195 lines
8.6 KiB
Java
195 lines
8.6 KiB
Java
package com.njcn.event.file.utils;
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import com.njcn.event.file.pojo.bo.InstantData;
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import com.njcn.event.file.pojo.bo.RmsData;
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import com.njcn.event.file.pojo.bo.WaveDataDetail;
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import com.njcn.event.file.pojo.dto.WaveDataDTO;
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import java.util.ArrayList;
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import java.util.List;
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/**
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* @author hongawen
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* @version 1.0.0
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* @date 2023年09月20日 16:14
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*/
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public class WaveUtil {
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/**
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* 筛选后台绘图所需的瞬时、RMS等一次值数据
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*/
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public static List<WaveDataDetail> filterWaveData(WaveDataDTO waveDataDTO) {
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List<WaveDataDetail> waveDataDetails = new ArrayList<>();
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List<String> waveTitle = waveDataDTO.getWaveTitle();
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//通道名称，针对治理项目波形文件处理
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List<String> channelNames = waveDataDTO.getChannelNames();
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boolean openTri = waveDataDTO.getPtType() == 2;
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/************ 一个图形的相别决定了图形个数 Modify by yexb -----start ***********/
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Integer iPhase = waveDataDTO.getIPhasic();
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int picCounts = (waveTitle.size() - 1) / iPhase;
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/**处理相别的颜色**/
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List<String> colors = new ArrayList<>();
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//遍历图形个数
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for (int i = 0; i < picCounts; i++) {
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WaveDataDetail waveDataDetail = new WaveDataDetail();
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switch (iPhase) {
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case 1:
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waveDataDetail.setA(waveTitle.get(i + 1).substring(1));
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waveDataDetail.setB("");
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waveDataDetail.setC("");
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colors.add("#DAA520");
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colors.add("#fff");
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colors.add("#fff");
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waveDataDetail.setChannelName(channelNames.get(i + 1));
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break;
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case 2:
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waveDataDetail.setA(waveTitle.get(i * 2 + 1).substring(1));
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waveDataDetail.setB(waveTitle.get(i * 2 + 2).substring(1));
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waveDataDetail.setC("");
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colors.add("#DAA520");
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colors.add("#2E8B57");
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colors.add("#fff");
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waveDataDetail.setChannelName(channelNames.get(i * 2 + 1));
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break;
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case 3:
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waveDataDetail.setA(waveTitle.get(i * 3 + 1).substring(1));
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waveDataDetail.setB(waveTitle.get(i * 3 + 2).substring(1));
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waveDataDetail.setC(waveTitle.get(i * 3 + 3).substring(1));
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colors.add("#DAA520");
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colors.add("#2E8B57");
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colors.add("#A52a2a");
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waveDataDetail.setChannelName(channelNames.get(i * 3 + 1));
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break;
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}
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waveDataDetail.setColors(colors);
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float xishu = waveDataDTO.getPt().floatValue();
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if (waveTitle.get(iPhase * i + 1).substring(0, 1).equalsIgnoreCase("U")) {
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waveDataDetail.setUnit("kV");
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xishu = xishu / 1000;
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} else {
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waveDataDetail.setUnit("A");
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xishu = waveDataDTO.getCt().floatValue();
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}
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Float sfMax = 0f, sfMin = 0f, rfMax = 0f, rfMin = 0f;
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List<List<Float>> sAValue = new ArrayList<>(), sBValue = new ArrayList<>(), sCValue = new ArrayList<>(), rAValue = new ArrayList<>(), rBValue = new ArrayList<>(), rCValue = new ArrayList<>();
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List<List<Float>> sunData = waveDataDTO.getListWaveData();
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for (int j = 0; j < sunData.size(); j++) {
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float x = sunData.get(j).get(0);
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float shunFirstA = 0f, shunFirstB = 0f, shunFirstC = 0f;
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//根据相别来确认标题的名称
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for (int m = 0; m < iPhase; m++) {
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if (waveTitle.get(iPhase * i + m + 1).substring(1).contains("A")) {
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float tmpShunFirstA = sunData.get(j).get(iPhase * i + m + 1) * xishu;
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shunFirstA = tmpShunFirstA;
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sAValue.add(new ArrayList<Float>() {{
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add(x);
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add(tmpShunFirstA);
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}});
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}
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if (waveTitle.get(iPhase * i + m + 1).substring(1).contains("B")) {
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float tmpShunFirstB = sunData.get(j).get(iPhase * i + m + 1) * xishu;
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shunFirstB = tmpShunFirstB;
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sBValue.add(new ArrayList<Float>() {{
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add(x);
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add(tmpShunFirstB);
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}});
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}
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if (waveTitle.get(iPhase * i + m + 1).substring(1).contains("C")) {
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float tmpShunFirstC = sunData.get(j).get(iPhase * i + m + 1) * xishu;
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shunFirstC = tmpShunFirstC;
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sCValue.add(new ArrayList<Float>() {{
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add(x);
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add(tmpShunFirstC);
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}});
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}
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}
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sfMax = getMax(sfMax, shunFirstA, shunFirstB, shunFirstC);
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if (openTri) {
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sfMin = getMinOpen(sfMin, shunFirstA, shunFirstC);
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} else {
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sfMin = getMin(sfMin, shunFirstA, shunFirstB, shunFirstC);
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}
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}
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InstantData instantData = new InstantData();
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instantData.setAValue(sAValue);
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instantData.setBValue(sBValue);
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instantData.setCValue(sCValue);
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instantData.setMax(sfMax);
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instantData.setMin(sfMin);
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List<List<Float>> rmsData = waveDataDTO.getListRmsData();
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for (int k = 0; k < rmsData.size(); k++) {
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float x = rmsData.get(k).get(0);
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float rmsFirstA = 0f, rmsFirstB = 0f, rmsFirstC = 0f;
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//根据相别来确认标题的名称
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for (int m = 0; m < iPhase; m++) {
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if (waveTitle.get(iPhase * i + m + 1).substring(1).contains("A")) {
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float tmpRmsFirstA = rmsData.get(k).get(iPhase * i + m + 1) * xishu;
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rmsFirstA = tmpRmsFirstA;
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rAValue.add(new ArrayList<Float>() {{
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add(x);
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add(tmpRmsFirstA);
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}});
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}
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if (waveTitle.get(iPhase * i + m + 1).substring(1).contains("B")) {
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float tmpRmsFirstB = rmsData.get(k).get(iPhase * i + m + 1) * xishu;
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rmsFirstB = tmpRmsFirstB;
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rBValue.add(new ArrayList<Float>() {{
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add(x);
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add(tmpRmsFirstB);
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}});
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}
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if (waveTitle.get(iPhase * i + m + 1).substring(1).contains("C")) {
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float tmpRmsFirstC = rmsData.get(k).get(iPhase * i + m + 1) * xishu;
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rmsFirstC = tmpRmsFirstC;
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rCValue.add(new ArrayList<Float>() {{
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add(x);
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add(tmpRmsFirstC);
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}});
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}
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}
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rfMax = getMax(sfMax, rmsFirstA, rmsFirstB, rmsFirstC);
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if (openTri) {
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rfMin = getMinOpen(sfMin, rmsFirstA, rmsFirstC);
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} else {
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rfMin = getMin(sfMin, rmsFirstA, rmsFirstB, rmsFirstC);
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}
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}
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RmsData rmsData1 = new RmsData();
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rmsData1.setAValue(rAValue);
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rmsData1.setBValue(rBValue);
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rmsData1.setCValue(rCValue);
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rmsData1.setMax(rfMax);
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rmsData1.setMin(rfMin);
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waveDataDetail.setInstantData(instantData);
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waveDataDetail.setRmsData(rmsData1);
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waveDataDetail.setIsOpen(openTri);
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waveDataDetails.add(waveDataDetail);
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}
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/************ Modify by yexb -----end ***********/
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return waveDataDetails;
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}
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private static Float getMinOpen(Float temp, float tempA, float tempB) {
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temp = temp < tempA ? temp : tempA;
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temp = temp < tempB ? temp : tempB;
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return temp;
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}
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private static float getMin(float temp, float tempA, float tempB, float tempC) {
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temp = Math.min(temp, tempA);
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temp = Math.min(temp, tempB);
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temp = Math.min(temp, tempC);
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return temp;
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}
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private static float getMax(float temp, float tempA, float tempB, float tempC) {
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temp = Math.max(temp, tempA);
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temp = Math.max(temp, tempB);
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temp = Math.max(temp, tempC);
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return temp;
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}
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}
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