继续脉冲和报警线处理

jinlicong

2024-05-15 d14dd3a2106de793fbe08dc5a12cf80defd3258a

 Function/POWER_MANAGE/power_manage.h

@@ -8,28 +8,30 @@
// µçÁ¿²ÎÊý±ê־λÇå³ý
#define __VCC_PARA_FLAG_CLEAR_(__HANDLE__) ((&pwr_vol_g)->__HANDLE__ = RESET)

// ï®µçµÍµç/µôµç
#define LITH_PWR_LOSE_PORT GPIOF
#define LITH_PWR_LOSE_PIN    GPIO_Pin_11
// ﮵綪ʧ
#define LITH_PWR_LOSE_PORT    GPIOD
#define LITH_PWR_LOSE_PIN    GPIO_Pin_0
#define   LITH_PWR_LOSE_IO_READ   GPIO_ReadInputDataBit(LITH_PWR_LOSE_PORT, LITH_PWR_LOSE_PIN)

// ï®µç¼ì²â¿ª¹Ø
#define LITHIUM_DETECTION_PORT   GPIOF
#define LITHIUM_DETECTION_PIN      GPIO_Pin_3
#define LITH_DETECTION_PORT   GPIOF
#define LITH_DETECTION_PIN      GPIO_Pin_3

#define LIT_DEC_ON      GPIO_SetBits(LITHIUM_DETECTION_PORT,LITHIUM_DETECTION_PIN)
#define LIT_DEC_OFF      GPIO_ResetBits(LITHIUM_DETECTION_PORT,LITHIUM_DETECTION_PIN)
#define LIT_DEC_ON      GPIO_SetBits(LITH_DETECTION_PORT,LITH_DETECTION_PIN)
#define LIT_DEC_OFF      GPIO_ResetBits(LITH_DETECTION_PORT,LITH_DETECTION_PIN)


// ¼îµç¶ªÊ§
#define ALKALI_PWR_LOSE_PORT    GPIOH
#define ALKALI_PWR_LOSE_PIN    GPIO_Pin_0
#define ALKA_PWR_LOSE_PORT    GPIOF
#define ALKA_PWR_LOSE_PIN    GPIO_Pin_11
#define   ALKA_PWR_LOSE_IO_READ   GPIO_ReadInputDataBit(ALKA_PWR_LOSE_PORT, ALKA_PWR_LOSE_PIN)

// ¼îµç¼ì²â¿ª¹Ø
#define ALKALI_DETECTION_PORT    GPIOF
#define ALKALI_DETECTION_PIN       GPIO_Pin_4
#define ALKA_DETECTION_PORT    GPIOF
#define ALKA_DETECTION_PIN       GPIO_Pin_4

#define ALK_DEC_ON      GPIO_SetBits(ALKALI_DETECTION_PORT,ALKALI_DETECTION_PIN)
#define ALK_DEC_OFF      GPIO_ResetBits(ALKALI_DETECTION_PORT,ALKALI_DETECTION_PIN)
#define ALK_DEC_ON      GPIO_SetBits(ALKA_DETECTION_PORT,ALKA_DETECTION_PIN)
#define ALK_DEC_OFF      GPIO_ResetBits(ALKA_DETECTION_PORT,ALKA_DETECTION_PIN)


// ½èµç
@@ -43,6 +45,7 @@
#define HWIDO_EX_PWR_PORT GPIOF
#define HWIDO_EX_PWR_PIN    GPIO_Pin_5

#define   HWIDO_EX_PWR_IO_READ   GPIO_ReadInputDataBit(HWIDO_EX_PWR_PORT, HWIDO_EX_PWR_PIN)

//Íâµç¿ØÖƶ˿Ú
#define EX_PWR_EN_PORT GPIOG
@@ -69,6 +72,13 @@
#define AD_VTEM_CNT                                    8


//Ê£ÓàµçÁ¿°Ù·Ö±È¼¶Êý
#define BAT_PERSENT_LEVEL_3  70
#define BAT_PERSENT_LEVEL_2  40
#define BAT_PERSENT_LEVEL_1  20
#define BAT_PERSENT_LEVEL_0  0


typedef enum
{
   LMS_NONE,
@@ -84,6 +94,16 @@
   AMS_WRC_BEFORE,
}ALKA_MEASURE_STATUS;

typedef enum
{
   BAT_V_NONE,  //ÎÞ״̬
//   BAT_V_LOSE, //¶ªÊ§£¬¼´¼ì²âµçѹ¼«µÍ£¬ÈÏΪµç³Ø¶ªÊ§
   BAT_V_DOWN, //Ƿѹ
   BAT_V_LOW,  //µÍµç
}BAT_V_STATUS;



#pragma   pack(1)
//ÈáÐÔÊý×é
//Óŵ㣺ʹÓöѿռ䣬µØÖ·Á¬Ðø¼õÉÙËéƬÄڴ棨Ïà¶ÔÖ¸ÕëÊý¾Ý£©
@@ -94,20 +114,34 @@
   uint32_t   ad_get_buffer[];
}ad_data_s;

#pragma pack()


typedef struct pwr_vol{
   LITH_MEASURE_STATUS lith_flag; //µçÁ¿²âÁ¿±ê־λ
   ALKA_MEASURE_STATUS alka_flag; 
  FlagStatus mcu_temp_flag; //mcuζȱê־λ
   FlagStatus   lith_lose_check_flag;  //´¥·¢ï®µçµôµç¼ì²â±êÖ¾
   FlagStatus   alka_lose_check_flag;  //´¥·¢¼îµçµôµç¼ì²â±êÖ¾
   float lith_vcc;
   BAT_V_STATUS   lith_vcc_status;
   float alka_vcc;
   BAT_V_STATUS   alka_vcc_status;
  float mcu_temperature;
   int8_t lith_vcc_per;
   int8_t   lith_vcc_per; //¸ù¾Ýµçѹ¼ÆËãµÄ°Ù·Ö±È
   int8_t   lith_remain_use_time_per; //¸ù¾ÝʹÓÃʱ¼ä¼ÆËãµÄÊ£Óà°Ù·Ö±È
   int8_t   lith_synthesize_per;  //¸ù¾ÝµçѹºÍʹÓÃʱ¼äºÏ³ÉµÄ°Ù·Ö±È£¬×îÖÕ¶ÔÍâÊä³öµÄ°Ù·Ö±È
	
   int8_t   alka_vcc_per; //¸ù¾Ýµçѹ¼ÆËãµÄ°Ù·Ö±È
	
   int8_t   ex_pwr_in_cnt;  //Íâµç´æÔÚÁ¬Ðø¼ÆÊý
   int8_t   ex_pwr_out_cnt; //Íâµç²»´æÔÚÁ¬Ðø¼ÆÊý
	
}PWR_VOL_T;

#pragma pack()

extern uint8_t sys_bst_flag;



extern uint8_t first_power_get_cnt_g;

@@ -118,8 +152,9 @@
float Get_Alka_Bat_Voltage(void);
float Get_Lith_Bat_Voltage(void);

void GetBatVoltagePro(PWR_VOL_T * pwr_vol_p);
void GetPwrStatusPro(PWR_VOL_T * pwr_vol_p);

void PowerManagrInit(void);

#endif