// 分析实时数据
private void analyseREAl() throws Exception {
try {
// 总里程、总油耗等
float COUNT_MILEAGE_START = 0; // 总行车里程开始
float COUNT_MILEAGE = 0; // 总行车里程
float MILEAGE = 0; // 行车里程(当日差值)
float COUNT_OIL_TOTAL_START = 0; // 总燃油消耗开始
float COUNT_OIL_TOTAL = 0; // 总燃油消耗
float OIL = 0; // 燃油消耗(当日差值)
String OIL_INSTANT = "0";
DecimalFormat def = new DecimalFormat(".#####");
DayReport reportResult = new DayReport(); // 存当日累计结果
List<RealTimeRecord> rows = realTimeRecord;
RealTimeRecord cSPerv = null, CsNonce = null, perv = null, nonce = null;
// plPerv = null, plNonce = null,
float diff = 0;
// reportTimeSpace 90 流水表数据间隔，判断是否连续
long reportTimeSpace = Long.valueOf(Config.props.getProperty("reportTimeSpace"));
boolean continuous;
float IDLAIR_SPD = (float) 2; // 车速阀值(km/h)-怠速空调
float IDLAIR_RPM = 800; // 发动机转速(r/min)-怠速空调
float IDLAIR_TIME = 10 * 60; // 持续时间(min)-怠速空调
long reltime = 10; // 单条记录的持续时间
int po = 0; // 连续的时候赋值为0，断开开的时候加1，如果大于等于2则说明前一点为为单点
HarmDefBean hdf = HarmDefCacheManager.harmdefMap.get(strVin);
if (hdf != null) {
// 空调怠速
if (hdf.getIdlair_spd() != null
&& hdf.getIdlair_rpm() != null
&& hdf.getIdlair_time() != null) {
IDLAIR_SPD = Float.valueOf(hdf.getIdlair_spd()).floatValue();
IDLAIR_RPM = Float.valueOf(hdf.getIdlair_rpm()).floatValue();
IDLAIR_TIME = Float.valueOf(hdf.getIdlair_time()).floatValue();
}
}
if (null == rows || 0 == rows.size()) {
// 如果没有实时记录将不计算
return;
}
// 分析实时数据的第一条和最后一条
// analyseBeginEnd(rows);
// try {
if (rows != null & rows.size() > 0) {
// 先赋值总里程、总油耗、及瞬时油耗
if (rows.size() == 1) { // 只有一条记录时
if (rows.get(0).getMILEAGE() != null && !rows.get(0).getMILEAGE().equals("FFFF")) {
COUNT_MILEAGE = Float.parseFloat(rows.get(0).getMILEAGE());
} else {
COUNT_MILEAGE = 0;
}
if (rows.get(0).getOIL_TOTAL() != null && !rows.get(0).getOIL_TOTAL().equals("FFFF")) {
COUNT_OIL_TOTAL = Float.parseFloat(rows.get(0).getOIL_TOTAL());
} else {
COUNT_OIL_TOTAL = 0;
}
if (rows.get(0).getOIL_INSTANT().equals("FFFF")) {
OIL_INSTANT = "0";
} else {
OIL_INSTANT = rows.get(0).getOIL_INSTANT();
}
}
// 再赋值总行车里程开始
if (rows.get(0).getMILEAGE() != null && !rows.get(0).getMILEAGE().equals("FFFF")) {
COUNT_MILEAGE_START = Float.parseFloat(rows.get(0).getMILEAGE());
}
// 总燃油消耗开始
if (rows.get(0).getOIL_TOTAL() != null && !rows.get(0).getOIL_TOTAL().equals("FFFF")) {
COUNT_OIL_TOTAL_START = Float.parseFloat(rows.get(0).getOIL_TOTAL());
}
perv = rows.get(0);
// 如果是多条记录,继续计算 ---------开始
for (int i = 1; i < rows.size(); i++) {
// 总里程，总油耗
if (rows.get(0).getMILEAGE() != null && !rows.get(i).getMILEAGE().equals("FFFF")) {
if (COUNT_MILEAGE_START == 0) {
COUNT_MILEAGE_START = Float.parseFloat(rows.get(i).getMILEAGE());
} else {
COUNT_MILEAGE = Float.parseFloat(rows.get(i).getMILEAGE());
}
}
if (rows.get(0).getOIL_TOTAL() != null && !rows.get(i).getOIL_TOTAL().equals("FFFF")) {
if (COUNT_OIL_TOTAL_START == 0) {
COUNT_OIL_TOTAL_START = Float.parseFloat(rows.get(i).getOIL_TOTAL());
} else {
COUNT_OIL_TOTAL = Float.parseFloat(rows.get(i).getOIL_TOTAL());
}
}
if (rows.get(i).getOIL_INSTANT() != null
&& !rows.get(i).getOIL_INSTANT().equals("FFFF")) {
OIL_INSTANT = rows.get(i).getOIL_INSTANT();
}
nonce = rows.get(i);
diff =
(df.parse(nonce.getTERMINAL_TIME()).getTime()
- df.parse(perv.getTERMINAL_TIME()).getTime())
/ 1000;
if (diff >= 0 && diff < reportTimeSpace) {
continuous = true; // 两条记录连续
} else {
continuous = false; // 两条记录不连续
}
if (diff == 0) {
diff = reltime; // 如果为零付给时间。
}
// 计算各种持续时间
if (continuous) { // 记录连续的时候累计时间
po = 0;
} else { // 不连续
po = po + 1;
if (po >= 2) { // 前一点为孤立点
}
}
perv = nonce;
}
// --------------------- 结束
// 总里程，总油耗 计算及入库
MILEAGE = COUNT_MILEAGE - COUNT_MILEAGE_START;
OIL = COUNT_OIL_TOTAL - COUNT_OIL_TOTAL_START;
// 增加对负数的修正2011-08-18
if (MILEAGE < 0) {
MILEAGE = 0;
}
if (OIL < 0) {
OIL = 0;
}
reportDAO.updateOilMieage(
def.format(COUNT_MILEAGE),
def.format(MILEAGE),
def.format(COUNT_OIL_TOTAL),
def.format(OIL),
strVin,
strDate); // 更新油耗
}
} catch (Exception e) {
log.info("实时数据异常" + e.toString());
e.printStackTrace();
throw new Exception("分析实时数据时发生异常：" + e.getMessage());
}
}
@SuppressWarnings("static-access")
public void run() {
log.info("线程开始======strVin：" + strVin + "strDate:" + strDate);
MyCountDown myCount = MyCountDown.instance();
myCount.countAdd();
try {
// 获取实时数据
this.realTimeRecord = reportDAO.getRecord(strVin, strDate);
analyseREAl(); // 分析实时数据
reportDAO.updateCsdsDataXc(strVin, strDate, "32");
// 超转
reportDAO.updateCsdsDataXc(strVin, strDate, "49");
// 空档滑行
reportDAO.updateCsdsDataXc(strVin, strDate, "46");
// 超长怠速
reportDAO.updateCsdsDataXc(strVin, strDate, "50");
// 空调怠速
reportDAO.updateCsdsDataXc(strVin, strDate, "51");
// 非经济区运行
reportDAO.updateCsdsDataXc(strVin, strDate, "81");
// 疲劳驾驶
reportDAO.updateCsdsDataXc(strVin, strDate, "33");
// 生成非法点火，和告警明细
reportDAO.makczdetail(strVin, strDate);
// 校车异常乘车统计2012-03-14
// reportDAO.xcYcStatistics(strVin, strDate);
// 校车上座率统计2012-03-14
// reportDAO.xcSzlStatistics(strVin, strDate);
// 校车非法点火
reportDAO.updateCsdsDataXc(strVin, strDate, "54");
// 校车超载
reportDAO.updateCsdsDataXc(strVin, strDate, "72");
// 更新结束时间
reportDAO.updateEndData(strVin, strDate);
myCount.countDown(); // 线程结束
log.info("线程结束======strVin：" + strVin + ",strDate:" + strDate);
this.interrupted();
} catch (Exception e) {
myCount.countDown();
e.printStackTrace();
log.info("报表分析线程异常=strVin：" + strVin + ",strDate:" + strDate + e.toString());
this.interrupted();
return;
}
}