147 lines
5.1 KiB
C
147 lines
5.1 KiB
C
#ifndef __DATAPROCESS_H
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#define __DATAPROCESS_H
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#include "main.h"
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#include "system.h"
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//#include "stm32f30x_tim.h"
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#define OVER_VALUE_TIMES 4 //超过次数
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#define COLLECT_SPEC_TIME 1 //采集时间
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#define STORE_DATA_SIZE 600 //存储采集数据缓存
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#define SECTOR_DATA_SIZE 512 //单个扇区包含字节数
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#define ALLOW_GETDATA_TIMES 30 //指令响应后等待30s重新进入采集
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#define SECTOR_DATA_SIZE 512 //单个扇区包含字节数
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#define SECTOR_VIBRATION_GROUPS 64 //振动单个扇区包含字节数
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#define SECTOR_SPEED_GROUPS 128 //转速单个扇区包含字节数
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#define VIBRATION_SECTOR_START 10 //振动存储起始扇区
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#define VIBRATION_SECTOR_END 59000000 //振动存储结束扇区 振动存储扇区范围 10-59000000 0x0A
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#define SPEED_SECTOR_START 59000100 //转速温度存储起始扇区
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#define SPEED_SECTOR_END 61600000 //转速温度存储结束扇区 转速温度存储扇区范围 59000100-61600000 0x3844524
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#define DATA_BIT0 0x01 //允许采集计算位
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typedef struct Get_Collect_Data
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{
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unsigned char Store_Get_Data[STORE_DATA_SIZE]; //存储数据数组
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// unsigned char Collect_Spec_Time; //最小定时时间
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uint16_t Store_Data_Count; //存储数据记录
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uint16_t GET_Data_times; //采集计数
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uint16_t Sampling_Wite_times; //采样时间
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uint16_t get_tpd; //钻压定时器计数值
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uint8_t get_tps; //振动分频值
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// u8 Store_Data_Cound; //存储数据计数
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}GET_COLLECT_DATA;
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//振动数据
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typedef struct VibrateData
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{
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float ViaX_Data; //x轴
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float ViaY_Data; //y轴
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float ViaZ_Data; //z轴
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}VIBRA_DATA;
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//typedef struct VibrateData
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//{
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// int ViaX_Data; //x轴
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// int ViaY_Data; //y轴
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// int ViaZ_Data; //z轴
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//}VIBRA_DATA;
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//#define DATALENG 15 // ?? DATALENG ???25
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#define DATALENG 26 // ?? DATALENG ???25
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#define ROWS 15
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#define COLS_NORMAL 5
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#define COLS_ABNORMAL 1
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typedef union tuGetDataValue
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{
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float DataValue[DATALENG];
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unsigned char ucDataValueBuf[DATALENG*4];
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struct{
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float Different_Press; //????
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float Mean_InPress; //?????
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float Mean_OutPress; //?????
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float Energy_InPress; //?????
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float Energy_OutPress; //?????
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float Mean_WOB; //?????
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float Amplitude_WOB; //?????
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float Variance_WOB; //????
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float Mean_Torque; //?????
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float Amplitude_Torque; //?????
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float Variance_Torque; //????
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float Mean_RPM; //?????
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float Amplitude_RPM; //?????
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float Variance_RPM; //????
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float Min_RPM; //?????
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float Max_RPM; //?????
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float Variance_Vibration; //??????
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float Vibration_AxisX; //X??????
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float Vibration_AxisY; //Y??????
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float Vibration_AxisZ; //Z??????
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int count_greater_than_10; // Z?????10g???
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float Mean_InTemprature; //???????
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float Mean_OutTemprature; //???????
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float Variance_AxisX; //X?????
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float Variance_AxisY; //Y?????
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float Variance_AxisZ; //Z?????
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};
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}GetDataValue;
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typedef struct {
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// 存储正常情况的权重和标准化相关数据
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float weights_normal[ROWS][COLS_NORMAL]; // 正常情况的权重
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float std_scores_normal[COLS_NORMAL]; // 正常情况的标准化得分
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float range_values[COLS_NORMAL]; // 正常情况的范围值
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// 存储异常情况的权重和标准化相关数据
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float weights_abnormal[ROWS][COLS_ABNORMAL]; // 异常情况的权重
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float std_scores_abnormal[COLS_ABNORMAL]; // 异常情况的标准化得分
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// 存储每行的最小值和最大值（可能用于归一化等操作）
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float min_values[ROWS]; // 每行的最小值
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float max_values[ROWS]; // 每行的最大值
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}GetFeatureValue;
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extern GetDataValue MeasurementData_Nearbit; //近端测量值
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extern GetDataValue MeasurementData_Farbit; //远端测量值
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extern GET_COLLECT_DATA GET_Vibration_Data; //振动数据采集
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extern GET_COLLECT_DATA GET_Speed_Data; //转速数据采集
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extern GET_COLLECT_DATA GET_WobTor_Data; //钻压扭矩数据采集
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extern VIBRA_DATA Vibrate_Data_Value; //计算振动数值
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extern unsigned char Get_MeasureData(GetDataValue DataValeNear);
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extern void Get_Data_Process(void); //数据采集处理
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extern void DataCompute(void); //数据计算
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//extern void Data_Process(void); //数据处理
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extern void Store_Vibration_Speed_Time(void); //时间存储
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extern void updatetime (void); //时间更新
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extern void Data_Cllect(void);
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extern void Store_Time_Once(void); //存储一次时间
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extern void Store_CollVibrateTime_Once(void); //
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extern void Store_CollSpeedTime_Once(void); //
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//extern int Get_Mid_Data(int data1,int data2,int data3);
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//extern int Get_Mid_Data(unsigned int data1,unsigned int data2,unsigned int data3);
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//extern void Store_Time_Once(void);
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//extern void GET_MaxData(void); //提取频点及幅值
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//extern void GET_SpotData(void); //提取间隔频点数据
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//extern void GET_MaxData_Gate(void); //按频点间隔获得幅频数据
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//extern void GET_Sort(long *DatTab,unsigned int length,unsigned int *DatOrder);
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#endif |