value);
unsigned int loadTemp_mts01Cfg(void);


#endif