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波形解析的电流一次值转二次值调整

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This commit is contained in:
hongawen
2026-04-15 10:20:48 +08:00
parent 59f2588488
commit 232e84aad3
2 changed files with 131 additions and 143 deletions
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270
pqs-advance/advance-api/src/main/java/com/njcn/advance/pojo/dto/waveAnalysis/AnalyWave.java
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@@ -26,8 +26,6 @@ import java.util.*;
public class AnalyWave {
/*****************************************
* 解析comtrate文件工具类
* author yexb根据Ww算法装换
@@ -94,7 +92,7 @@ public class AnalyWave {
** ** strFilePath *** cfg文件路径
* *** auth *** 读取方式 null则使用本地读取方式读取
******************************************/
public AnalyWaveModel.tagDataValue readComtrade(List<String> temCfgList,byte[] array, int iFlag) {
public AnalyWaveModel.tagDataValue readComtrade(List<String> temCfgList, byte[] array, int iFlag) {
//初始化参数
ComtradeCfg = new AnalyWaveModel.tagComtradeCfg();
RatesCfg = new AnalyWaveModel.tagRates();
@@ -163,148 +161,145 @@ public class AnalyWave {
iterable.next();
String[] strTempArray;// 读取cfg文件
try {
nFreq = 0f;//WW 2019-11-14
String strFileLine = iterable.next();
nFreq = 0f;//WW 2019-11-14
String strFileLine = iterable.next();
strTempArray = strFileLine.split(",");
for (int i = 0; i < strTempArray.length; i++) {
switch (i) {
case 0:// 总个数
ComtradeCfg.nChannelNum = Integer.parseInt(strTempArray[i]);
break;
case 1:// 模拟量的个数
{
String str = strTempArray[i].substring(0, strTempArray[i].length() - 1);
ComtradeCfg.nAnalogNum = Integer.parseInt(str);
}
break;
case 2:// 开关量的个数
{
String str = strTempArray[i].substring(0, strTempArray[i].length() - 1);
ComtradeCfg.nDigitalNum = Integer.parseInt(str);
}
break;
}
}
// 从第三行到第ComtradeCfg.nChannelNum+3行是模拟量通道和数字量通道
for (int i = 0; i < ComtradeCfg.nChannelNum; i++) {
AnalyWaveModel.tagOneChannleCfg OneChannlecfg = new AnalyWaveModel.tagOneChannleCfg();
ComtradeCfg.OneChannleCfg.add(OneChannlecfg);
strFileLine = iterable.next();
strTempArray = strFileLine.split(",");
// 配置总共13项
for (int j = 0; j < strTempArray.length; j++) {
switch (j) {
case 0:// 通道序号
OneChannlecfg.nIndex = Integer.parseInt(strTempArray[j]);
break;
case 1:// 通道名称
OneChannlecfg.szChannleName = strTempArray[j];
break;
case 2:// 相位名称
OneChannlecfg.szPhasicName = strTempArray[j];
break;
case 3:// 监视的通道名称
OneChannlecfg.szMonitoredChannleName = strTempArray[j];
break;
case 4:// 通道的单位
OneChannlecfg.szUnitName = strTempArray[j];
break;
case 5:// 通道的系数
OneChannlecfg.fCoefficent = Float.parseFloat(strTempArray[j]);
break;
case 6:// 通道的偏移量
OneChannlecfg.fOffset = Float.parseFloat(strTempArray[j]);
break;
case 7:// 起始采样时间的偏移量
OneChannlecfg.fTimeOffset = Float.parseFloat(strTempArray[j]);
break;
case 8:// 采样值的最小值
OneChannlecfg.nMin = Integer.parseInt(strTempArray[j]);
break;
case 9:// 采样值的最大值
OneChannlecfg.nMax = Integer.parseInt(strTempArray[j]);
break;
case 10:// 一次变比
OneChannlecfg.fPrimary = Float.parseFloat(strTempArray[j]);
break;
case 11:// 二次变比
OneChannlecfg.fSecondary = Float.parseFloat(strTempArray[j]);
break;
case 12:// 一次值还是二次值标志
OneChannlecfg.szValueType = strTempArray[j];
break;
}
}
}
// 采样频率
strFileLine = iterable.next();
float fFreq = Float.parseFloat(strFileLine);
nFreq = (float) fFreq;//WW 2019-11-14
// 采样段数
strFileLine = iterable.next();
int nRates = Integer.parseInt(strFileLine);
RatesCfg.nRates = nRates;
// 获得每段的采样率
long nOffset = 0;
for (int i = 0; i < nRates; i++) {
strFileLine = iterable.next();
strTempArray = strFileLine.split(",");
for (int i = 0; i < strTempArray.length; i++) {
switch (i) {
case 0:// 总个数
ComtradeCfg.nChannelNum = Integer.parseInt(strTempArray[i]);
AnalyWaveModel.tagOneRate OneRate = new AnalyWaveModel.tagOneRate();
RatesCfg.OneRate.add(OneRate);
for (int j = 0; j < strTempArray.length; j++) {
switch (j) {
case 0:// 单周波采样点数
OneRate.nOneSample = (int) (Float.parseFloat(strTempArray[j]) / nFreq);//WW 2019-11-14
break;
case 1:// 总点数 //这里的strTemp是一个偏移量
OneRate.nSampleNum = (long) (Float.parseFloat(strTempArray[j]) - nOffset);
nOffset += OneRate.nSampleNum;
break;
case 1:// 模拟量的个数
{
String str = strTempArray[i].substring(0, strTempArray[i].length() - 1);
ComtradeCfg.nAnalogNum = Integer.parseInt(str);
}
break;
case 2:// 开关量的个数
{
String str = strTempArray[i].substring(0, strTempArray[i].length() - 1);
ComtradeCfg.nDigitalNum = Integer.parseInt(str);
}
break;
}
}
}
// 从第三行到第ComtradeCfg.nChannelNum+3行是模拟量通道和数字量通道
for (int i = 0; i < ComtradeCfg.nChannelNum; i++) {
AnalyWaveModel.tagOneChannleCfg OneChannlecfg = new AnalyWaveModel.tagOneChannleCfg();
ComtradeCfg.OneChannleCfg.add(OneChannlecfg);
strFileLine = iterable.next();
strTempArray = strFileLine.split(",");
// 配置总共13项
for (int j = 0; j < strTempArray.length; j++) {
switch (j) {
case 0:// 通道序号
OneChannlecfg.nIndex = Integer.parseInt(strTempArray[j]);
break;
case 1:// 通道名称
OneChannlecfg.szChannleName = strTempArray[j];
break;
case 2:// 相位名称
OneChannlecfg.szPhasicName = strTempArray[j];
break;
case 3:// 监视的通道名称
OneChannlecfg.szMonitoredChannleName = strTempArray[j];
break;
case 4:// 通道的单位
OneChannlecfg.szUnitName = strTempArray[j];
break;
case 5:// 通道的系数
OneChannlecfg.fCoefficent = Float.parseFloat(strTempArray[j]);
break;
case 6:// 通道的偏移量
OneChannlecfg.fOffset = Float.parseFloat(strTempArray[j]);
break;
case 7:// 起始采样时间的偏移量
OneChannlecfg.fTimeOffset = Float.parseFloat(strTempArray[j]);
break;
case 8:// 采样值的最小值
OneChannlecfg.nMin = Integer.parseInt(strTempArray[j]);
break;
case 9:// 采样值的最大值
OneChannlecfg.nMax = Integer.parseInt(strTempArray[j]);
break;
case 10:// 一次变比
OneChannlecfg.fPrimary = Float.parseFloat(strTempArray[j]);
break;
case 11:// 二次变比
OneChannlecfg.fSecondary = Float.parseFloat(strTempArray[j]);
break;
case 12:// 一次值还是二次值标志
OneChannlecfg.szValueType = strTempArray[j];
break;
}
}
}
// 采样频率
strFileLine = iterable.next();
float fFreq = Float.parseFloat(strFileLine);
nFreq = (float) fFreq;//WW 2019-11-14
// 采样段数
strFileLine = iterable.next();
int nRates = Integer.parseInt(strFileLine);
RatesCfg.nRates = nRates;
// 获得每段的采样率
long nOffset = 0;
for (int i = 0; i < nRates; i++) {
strFileLine = iterable.next();
strTempArray = strFileLine.split(",");
AnalyWaveModel.tagOneRate OneRate = new AnalyWaveModel.tagOneRate();
RatesCfg.OneRate.add(OneRate);
for (int j = 0; j < strTempArray.length; j++) {
switch (j) {
case 0:// 单周波采样点数
OneRate.nOneSample = (int) (Float.parseFloat(strTempArray[j]) / nFreq);//WW 2019-11-14
break;
case 1:// 总点数 //这里的strTemp是一个偏移量
OneRate.nSampleNum = (long) (Float.parseFloat(strTempArray[j]) - nOffset);
nOffset += OneRate.nSampleNum;
break;
}
}
}
SimpleDateFormat sdf = new SimpleDateFormat("dd/MM/yyyy HH:mm:ss.SSS");
// 波形起始时间
strFileLine = iterable.next();
strFileLine = strFileLine.substring(0, strFileLine.length() - 3).replace(",", " ");
TimeTrige = sdf.parse(strFileLine);
// 暂态触发时间
strFileLine = iterable.next();
strFileLine = strFileLine.substring(0, strFileLine.length() - 3).replace(",", " ");
TimeWave = sdf.parse(strFileLine);
Calendar calendar = Calendar.getInstance();
calendar.setTime(TimeWave);
firstMs = calendar.get(Calendar.MILLISECOND);
firstTime = calendar.getTime();
long a = TimeWave.getTime();
long b = TimeTrige.getTime();
int c = (int) (a - b);
if (c >= 90 && c <= 110) {
iPush = 100;
} else if (c >= 190 && c <= 210) {
iPush = 200;
}
// 赋值编码格式（二进制）
strBinType = iterable.next().toUpperCase();
SimpleDateFormat sdf = new SimpleDateFormat("dd/MM/yyyy HH:mm:ss.SSS");
// 波形起始时间
strFileLine = iterable.next();
strFileLine = strFileLine.substring(0, strFileLine.length() - 3).replace(",", " ");
TimeTrige = sdf.parse(strFileLine);
// 暂态触发时间
strFileLine = iterable.next();
strFileLine = strFileLine.substring(0, strFileLine.length() - 3).replace(",", " ");
TimeWave = sdf.parse(strFileLine);
Calendar calendar = Calendar.getInstance();
calendar.setTime(TimeWave);
firstMs = calendar.get(Calendar.MILLISECOND);
firstTime = calendar.getTime();
long a = TimeWave.getTime();
long b = TimeTrige.getTime();
int c = (int) (a - b);
if (c >= 90 && c <= 110) {
iPush = 100;
} else if (c >= 190 && c <= 210) {
iPush = 200;
}
// 赋值编码格式（二进制）
strBinType = iterable.next().toUpperCase();
} catch (Exception e) {
e.printStackTrace();
logger.error("读取文件内容出错"+e.getMessage());
logger.error("读取文件内容出错" + e.getMessage());
return false;
}finally {
} finally {
}
@@ -319,15 +314,8 @@ public class AnalyWave {
private List<List<Float>> AnalyseComtradeDat(byte[] array, int iFlag) {
float xValueAll = 0;//初始化xValue的值
boolean blxValue = false;//判断是否首次登陆
List<List<Float>> listWaveData = new ArrayList<>();//返回数据
try {
// 计算每个单独的数据块的大小 4字节的序号 4字节的时间 2字节的值
// 示例中的排布是 4字节的序号 4字节的时间 UA(2字节) UB(2字节) UC(2字节) IA(2字节) IB(2字节)
// IC(2字节)
@@ -470,7 +458,7 @@ public class AnalyWave {
{
if (ComtradeCfg.OneChannleCfg.get(j).fPrimary != 0.0f)//根据cfg内的变比，将一次值转换成二次值
{
fValue = ComtradeCfg.OneChannleCfg.get(j).fSecondary / ComtradeCfg.OneChannleCfg.get(j).fPrimary;
fValue = fValue * ComtradeCfg.OneChannleCfg.get(j).fSecondary / ComtradeCfg.OneChannleCfg.get(j).fPrimary;
} else {
fValue = fValue;
}
@@ -500,7 +488,7 @@ public class AnalyWave {
} catch (Exception e) {
logger.error("读取文件出错：" + e.getMessage());
return listWaveData;
}finally {
} finally {
}

4
pqs-common/common-event/src/main/java/com/njcn/event/file/component/WaveFileComponent.java
View File

@@ -641,7 +641,7 @@ public class WaveFileComponent {
{
//根据cfg内的变比，将一次值转换成二次值
if (comtradeCfgDTO.getLstAnalogDTO().get(j).getFPrimary() != 0.0f) {
fValue = comtradeCfgDTO.getLstAnalogDTO().get(j).getFSecondary() / comtradeCfgDTO.getLstAnalogDTO().get(j).getFPrimary();
fValue = fValue * comtradeCfgDTO.getLstAnalogDTO().get(j).getFSecondary() / comtradeCfgDTO.getLstAnalogDTO().get(j).getFPrimary();
} else {
fValue = fValue;
}
@@ -724,7 +724,7 @@ public class WaveFileComponent {
{
//根据cfg内的变比，将一次值转换成二次值
if (comtradeCfgDTO.getLstAnalogDTO().get(j).getFPrimary() != 0.0f) {
fValue = comtradeCfgDTO.getLstAnalogDTO().get(j).getFSecondary() / comtradeCfgDTO.getLstAnalogDTO().get(j).getFPrimary();
fValue = fValue * comtradeCfgDTO.getLstAnalogDTO().get(j).getFSecondary() / comtradeCfgDTO.getLstAnalogDTO().get(j).getFPrimary();
} else {
fValue = fValue;
}