#ifndef _SYSTEM_PARAMETER_H_
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#define _SYSTEM_PARAMETER_H_
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#include "define_all.h"
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#include "extern_rtc.h"
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#include "lcd.h"
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// ϵͳ²ÎÊý±ê־λÉèÖÃ
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#define __SYS_PARA_FLAG_SET_(__HANDLE__) ((&sys_some_flag_g)->__HANDLE__ = SET)
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// ϵͳ²ÎÊý±ê־λÇå³ý
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#define __SYS_PARA_FLAG_CLEAR_(__HANDLE__) ((&sys_some_flag_g)->__HANDLE__ = RESET)
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// Ò»ÔªÒ»´Îº¯Êý
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#define LINEAR_FUNC_OF_ONE_VARIABLE(__SLOPE__, __INTERCEPT__, __VALVE__) ((__SLOPE__ * __VALVE__) + __INTERCEPT__)
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// ÆÁÄ»µÄ×î´óÏÔʾÕûÊý
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#define LCD_SHOW_NUM_MAX 1000000 //£¨999999.999f£©
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#define SYS_FLOW_UP_3_VALUE 1.25f // Á÷Á¿³¬ÏÞÖµ123
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#define SYS_TEMP_ERROR_VALUE 0xFFFF // ζȴíÎó/ÉÏ/ÉÏÉÏ/ÏÂ/ÏÂÏÂÏÞÖµ
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#define SYS_TEMP_MEASURE_MAX 40 // µ¥Î»¡æ
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#define SYS_TEMP_MEASURE_MIN (-15)
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#define SYS_PRESS_ERROR_VALUE 0xFFFF // ѹÁ¦´íÎó/ÉÏ/ÉÏÉÏ/ÏÂ/ÏÂÏÂÏÞÖµ
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#define SYS_PRESS_MEASURE_MAX 130.0f // µ¥Î»Kpa
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#define SYS_PRESS_MEASURE_MIN 70.0f
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#define BARO_PRESS 100.0f //´óÆøѹ
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#define G4_FLOW_MIN 0.04f // µ¥Î»m^3/h
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#define G4_FLOW_MAX 6 // µ¥Î»m^3/h
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#define G6_FLOW_MIN 0.06f
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#define G6_FLOW_MAX 10
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#define G10_FLOW_MIN 0.10f
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#define G10_FLOW_MAX 16
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#define G16_FLOW_MIN 0.16f
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#define G16_FLOW_MAX 25
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#define G25_FLOW_MIN 0.25f
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#define G25_FLOW_MAX 40
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#define G40_FLOW_MIN 0.40f
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#define G40_FLOW_MAX 65
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typedef enum
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{
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MEDIA_UNKNOWN = 0U,
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MEDIA_OTHER,
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AIR,
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GAS
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} MEDIA_STATUS;
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typedef enum
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{
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CPF_ONE_TENTH = 10U,
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CPF_1L = 100,
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CPF_5L = 500,
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CPF_10L = 1000,
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CPF_20L = 5000
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} CALI_PULSE_FACTOR_T;
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typedef enum
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{
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DT_NONE = 0U,
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DT_HOLISTIC_METER, // Ò»Ìåʽ±í
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DT_HOLISTIC_CTL_METER, // Ò»Ìåʽ¿ØÖÆ±í£¨´ø·§£©
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DT_SPLIT_METER, // ·ÖÌåʽ±í
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DT_SPLIT_CTL_METER, // ·ÖÌåʽ¿ØÖÆ±í£¨´ø·§£©
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} DEVICE_TYPE; // É豸ÀàÐÍ
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typedef enum
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{
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DM_NONE = 0U,
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DM_HM_UFG610, // HM = HOLISTIC_METER
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DM_HM_UFG620,
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DM_HCM_UFG210,
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DM_SCM_SZV101,
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DM_SM_DTU100,
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DM_SCM_SZV102,
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DM_SCM_SZV103,
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DM_HM_UFG630,
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DM_HM_UFG220, //Á÷Á¿¼Æ
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DM_HCM_UFG220, //ȼÆø±í
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DM_HCM_UFG620,
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DM_HCM_UFG630,
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} DEVICE_MODEL; // É豸ÐͺÅ
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#pragma pack(1)
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typedef struct
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{
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__IO FlagStatus sys_run_period; // ϵͳ¼¤»îÖÜÆÚ
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__IO FlagStatus sys_cal_run_period;
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} SYS_TIME_T; // ϵͳÐÄÌøʱ¼ä
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typedef struct
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{
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FlagStatus para_display_flag; // ²ÎÊýÏÔʾÊÚȨ
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FlagStatus uncap_flag; // ¿ª¸ÇÊÚȨ
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} SYS_SOME_FLAG_T; // ¸÷ÖÖ±ê־λ
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#define SEC_ORDER_CORR_PARA_FORMAT_SIZE sizeof(SECOND_ORDER_CORR_T)
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typedef struct{
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float second_flow_data_point[5];
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float second_corr_factor[5];
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float reserve[10];
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}SECOND_ORDER_CORR_T;
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#define SYS_CAL_PULSE_PARA_FORMAT_SIZE sizeof(CAL_PULSE_PARA_T)
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typedef struct
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{
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uint16_t cal_pulse_factor; // ±ê¶¨Âö³åϵÊý 0.1¡¢1¡¢5¡¢10¡¢20 L/pl;·Å´ó100±¶
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uint16_t cal_pulse_width; // ±ê¶¨Âö³å¿í¶È µ¥Î»ms
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uint8_t reserve[4];
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} CAL_PULSE_PARA_T; // ±ê¶¨Âö³å²ÎÊý
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#define SYS_FLOW_ALARM_CFG_FORMAT_SIZE sizeof(SYS_FLOW_ALARM_CFG_T)
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typedef struct
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{
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float sys_flow_up_1; //µ¥Î» Nm^3 /h
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float sys_flow_up_2;
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float sys_flow_down_1;
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float flow_up_2_replace_value;
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float small_flow_excision_value;
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uint8_t reserve[8];
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} SYS_FLOW_ALARM_CFG_T; // ϵͳÁ÷Á¿±¨¾¯ÅäÖÃ
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#define SYS_PRESS_ALARM_CFG_FORMAT_SIZE sizeof(SYS_PRESS_ALARM_CFG_T)
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typedef struct
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{
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/*ÐÞÕý·½·¨£¨Ò»ÔªÒ»´Îº¯Êý£©£ºY = k * X + b ÐÞÕýѹÁ¦ = press_correction_factor * ÔʼѹÁ¦ + press_intercept*/
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float press_correction_factor; // ÐÞÕýϵÊý Ò²½ÐбÂÊ
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float press_intercept; // ÐÞÕý½Ø¾à
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float press_up_value;
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float press_up_up_value;
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float press_down_value;
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float press_down_down_value;
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float press_up_scope;
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float press_down_scope;
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float press_down_down_replace;
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uint8_t reserve[8];
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} SYS_PRESS_ALARM_CFG_T; // ѹÁ¦±¨¾¯ÅäÖÃ
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#define SYS_TEMP_ALARM_CFG_FORMAT_SIZE sizeof(SYS_TEMP_ALARM_CFG_T)
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typedef struct
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{
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float temp_correction_factor;
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float temp_intercept;
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int16_t temp_up_value;
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int16_t temp_up_up_value;
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int16_t temp_down_value;
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int16_t temp_down_down_value;
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int16_t temp_up_scope;
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int16_t temp_down_scope;
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int16_t temp_up_up_replace;
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float temp_drastic_change;//ζȾç±ä
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int16_t cpu_temp_up_scope;
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int16_t cpu_temp_down_scope;
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uint8_t reserve[8];
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} SYS_TEMP_ALARM_CFG_T; // ζȱ¨¾¯ÅäÖÃ
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#define MASTER_SOFT_HARD_FORMAT_SIZE sizeof(MASTER_SOFT_HARD_PARA_T)
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typedef struct
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{
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uint8_t master_pcb_num[5]; // pcbÐòÁкÅ
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uint8_t master_pcb_type[5]; // pcbÐͺÅ
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uint8_t master_hardware_ver[5]; // Ó²¼þ°æ±¾
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uint8_t master_firmware_ver[4]; // ¹Ì¼þ°æ±¾
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uint8_t master_firmware_crc[2]; // ¹Ì¼þcrc
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uint8_t master_firmware_time[3]; // ¹Ì¼þ°æ±¾ÈÕÆÚ
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uint8_t reserve[10];
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} MASTER_SOFT_HARD_PARA_T;
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#define MASTER_BASIC_FORMAT_SIZE sizeof(MASTER_BASIC_PARA_T)
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typedef struct
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{
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DEVICE_MODEL device_type_bcd;
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uint16_t plant_code_bcd;
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uint8_t factory_number[10];
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uint8_t specifications_model[20];
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uint8_t reserve[20];
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} MASTER_BASIC_PARA_T;
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#define REALTIME_DATA_FORMAT_SIZE sizeof(SYS_REAL_TIME_DATA_T)
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typedef struct
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{
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struct measure_para
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{
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double forward_cumulate_sc; // ÕýÏò±ê¿öÀÛ»ýÁ¿
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double forward_cumulate_wc;
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double cal_cumulate_reserve[2]; // ±ê¶¨ÀÛ»ýÁ¿_Ô¤Áô
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double err_forward_cumulate_reserve[2]; // ´íÎóÀÛ»ýÁ¿_Ô¤Áô
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float instant_wc; // µ¥Î» m^3/h
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float instant_wc_avg; // ˲ʱ¹¤¿ö¾ùÖµ,×î½ü20´Î²É¼¯µÄ˲ʱÁ÷Á¿Æ½¾ùÖµ
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float instant_sc;
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float temperature;
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float temp_amend; // ζÈÐÞÕýÖµ
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float temp_avg; // ζȾùÖµ
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float pressure;
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float press_amend; // ѹÁ¦ÐÞÕýÖµ
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float press_avg; // ѹÁ¦¾ùÖµ
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float compressibility_factor; // ѹËõÒò×Ó
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float C_coefficient_reserve; // CϵÊý_Ô¤Áô
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float K_coefficient_reserve; // KϵÊý_Ô¤Áô
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} measure_para_s; // ¼ÆÁ¿²ÎÊý
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struct time_para
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{
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uint8_t year;
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uint8_t month;
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uint8_t day;
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uint8_t hour;
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uint8_t minute;
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uint8_t second;
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} time_para_s; // ʱ¼ä²ÎÊý BCD
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struct state_para
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{
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float cpu_temperature; // »·¾³Î¶È
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uint8_t lith_vcc;
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uint8_t alka_vcc;
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float tof_up;
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float tof_down;
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float tof_diff;
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uint8_t signal_intensity_up;
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uint8_t signal_intensity_down;
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uint8_t signal_gain_up;
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uint8_t signal_gain_down;
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uint16_t snr_up; // ÐÅÔë±È_ÉÏͨµÀ
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uint16_t snr_down;
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uint16_t real_line_a; //Õæʵ´¥·¢Ïß
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uint16_t real_line_b;
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float sound_vel; // µ¥Î» £ºm/s
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float flow_vel;
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} state_para_s; // ̽ͷ_״̬²ÎÊý
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} SYS_REAL_TIME_DATA_T; // ϵͳʵʱÊý¾Ý£¨ÖØÒª£©
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#pragma pack()
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extern float sys_device_flow_min_g;
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extern float sys_device_flow_qt_g;
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extern __IO uint16_t auto_exit_start_min_time_g;
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extern __IO uint16_t cal_mode_exit_cnt_g;
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extern __IO uint16_t cal_mode_force_exit_cnt_g;
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extern uint8_t sys_device_flow_max_g;
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extern uint8_t cal_mode_exit_save_cumulate_flag_g;
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extern SYS_TIME_T sys_time_g;
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extern SYS_SOME_FLAG_T sys_some_flag_g;
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extern MASTER_SOFT_HARD_PARA_T master_soft_hard_para_g;
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extern SYS_REAL_TIME_DATA_T sys_realtime_data_g;
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extern SYS_FLOW_ALARM_CFG_T sys_flow_alarm_cfg_g;
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extern SYS_PRESS_ALARM_CFG_T sys_press_alarm_cfg_g;
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extern SYS_TEMP_ALARM_CFG_T sys_temp_alarm_cfg_g;
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extern CAL_PULSE_PARA_T cal_pulse_para_g;
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extern MASTER_BASIC_PARA_T master_basic_papa_g;
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extern SECOND_ORDER_CORR_T sec_order_corr_set_g;
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extern SECOND_ORDER_CORR_T sec_order_corr_real_g;
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void SetParaMode_AutoExitProcess(TEMP_SYS_MODE_CNV_CMD *pCnv_cmd_flag, __IO RTC_TimeDateTypeDef *calendar_p);
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void CalMode_AutoExitProcess(MEDIA_STATUS medium_flag, TEMP_SYS_MODE_CNV_CMD *pCnv_cmd_flag, __IO RTC_TimeDateTypeDef *calendar_p);
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void Master_SoftHardPara_Init(void);
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void Sys_MappingPara_Init(void);
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void SecondOrder_RealParaCalculate_Init(void);
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void Sys_GetUnitType_Init(void);
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void Sys_GetUnitType_Set(uint8_t device_type_before);
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#endif
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