190 lines
5.8 KiB
C
190 lines
5.8 KiB
C
#include "includes.h"
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#include "TankPrediction.h"
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typedef struct TankPara TankPara;
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typedef struct MonitoringData MonitoringData;
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#pragma pack(push, 1)
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typedef struct // size = 1350
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{
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uint16_t check; // 标志，固定为0x55AA
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union
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{
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TankPara tank; // size = 1298
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uint8_t tankBuff[1346];
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};
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uint16_t crc; // 本记录的crc
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} ccs_tank_t;
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#pragma pack(pop)
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// 储罐参数
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ccs_tank_t ccsTank;
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// 采集参数
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MonitoringData ccsMData;
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// 初始化
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void CCS_Init()
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{
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// 从铁电读取tank值
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FRAM_LoadInfo(FRAM_CCS_TANK_BASE, (uint8_t *)&ccsTank, sizeof(ccsTank));
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// // 测试代码
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// memset(&ccsTank, 0, sizeof(ccsTank));
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}
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#if 1
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// 调用预测函数
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void CCS_Predict()
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{
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S_RTC_TIME_DATA_T sRTC;
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uint32_t totoalSeconds;
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// 先检查关键参数是否有效
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if(dcBuff.sampleData.staExtTempr[0].notConnect || dcBuff.sampleData.staExtTempr[0].overFlow || dcBuff.sampleData.staExtTempr[0].underFlow)
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return;
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if(dcBuff.sampleData.staPress.notConnect || dcBuff.sampleData.staPress.overFlow || dcBuff.sampleData.staPress.underFlow)
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return;
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if(dcBuff.sampleData.staDPress.notConnect || dcBuff.sampleData.staDPress.overFlow || dcBuff.sampleData.staDPress.underFlow)
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return;
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// 初始化MData
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memset(&ccsMData, 0, sizeof(ccsMData));
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// MData赋值
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// ccsMData.Record_ID;//存储每次从传感器读的数据，ID
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// //unsigned char Record_Date[12]; //存储每次从传感器读的数据，日期时间
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// 获取当前时间
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RTC_GetDateAndTime(&sRTC);
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// 计算自上次gps定位以来的时间
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totoalSeconds = Calc_SecondsFromYear(INITIAL_YEAR, sRTC.u32Year, sRTC.u32Month, sRTC.u32Day,
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sRTC.u32Hour, sRTC.u32Minute, sRTC.u32Second);
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Wakeup_CalcUTCTime(totoalSeconds + RTC_offsetSeconds, &sRTC);
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ccsMData.Record_Date = sRTC.u32Year;
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ccsMData.Record_Date = ccsMData.Record_Date * 100 + sRTC.u32Month;
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ccsMData.Record_Date = ccsMData.Record_Date * 100 + sRTC.u32Day;
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ccsMData.Record_Date = ccsMData.Record_Date * 100 + sRTC.u32Hour;
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ccsMData.Record_Date = ccsMData.Record_Date * 100 + sRTC.u32Minute;
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ccsMData.Record_Date = ccsMData.Record_Date * 100;
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ccsMData.Record_T = dcBuff.sampleData.extTempr[0];//存储每次从传感器读的数据，温度（℃）
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ccsMData.Record_P = dcBuff.sampleData.pressure * 0.001;//存储每次从传感器读的数据，压力（KPa-MPa）
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ccsMData.Record_L = dcBuff.sampleData.volumePct * 0.01;//存储每次从传感器读的数据，充装率（0.01%->1%）
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// ccsMData.Record_Amp_x;//运动幅度
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// ccsMData.Record_Amp_y;//运动幅度
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// ccsMData.Record_Amp_z;//运动幅度
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// ccsMData.Record_fr_x;//运动频率
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// ccsMData.Record_fr_y;//运动频率
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// ccsMData.Record_fr_z;//运动频率
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// ccsMData.Record_OutT;//环境温度
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//20220506增加变量
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if(dcBuff.dtuData.recentPosState)
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ccsMData.WE = dcBuff.dtuData.longitude * 0.000001;//经度（°）
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if(dcBuff.dtuData.recentPosState)
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ccsMData.SN = dcBuff.dtuData.latitude * 0.000001;//纬度（°）
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ccsMData.Record_Tg = ccsMData.Record_T;//存储每次从传感器读的数据，气体温度
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ccsMData.Record_Tl = ccsMData.Record_T;//存储每次从传感器读的数据，气体温度
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// ccsMData.Yewei = dcBuff.sampleData.height * 0.001;//液位（mm->m）
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// if(dcBuff.sampleData.vacuum[0].staVacuum == VACUUM_STATUS_OK)
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// ccsMData.zkd = dcBuff.sampleData.vacuum[0].vacuum;// 真空度（Pa）
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// ccsMData.dP = dcBuff.sampleData.diff; //压差（KPa）
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// ccsMData.mdY2;// 预留变量
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// ccsMData.mdY3;
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// ccsMData.mdY4;
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// ccsMData.mdY5;
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// ccsMData.mdY6;
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// ccsMData.mdY7;
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// ccsMData.mdY8;
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// ccsMData.mdY9;
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// ccsMData.mdY10;
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// 调用维持时间算法
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PredictTime(&ccsMData, &ccsTank.tank);
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// 保存tank值到铁电
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FRAM_SaveInfo(FRAM_CCS_TANK_BASE, (uint8_t *)&ccsTank, sizeof(ccsTank));
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// 获取结果
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dcBuff.sampleData.ccsRemainDay = (uint16_t) ccsTank.tank.MaintainTime;
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dcBuff.sampleData.ccsVer = ccsTank.tank.sfbm;
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PRINTF("\r\n*** MaintainTime: %d, sfbm: %06d ***\r\n", dcBuff.sampleData.ccsRemainDay, dcBuff.sampleData.ccsVer);
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}
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#else
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// 调用预测函数
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void CCS_Predict()
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{
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static uint32_t idx = 0;
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double Record_Date[2] = {20161228060000, 20161228120000};
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float extTempr[2] = {-158.96, -158.89};
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float pressure[2] = {0.01, 0.01125};
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float volumePct[2] = {81.4965821058808, 81.5329064771208};
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float longitude[2] = {114.297203, 114.297203};
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float latitude[2] = {30.579869, 30.579869};
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float Record_OutT[2] = {2.4, 7.3};
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if(idx >= 2)
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return;
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// 初始化MData
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memset(&ccsMData, 0, sizeof(ccsMData));
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// MData赋值
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// ccsMData.Record_ID;//存储每次从传感器读的数据，ID
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// //unsigned char Record_Date[12]; //存储每次从传感器读的数据，日期时间
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ccsMData.Record_Date = Record_Date[idx];
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ccsMData.Record_T = extTempr[idx];//存储每次从传感器读的数据，温度（℃）
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ccsMData.Record_P = pressure[idx];//存储每次从传感器读的数据，压力（KPa-MPa）
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ccsMData.Record_L = volumePct[idx];//存储每次从传感器读的数据，充装率（0.01%->1%）
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// ccsMData.Record_Amp_x;//运动幅度
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// ccsMData.Record_Amp_y;//运动幅度
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// ccsMData.Record_Amp_z;//运动幅度
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// ccsMData.Record_fr_x;//运动频率
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// ccsMData.Record_fr_y;//运动频率
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// ccsMData.Record_fr_z;//运动频率
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ccsMData. Record_OutT = Record_OutT[idx];//环境温度
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//20220506增加变量
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ccsMData.WE = longitude[idx];//经度（°）
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ccsMData.SN = latitude[idx];//纬度（°）
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ccsMData.Record_Tg = ccsMData.Record_T;//存储每次从传感器读的数据，气体温度
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ccsMData.Record_Tl = ccsMData.Record_T;//存储每次从传感器读的数据，气体温度
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// ccsMData.Yewei;//液位（mm->m）
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// ccsMData.zkd;// 真空度（Pa）
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// ccsMData.dP; //压差（KPa）
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// ccsMData.mdY2;// 预留变量
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// ccsMData.mdY3;
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// ccsMData.mdY4;
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// ccsMData.mdY5;
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// ccsMData.mdY6;
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// ccsMData.mdY7;
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// ccsMData.mdY8;
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// ccsMData.mdY9;
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// ccsMData.mdY10;
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// 调用维持时间算法
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PredictTime(&ccsMData, &ccsTank.tank);
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// 保存tank值到铁电
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FRAM_SaveInfo(FRAM_CCS_TANK_BASE, (uint8_t *)&ccsTank, sizeof(ccsTank));
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// 获取结果
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dcBuff.sampleData.ccsRemainDay = (uint16_t) ccsTank.tank.MaintainTime;
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dcBuff.sampleData.ccsVer = ccsTank.tank.sfbm;
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PRINTF("\r\n*** MaintainTime: %d, sfbm: %06d ***\r\n", dcBuff.sampleData.ccsRemainDay, dcBuff.sampleData.ccsVer);
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idx++;
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}
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#endif
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