Job_SignsPads/STM32/Code/STM32F405/USER/main.h

/*
 * @Description:
 * @Version: 1.0
 * @Autor: lzc
 * @Date: 2022-08-19 12:48:36
 * @LastEditors: lzc
 * @LastEditTime: 2025-01-07 14:23:40
 */
#ifndef __MAIN_H
#define __MAIN_H

#include "stdio.h"
#include <stdlib.h>
#include "string.h"
#include "math.h"

#include "sys.h"
#include "delay.h"
#include "usart.h"
#include "key.h"
#include "wificom.h"
#include "timer.h"
#include "opm.h"
#include "adc.h"
#include "gpio.h"
#include "com.h"
#include "usart_send.h"
#include "spi.h"
#include "general.h"
#include "en25qx64.h"
#include "stmflash.h"
#include "system_stm32f4xx.h"

// 1 表示是 养老 ； 0 表示 是BCS
#define THE_VERSION 0

// 1 表示是 提速 ； 0 表示 正常
#define SPEED_UP_MODE_EN 0

// 1 表示是 开启睡眠报告 ； 0 表示 关闭睡眠报告
#define SLEEP_REPORT_EN 0

// 1 表示是 850nm ； 0 表示 1310nm
#define LINE_COEFF_EN 0

// 1 表示DSP库中的FFT算法      0 表示自己写的FFT算法
#define FFT_VERSION 1

// 1 表示开启上报工厂测试      0 表示没有工厂测试
#define FACTORY_ENABLE 0

#define SYSTEM_CLOCK_FRQ 168 // 系统频率 （MHZ）

#define model_num 500
#define model_num_send 1024
#define model_time 2

#define TEST_SEND_BH_STAGE 0
#define TEST_SEND_SINGAL 0
#define NOT_PRE_STAGE 1

#define DEFAULT_FF 0xff
#define SLEEP_DEBUG_MODE 0     // 用于调试（弃用）
#define REPORT_SAVE_SIZE 4     // 定义最大睡眠报告的存储（4天的数据）（弃用）
#define REPORT_SEND_COUNTS 300 // 300*12 =3600 sec = 1 hour（弃用）

#define BODY_CHECK_ENABLE 1  // 使能人体检测
#define BODY_CHECK_DISABLE 0 // 失能人体检测

#define OPM_SEND_MODE 0           // 是否发送光功
#define REPORT_BUFFER_MAX 720     // 睡眠报告的最大暂存数组大小 单位：1分钟 一天：1440 半天 720
#define TIME_CLOCK_MAX_TIMES 7200 // 1小时校准一次：0.5s/次 7200 表示1小时
#define ID_ADDR 0x1FFF7A10        /*STM32F4唯一ID起始地址*/

#define ONE_MINUTES_COUNT 120 // ONE_MINUTES_COUNT / 2

#define TYPE_HEART 1
#define TYPE_BREATH 0

#define FILTER_HI_TYPE 1
#define FILTER_LO_TYPE 2

#define ARRAY_NUMBER 2

enum Calculate_STATE
{
    // 此时正常计算心率呼吸率
    FFT_Start_Calculate = 0,
    // 此时停止计算
    FFT_Stop_Calculate = 1,
};

enum CWT_STATE
{
    // 此时正常计算心率呼吸率
    FFT_Still_state = 0,
    // 此时应跳过呼吸计算，直接把呼吸率置零；心率正常计算
    FFT_No_breath = 2,
    // 此时跳过心率呼吸率计算，直接取前一次计算结果
    FFT_Mild_body_motion,
    FFT_Medium_body_motion,
    FFT_Large_body_motion,
};

#if SLEEP_DEBUG_MODE
#define DEBUG_SIZE
#endif

#ifdef DEBUG_SIZE
#undef REPORT_SEND_COUNTS
#define REPORT_SEND_COUNTS 5 // 5 * 12 =60 sec = 1 Min
#endif

extern int health_flg;
extern int opticalFibre_flg;
extern int sensorLoad_flg;
extern int lightSignal_flg;

extern char uart_flg;
extern int uart_time;
extern int led_time;
extern char start_calculate_flg;
extern char start_stage_flg;
extern uint8_t USART_DealFlag;

extern int BH_time;
extern int stage_time;
extern char stage_len;
extern unsigned short int ppg_data2[];
extern unsigned short int ppg_stage_buf[];
extern unsigned short int BH_data_500[];
extern char ppg_stage_index;

extern signed long int max_min2[];
extern float fft_HeartBeatRate_StashBuffer[15];

extern float ppg_data_500_buf[];

extern uint32_t FlashPtr;

extern char Breathe_H;
extern char Breathe_L;
extern char HeartRate_H;
extern char HeartRate_L;

extern char OffBed_Time;
extern char OffBed_Flag;
extern char queue_flg;
extern int currentSize_num; // 进行睡眠计算时间
extern uint16_t Roll_Over_Count;

enum BootReason
{
    Low_Power_Reset = 1,
    WWDG_Reset,
    IWDG_Reset,
    SoftWare_Reset,
    PowerOn_Reset,
    Pin_Reset,
};
enum SleepStatus
{
    Wake_Up,
    Light_Sleep,
    Rapid_Eye_Movement,
    Deep_Sleep,
};
enum SleepStatusValue
{
    Wake_Up_Value = 1,
    Light_Sleep_Value,
    Rapid_Eye_Movement_Value,
    Deep_Sleep_Value,
    Leave_Value = 0,
};
typedef struct WarningMsg_T
{
    // 超过阈值时的滴答计数器
    uint64_t Breath_OverThreshold_CountTick;
    uint64_t Heart_OverThreshold_CountTick;
    uint64_t Move_OverThreshold_CountTick;
    // 超过阈值时的时间戳
    uint64_t Breath_OverThreshold_TimeStamp;
    uint64_t Heart_OverThreshold_TimeStamp;
    uint64_t Move_OverThreshold_TimeStamp;
    // 持续时间的记录（ms）
    uint64_t Breath_KeepTime_Record;
    uint64_t Heart_KeepTime_Record;
    uint64_t Move_KeepTime_Record;
    // 滴答定时器的时间记录
    uint64_t SysTick_Count;
} WarningMsg_t;

float three_avg(unsigned short int data, unsigned short int max, unsigned short int min);
void PowerOn_OneMinuteBLEScan(void);
void get_data_max_min(void);
void wifi_buf_synthesis(void);
void wifi_json_send(void);
void IWDG_Feed(void);
#endif /* __MAIN_H */