#ifndef _UPPER_COMPUTER_READ_LOG_TEMP_H_
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#define _UPPER_COMPUTER_READ_LOG_TEMP_H_
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#include "define_all.h"
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#include "administrator.h"
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#define UC_AMEND_LOG_PACK_HEAD_LEN (sizeof(UC_AMEND_LOG_T) - sizeof(UC_AMEND_LOG_UNION_T))
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#define UC_AMEND_LOG_PULSE_PARA_PACK_LEN (sizeof(struct pulse_para) + UC_AMEND_LOG_PACK_HEAD_LEN)
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#define UC_AMEND_LOG_FLOW_PARA_PACK_LEN (sizeof(struct flow_para) + UC_AMEND_LOG_PACK_HEAD_LEN)
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#define UC_AMEND_LOG_PRESS_PARA_PACK_LEN (sizeof(struct press_para) + UC_AMEND_LOG_PACK_HEAD_LEN)
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#define UC_AMEND_LOG_TEMP_PARA_PACK_LEN (sizeof(struct temp_para) + UC_AMEND_LOG_PACK_HEAD_LEN)
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#pragma pack(1)
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typedef struct{
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uint32_t cal_pulse_fator;
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uint16_t cal_pulse_width;
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uint8_t flow_type;
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}PULSE_PARA_T;
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typedef struct{
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float flow_up;
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float flow_up_up;
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float flow_down;
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float flow_up_up_replace_value;
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float small_flow_excision_value;
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}FLOW_PARA_T;
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typedef struct{
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float press_correction_factor; // 修正系数 也叫斜率
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float press_intercept; // 修正截距
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float press_up_valve;
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float press_up_up_valve;
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float press_down_valve;
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float press_down_down_valve;
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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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}PRESS_PARA_T;
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typedef struct{
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float temp_correction_factor;
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float temp_intercept;
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int16_t temp_up_valve;
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int16_t temp_up_up_valve;
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int16_t temp_down_valve;
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int16_t temp_down_down_valve;
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int16_t temp_up_scope;
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int16_t temp_down_scope;
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int16_t reserve_16;
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float reserve_f;
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int16_t cpu_temp_up_scope;
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int16_t cpu_temp_down_scope;
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}TEMP_PARA_T;
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typedef union{
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struct pulse_para{
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PULSE_PARA_T before;
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PULSE_PARA_T now;
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}pulse_para_s;
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struct flow_para{
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FLOW_PARA_T before;
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FLOW_PARA_T now;
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}flow_para_s;
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struct press_para{
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PRESS_PARA_T before;
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PRESS_PARA_T now;
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}press_para_s;
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struct temp_para{
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TEMP_PARA_T before;
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TEMP_PARA_T now;
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}temp_para_s;
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}UC_AMEND_LOG_UNION_T;
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typedef struct{
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uint8_t record_num;
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uint8_t mender;
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uint8_t record_time[6];
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uint8_t amend_id;
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UC_AMEND_LOG_UNION_T uc_amend_data;
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}UC_AMEND_LOG_T;
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#define UC_ALARM_DATA_LOG_PACK_LEN sizeof(UC_ALARM_DATA_LOG_T)
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typedef struct{
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uint16_t record_num;
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uint8_t record_time[6];
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uint16_t alarm_id;
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double forward_cumulate_sc; // 正向标况累积量
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double forward_cumulate_wc;
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double reverse_cumulate_sc; // 反向标况累积量
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double reverse_cumulate_wc;
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float instant_sc;
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float instant_wc;
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float temperature;
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float pressure;
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float cpu_temperature; // 环境温度
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uint8_t lith_vcc;
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uint8_t alka_vcc;
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uint16_t status_bytes[SYS_STATUS_BYTES_TYPE_LENGTH >> 1];
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}UC_ALARM_DATA_LOG_T;
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typedef struct
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{
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uint8_t record_time[6];
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double forward_cumulate_sc;
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double forward_cumulate_wc;
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double reverse_cumulate_sc;
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double reverse_cumulate_wc;
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float instant_sc;
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float temperature;
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float pressure;
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} SYS_UPCOMPUTER_SYSLOG_FORMAT_T; //50bytes
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#pragma pack()
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#endif
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