From 30c76f1f25ddf6437014ea47bdc206cf0e288ec7 Mon Sep 17 00:00:00 2001
From: kaiyu <404897439@qq.com>
Date: Wed, 03 Nov 2021 14:23:09 +0800
Subject: [PATCH] screen-common 修改AQI工具类代码
---
screen-common/src/main/java/com/moral/util/AQIUtils.java | 646 ++++++++++++++++++++++++++++------------------------------
1 files changed, 314 insertions(+), 332 deletions(-)
diff --git a/screen-common/src/main/java/com/moral/util/AQIUtils.java b/screen-common/src/main/java/com/moral/util/AQIUtils.java
index 2b29c63..4d843a4 100644
--- a/screen-common/src/main/java/com/moral/util/AQIUtils.java
+++ b/screen-common/src/main/java/com/moral/util/AQIUtils.java
@@ -1,370 +1,352 @@
package com.moral.util;
-import org.springframework.util.ObjectUtils;
+import com.moral.pojo.AQI;
import java.util.*;
import com.moral.constant.Constants;
public class AQIUtils {
- public static int hourlyAqi(Map<String, Object> map) {
- List<Integer> AQIList = new ArrayList<>();
- for (Map.Entry<String, Object> entry : map.entrySet()) {
- String key = entry.getKey();
- if (entry.getValue().toString().equals("")) {
- continue;
- }
- int PM2_5AQI;
- int PM10AQI;
- int SO2AQI;
- int NO2AQI;
- int COAQI;
- int O3AQI;
- switch (key) {
- case Constants.SENSOR_CODE_PM25:
- PM2_5AQI = PM2_5AQI(Double.valueOf(entry.getValue().toString()));
- AQIList.add(PM2_5AQI);
- break;
- case Constants.SENSOR_CODE_PM10:
- PM10AQI = PM10AQI(Double.valueOf(entry.getValue().toString()));
- AQIList.add(PM10AQI);
- break;
- case Constants.SENSOR_CODE_SO2:
- SO2AQI = SO2AQI(Double.valueOf(entry.getValue().toString()));
- AQIList.add(SO2AQI);
- break;
- case Constants.SENSOR_CODE_NO2:
- NO2AQI = NO2AQI(Double.valueOf(entry.getValue().toString()));
- AQIList.add(NO2AQI);
- break;
- case Constants.SENSOR_CODE_CO:
- COAQI = COAQI(Double.valueOf(entry.getValue().toString()));
- AQIList.add(COAQI);
- break;
- case Constants.SENSOR_CODE_O3:
- O3AQI = O3AQI(Double.valueOf(entry.getValue().toString()));
- AQIList.add(O3AQI);
- break;
- default:
- break;
- }
- }
- int AQIMAX = 0;
- if (!ObjectUtils.isEmpty(AQIList)) {
- if (AQIList.size() == 6) {
- AQIMAX = Collections.max(AQIList);
- }
- }
- return AQIMAX;
- }
-
- /**
- * @Description: ������AQI������������������map���key���sensorCode���value���������
- * @Param: [map]
- * @return: java.util.Map<java.lang.String, java.lang.Object>
- * @Author: ���������
- * @Date: 2021/10/29
- */
- public static Map<String, Object> hourlyAqi_pollutant(Map<String, Object> map) {
- List<Integer> AQIList = new ArrayList<>();
- Map<String, Integer> AQIMap = new HashMap<>();
- for (Map.Entry<String, Object> entry : map.entrySet()) {
- String key = entry.getKey();
- if (entry.getValue().toString().equals("")) {
- continue;
- }
- int PM2_5AQI;
- int PM10AQI;
- int SO2AQI;
- int NO2AQI;
- int COAQI;
- int O3AQI;
- switch (key) {
- case Constants.SENSOR_CODE_PM25:
- PM2_5AQI = PM2_5AQI(Double.valueOf(entry.getValue().toString()));
- AQIList.add(PM2_5AQI);
- AQIMap.put("PM2.5", PM2_5AQI);
- break;
- case Constants.SENSOR_CODE_PM10:
- PM10AQI = PM10AQI(Double.valueOf(entry.getValue().toString()));
- AQIList.add(PM10AQI);
- AQIMap.put("PM10", PM10AQI);
- break;
- case Constants.SENSOR_CODE_SO2:
- SO2AQI = SO2AQI(Double.valueOf(entry.getValue().toString()));
- AQIList.add(SO2AQI);
- AQIMap.put("SO2", SO2AQI);
- break;
- case Constants.SENSOR_CODE_NO2:
- NO2AQI = NO2AQI(Double.valueOf(entry.getValue().toString()));
- AQIList.add(NO2AQI);
- AQIMap.put("NO2", NO2AQI);
- break;
- case Constants.SENSOR_CODE_CO:
- COAQI = COAQI(Double.valueOf(entry.getValue().toString()));
- AQIList.add(COAQI);
- AQIMap.put("CO", COAQI);
- break;
- case Constants.SENSOR_CODE_O3:
- O3AQI = O3AQI(Double.valueOf(entry.getValue().toString()));
- AQIList.add(O3AQI);
- AQIMap.put("O3", O3AQI);
- break;
- default:
- break;
- }
- }
- int AQIMAX = 0;
- if (!ObjectUtils.isEmpty(AQIList)) {
- AQIMAX = Collections.max(AQIList);
- }
- List<String> nameList = new ArrayList<>();
- for (String key : AQIMap.keySet()) {
- if (AQIMap.get(key).equals(AQIMAX)) {
- nameList.add(key);
- }
- }
- Map<String, Object> resultMap = new HashMap<>();
- resultMap.put("aqi", AQIMAX);
- if (AQIMAX > 50)
- resultMap.put("pollutant", nameList);
- return resultMap;
- }
+ /*24������������������*/
+ private static Double[] SO2_Daily_Limit_Data = new Double[]{0d, 50d, 150d, 475d, 800d, 1600d, 2100d, 2620d};
+ private static Double[] NO2_Daily_Limit_Data = new Double[]{0d, 40d, 80d, 180d, 280d, 565d, 750d, 940d};
+ private static Double[] PM10_Daily_Limit_Data = new Double[]{0d, 50d, 150d, 250d, 350d, 420d, 500d, 600d};
+ private static Double[] CO_Daily_Limit_Data = new Double[]{0d, 2d, 4d, 14d, 24d, 36d, 48d, 60d};
+ private static Double[] PM2_5_Daily_Limit_Data = new Double[]{0d, 35d, 75d, 115d, 150d, 250d, 350d, 500d};
+ private static Double[] O3_Daily_Limit_Data = new Double[]{0d, 100d, 160d, 215d, 265d, 800d};
+ /*1������������������*/
+ private static Double[] SO2_Hourly_Limit_Data = new Double[]{0d, 150d, 500d, 650d, 800d};
+ private static Double[] NO2_Hourly_Limit_Data = new Double[]{0d, 100d, 200d, 700d, 1200d, 2340d, 3090d, 3840d};
+ private static Double[] PM10_Hourly_Limit_Data = new Double[]{0d, 50d, 150d, 250d, 350d, 420d, 500d, 600d};
+ private static Double[] CO_Hourly_Limit_Data = new Double[]{0d, 5d, 10d, 35d, 60d, 90d, 120d, 150d};
+ private static Double[] PM2_5_Hourly_Limit_Data = new Double[]{0d, 35d, 75d, 115d, 150d, 250d, 350d, 500d};
+ private static Double[] O3_Hourly_Limit_Data = new Double[]{0d, 160d, 200d, 300d, 400d, 800d, 1000d, 1200d};
+ /*���������������������*/
+ private static Double[] IAQI_Array = new Double[]{0d,50d,100d,150d,200d,300d,400d,500d};
public static void main(String[] args) {
- Map<String, Object> map = new HashMap<>();
- map.put("a34004", 11.25);
- map.put("a34002", 18.25);
- map.put("a21026", 55);
- map.put("a21004", 200.01);
- map.put("a21005", 18.94);
- map.put("a05024", 55);
- System.out.println(hourlyAqi_pollutant(map));
+ Map<String,Object> map = new HashMap<>();
+ map.put("a34002",60);
+ map.put("a34004",56);
+ map.put("a21004",99);
+ map.put("a21005",0.54);
+ map.put("a21026",27);
+ map.put("a05024",72);
+ System.out.println(dailyAQI(map));
}
/**
- * @Description: ������AQI������������
- * @Param:
- * @return:
- * @Author: ���������
- * @Date: 2021/10/29
- */
- public static String classOfPollutionByAqi(Integer aqi) {
- if (aqi > 300)
+ * @Description: ������AQI������������
+ * @Param:
+ * @return:
+ * @Author: ���������
+ * @Date: 2021/10/29
+ */
+ public static String classOfPollutionByAqi(Integer aqi){
+ if(aqi>300)
return Constants.SERVER;
- if (aqi > 200)
+ if(aqi>200)
return Constants.SERIOUS;
- if (aqi > 150)
+ if(aqi>150)
return Constants.MIDDLE;
- if (aqi > 100)
+ if(aqi>100)
return Constants.MILD;
- if (aqi > 50)
+ if(aqi>50)
return Constants.GOOD;
return Constants.EXCELLENT;
}
- //PM2.5 IAQI
- private static int PM2_5AQI(Double value) {
- double result;
- if (value <= 0) {
- result = 0;
- } else if (value <= 35) {
- result = 50d / 35d * (value - 0) + 0;
- } else if (value <= 75) {
- result = 50d / 40d * (value - 35) + 50;
- } else if (value <= 115) {
- result = 50d / 40d * (value - 75) + 100;
- } else if (value <= 150) {
- result = 50d / 35d * (value - 115) + 150;
- } else if (value <= 250) {
- result = 100d / 100d * (value - 150) + 200;
- } else if (value <= 350) {
- result = 100d / 100d * (value - 250) + 300;
- } else {
- result = 100d / 150d * (value - 350) + 400;
+ /**
+ * @Description: 24������AQI
+ * @Param: [paramMap]
+ * @return: java.lang.Integer
+ * @Author: ���������
+ * @Date: 2021/11/3
+ */
+ public static AQI dailyAQI(Map<String,Object> paramMap){
+ if(paramMap==null)
+ return null;
+ List<Integer> IAQIList = new ArrayList<>();
+ List<String> primaryPollutantNames = new ArrayList<>();
+ List<String> primaryPollutantCodes = new ArrayList<>();
+ Integer PM2_5IAQI;
+ Integer SO2IAQI;
+ Integer NO2IAQI;
+ Integer COIAQI;
+ Integer PM10IAQI;
+ Integer O3IAQI;
+ if(paramMap.get(Constants.SENSOR_CODE_PM25)!=null){
+ Double PM2_5 = Double.valueOf(paramMap.get("a34004").toString());
+ PM2_5IAQI = calculateIAQIUniversal(PM2_5,PM2_5_Daily_Limit_Data);
+ IAQIList.add(PM2_5IAQI);
+ if(PM2_5IAQI>50){
+ primaryPollutantCodes.add(Constants.SENSOR_CODE_PM25);
+ primaryPollutantNames.add("PM2.5");
+ }
}
- return (int) Math.ceil(result);
- }
-
- //PM10 IAQI
- private static int PM10AQI(Double value) {
- double result;
- if (value <= 0) {
- result = 0;
- } else if (value <= 50) {
- result = 50d / 50d * (value - 0) + 0;
- } else if (value <= 150) {
- result = 50d / 100d * (value - 50) + 50;
- } else if (value <= 250) {
- result = 50d / 100d * (value - 150) + 100;
- } else if (value <= 350) {
- result = 50d / 100d * (value - 250) + 150;
- } else if (value <= 420) {
- result = 100d / 70d * (value - 350) + 200;
- } else if (value <= 500) {
- result = 100d / 80d * (value - 420) + 300;
- } else {
- result = 100d / 100d * (value - 500) + 400;
+ if(paramMap.get(Constants.SENSOR_CODE_SO2)!=null){
+ Double SO2 = Double.valueOf(paramMap.get("a21026").toString());
+ SO2IAQI = calculateIAQIUniversal(SO2,SO2_Daily_Limit_Data);
+ IAQIList.add(SO2IAQI);
+ if(SO2IAQI>50){
+ primaryPollutantNames.add("SO2");
+ primaryPollutantCodes.add(Constants.SENSOR_CODE_SO2);
+ }
}
- return (int) Math.ceil(result);
- }
-
- //SO2 IAQI
- private static int SO2AQI(Double value) {
- double result;
- if (value <= 0) {
- result = 0;
- } else if (value <= 150) {
- result = 50d / 150d * (value - 0) + 0;
- } else if (value <= 500) {
- result = 50d / 350d * (value - 150) + 50;
- } else if (value <= 650) {
- result = 50d / 150d * (value - 500) + 100;
- } else {
- result = 50d / 150d * (value - 650) + 150;
+ if(paramMap.get(Constants.SENSOR_CODE_NO2)!=null){
+ Double NO2 = Double.valueOf(paramMap.get("a21004").toString());
+ NO2IAQI = calculateIAQIUniversal(NO2,NO2_Daily_Limit_Data);
+ IAQIList.add(NO2IAQI);
+ if(NO2IAQI>50){
+ primaryPollutantNames.add("NO2");
+ primaryPollutantCodes.add(Constants.SENSOR_CODE_NO2);
+ }
}
- return (int) Math.ceil(result);
- }
-
- //NO2 IAQI
- private static int NO2AQI(Double value) {
- double result;
- if (value <= 0) {
- result = 0;
- } else if (value <= 100) {
- result = 50d / 100d * (value - 0) + 0;
- } else if (value <= 200) {
- result = 50d / 100d * (value - 100) + 50;
- } else if (value <= 700) {
- result = 50d / 500d * (value - 200) + 100;
- } else if (value <= 1200) {
- result = 50d / 500d * (value - 700) + 150;
- } else if (value <= 2340) {
- result = 100d / 1140d * (value - 1200) + 200;
- } else if (value <= 3090) {
- result = 100d / 750d * (value - 2340) + 300;
- } else {
- result = 100d / 750d * (value - 3090) + 400;
+ if(paramMap.get(Constants.SENSOR_CODE_CO)!=null){
+ Double CO = Double.valueOf(paramMap.get("a21005").toString());
+ COIAQI = calculateIAQIUniversal(CO,CO_Daily_Limit_Data);
+ IAQIList.add(COIAQI);
+ if(COIAQI>50){
+ primaryPollutantNames.add("CO");
+ primaryPollutantCodes.add(Constants.SENSOR_CODE_CO);
+ }
}
- return (int) Math.ceil(result);
- }
-
- //CO IAQI
- private static int COAQI(Double value) {
- double result;
- if (value <= 0) {
- result = 0;
- } else if (value <= 5) {
- result = 50d / 5d * (value - 0) + 0;
- } else if (value <= 10) {
- result = 50d / 5d * (value - 5) + 50;
- } else if (value <= 35) {
- result = 50d / 25d * (value - 10) + 100;
- } else if (value <= 60) {
- result = 50d / 25d * (value - 35) + 150;
- } else if (value <= 90) {
- result = 100d / 30d * (value - 60) + 200;
- } else if (value <= 120) {
- result = 100d / 30d * (value - 90) + 300;
- } else {
- result = 100d / 30d * (value - 120) + 400;
+ if(paramMap.get(Constants.SENSOR_CODE_PM10)!=null){
+ Double PM10 = Double.valueOf(paramMap.get("a34002").toString());
+ PM10IAQI = calculateIAQIUniversal(PM10,PM10_Daily_Limit_Data);
+ IAQIList.add(PM10IAQI);
+ if(PM10IAQI>50){
+ primaryPollutantNames.add("PM10");
+ primaryPollutantCodes.add(Constants.SENSOR_CODE_PM10);
+ }
}
- return (int) Math.ceil(result);
- }
-
- //O3 IAQI
- private static int O3AQI(Double value) {
- double result;
- if (value <= 0) {
- result = 0;
- } else if (value <= 100) {
- result = 50d / 100d * (value - 0) + 0;
- } else if (value <= 160) {
- result = 50d / 60d * (value - 100) + 50;
- } else if (value <= 215) {
- result = 50d / 55d * (value - 160) + 100;
- } else if (value <= 265) {
- result = 50d / 150d * (value - 215) + 150;
- } else if (value <= 800) {
- result = 100d / 535d * (value - 265) + 200;
- } else if (value <= 2100) {
- result = 100d / 12d * (value - 800) + 300;
- } else {
- result = 100d / 12d * (value - 48) + 400;
+ if(paramMap.get(Constants.SENSOR_CODE_O3)!=null){
+ Double O3 = Double.valueOf(paramMap.get("a05024").toString());
+ O3IAQI = calculateO3DailyIAQI(O3);
+ IAQIList.add(O3IAQI);
+ if(O3IAQI>50){
+ primaryPollutantNames.add("O3");
+ primaryPollutantCodes.add(Constants.SENSOR_CODE_O3);
+ }
}
- return (int) Math.ceil(result);
+ AQI aqi= new AQI();
+ aqi.setAQIValue(getAQIByIAQIs(IAQIList));
+ aqi.setPrimaryPollutantCodes(primaryPollutantCodes);
+ aqi.setPrimaryPollutantNames(primaryPollutantNames);
+ return aqi;
}
/**
- * @Description: ������AQI������������������map���key���pm2_5,pm10,so2,no2,co,o3���value���������
- * @Param: [map]
- * @return: java.util.Map<java.lang.String, java.lang.Object>
+ * @Description: 1������AQI
+ * @Param: [paramMap]
+ * @return: java.lang.Integer
* @Author: ���������
- * @Date: 2021/10/29
+ * @Date: 2021/11/3
*/
- public static Map<String, Object> cityAqiPollutant(Map<String, Object> map) {
- List<Integer> AQIList = new ArrayList<>();
- Map<String, Integer> AQIMap = new HashMap<>();
- for (Map.Entry<String, Object> entry : map.entrySet()) {
- String key = entry.getKey();
- if (entry.getValue().toString().equals("")) {
- continue;
- }
- int PM2_5AQI;
- int PM10AQI;
- int SO2AQI;
- int NO2AQI;
- int COAQI;
- int O3AQI;
- switch (key) {
- case "pm2_5":
- PM2_5AQI = PM2_5AQI(Double.valueOf(entry.getValue().toString()));
- AQIList.add(PM2_5AQI);
- AQIMap.put("pm2_5", PM2_5AQI);
- break;
- case "pm10":
- PM10AQI = PM10AQI(Double.valueOf(entry.getValue().toString()));
- AQIList.add(PM10AQI);
- AQIMap.put("pm10", PM10AQI);
- break;
- case Constants.SENSOR_CODE_SO2:
- SO2AQI = SO2AQI(Double.valueOf(entry.getValue().toString()));
- AQIList.add(SO2AQI);
- AQIMap.put("so2", SO2AQI);
- break;
- case Constants.SENSOR_CODE_NO2:
- NO2AQI = NO2AQI(Double.valueOf(entry.getValue().toString()));
- AQIList.add(NO2AQI);
- AQIMap.put("no2", NO2AQI);
- break;
- case Constants.SENSOR_CODE_CO:
- COAQI = COAQI(Double.valueOf(entry.getValue().toString()));
- AQIList.add(COAQI);
- AQIMap.put("co", COAQI);
- break;
- case Constants.SENSOR_CODE_O3:
- O3AQI = O3AQI(Double.valueOf(entry.getValue().toString()));
- AQIList.add(O3AQI);
- AQIMap.put("o3", O3AQI);
- break;
- default:
- break;
+ public static AQI hourlyAQI(Map<String,Object> paramMap){
+ if(paramMap==null)
+ return null;
+ List<Integer> IAQIList = new ArrayList<>();
+ List<String> primaryPollutantNames = new ArrayList<>();
+ List<String> primaryPollutantCodes = new ArrayList<>();
+ Integer PM2_5IAQI;
+ Integer SO2IAQI;
+ Integer NO2IAQI;
+ Integer COIAQI;
+ Integer PM10IAQI;
+ Integer O3IAQI;
+ if(paramMap.get("a34004")!=null){
+ Double PM2_5 = Double.valueOf(paramMap.get("a34004").toString());
+ PM2_5IAQI = calculateIAQIUniversal(PM2_5,PM2_5_Hourly_Limit_Data);
+ IAQIList.add(PM2_5IAQI);
+ if(PM2_5IAQI>50){
+ primaryPollutantCodes.add(Constants.SENSOR_CODE_PM25);
+ primaryPollutantNames.add("PM2.5");
}
}
- int AQIMAX = 0;
- if (!ObjectUtils.isEmpty(AQIList)) {
- AQIMAX = Collections.max(AQIList);
- }
- List<String> nameList = new ArrayList<>();
- for (String key : AQIMap.keySet()) {
- if (AQIMap.get(key).equals(AQIMAX)) {
- nameList.add(key);
+ if(paramMap.get("a21026")!=null){
+ Double SO2 = Double.valueOf(paramMap.get("a21026").toString());
+ SO2IAQI = calculateSO2HourlyIAQI(SO2);
+ IAQIList.add(SO2IAQI);
+ if(SO2IAQI>50){
+ primaryPollutantNames.add("SO2");
+ primaryPollutantCodes.add(Constants.SENSOR_CODE_SO2);
}
}
- Map<String, Object> resultMap = new HashMap<>();
- resultMap.put("aqi", AQIMAX);
- if (AQIMAX > 50)
- resultMap.put("pollutant", nameList);
- return resultMap;
+ if(paramMap.get("a21004")!=null){
+ Double NO2 = Double.valueOf(paramMap.get("a21004").toString());
+ NO2IAQI = calculateIAQIUniversal(NO2,NO2_Hourly_Limit_Data);
+ IAQIList.add(NO2IAQI);
+ if(NO2IAQI>50){
+ primaryPollutantNames.add("NO2");
+ primaryPollutantCodes.add(Constants.SENSOR_CODE_NO2);
+ }
+ }
+ if(paramMap.get("a21005")!=null){
+ Double CO = Double.valueOf(paramMap.get("a21005").toString());
+ COIAQI = calculateIAQIUniversal(CO,CO_Hourly_Limit_Data);
+ IAQIList.add(COIAQI);
+ if(COIAQI>50){
+ primaryPollutantNames.add("CO");
+ primaryPollutantCodes.add(Constants.SENSOR_CODE_CO);
+ }
+ }
+ if(paramMap.get("a34002")!=null){
+ Double PM10 = Double.valueOf(paramMap.get("a34002").toString());
+ PM10IAQI = calculateIAQIUniversal(PM10,PM10_Hourly_Limit_Data);
+ IAQIList.add(PM10IAQI);
+ if(PM10IAQI>50){
+ primaryPollutantNames.add("PM10");
+ primaryPollutantCodes.add(Constants.SENSOR_CODE_PM10);
+ }
+ }
+ if(paramMap.get("a05024")!=null){
+ Double O3 = Double.valueOf(paramMap.get("a05024").toString());
+ O3IAQI = calculateIAQIUniversal(O3,O3_Hourly_Limit_Data);
+ IAQIList.add(O3IAQI);
+ if(O3IAQI>50) {
+ primaryPollutantNames.add("O3");
+ primaryPollutantCodes.add(Constants.SENSOR_CODE_O3);
+ }
+ }
+ AQI aqi= new AQI();
+ aqi.setAQIValue(getAQIByIAQIs(IAQIList));
+ aqi.setPrimaryPollutantCodes(primaryPollutantCodes);
+ aqi.setPrimaryPollutantNames(primaryPollutantNames);
+ return aqi;
}
+
+
+ /**
+ * @Description: ������IAQI������AQI
+ * @Param: [IAQIs]
+ * @return: int
+ * @Author: ���������
+ * @Date: 2021/11/3
+ */
+ private static Integer getAQIByIAQIs(List<Integer> IAQIs){
+ if(IAQIs.size()==0)
+ return null;
+ Optional<Integer> max = IAQIs.stream().max(Comparator.comparing(Integer::intValue));
+ return max.get();
+ }
+
+
+ /**
+ * @Description: ������so2���������IAQI���O3������IAQI������IAQI������������
+ * @Param: [Cp, limitData]
+ * @return: java.lang.Integer
+ * @Author: ���������
+ * @Date: 2021/11/2
+ */
+ private static Integer calculateIAQIUniversal(Double Cp,Double[] limitData){
+ int index = getStartIndexFromArray(Cp, limitData);
+ Double BPHi;
+ Double BPLo;
+ Double IAQIHi;
+ Double IAQILo;
+ if(index==limitData.length-1){
+ return 500;
+ }else{
+ BPHi = limitData[index+1];
+ BPLo = limitData[index];
+ IAQIHi = IAQI_Array[index+1];
+ IAQILo = IAQI_Array[index];
+ }
+ return calculateIAQIFormula(Cp,BPHi,BPLo,IAQIHi,IAQILo);
+ }
+
+ /**
+ * @Description: ������so2���������IAQI
+ * @Param: [Cp, limitData]
+ * @return: java.lang.Integer
+ * @Author: ���������
+ * @Date: 2021/11/2
+ */
+ private static Integer calculateSO2HourlyIAQI(Double Cp){
+ Double BPHi;
+ Double BPLo;
+ Double IAQIHi;
+ Double IAQILo;
+ Double[] limitData = SO2_Hourly_Limit_Data;
+ int index = getStartIndexFromArray(Cp, limitData);
+ //������so2���������������������������������������24������������������������������������������
+ if(index ==SO2_Hourly_Limit_Data.length-1){
+ limitData = SO2_Daily_Limit_Data;
+ index = getStartIndexFromArray(Cp,limitData);
+ }
+ if(index==limitData.length-1){
+ return 500;
+ }else{
+ BPHi = limitData[index+1];
+ BPLo = limitData[index];
+ IAQIHi = IAQI_Array[index+1];
+ IAQILo = IAQI_Array[index];
+ }
+ return calculateIAQIFormula(Cp,BPHi,BPLo,IAQIHi,IAQILo);
+ }
+
+ /**
+ * @Description: ������O3������IAQI
+ * @Param: [Cp]
+ * @return: java.lang.Integer
+ * @Author: ���������
+ * @Date: 2021/11/3
+ */
+ private static Integer calculateO3DailyIAQI(Double Cp){
+ Double BPHi;
+ Double BPLo;
+ Double IAQIHi;
+ Double IAQILo;
+ Double[] limitData = O3_Daily_Limit_Data;
+ int index = getStartIndexFromArray(Cp, limitData);
+ //������so2���������������������������������������24������������������������������������������
+ if(index ==O3_Daily_Limit_Data.length-1){
+ limitData = O3_Hourly_Limit_Data;
+ index = getStartIndexFromArray(Cp,limitData);
+ }
+ if(index==limitData.length-1){
+ return 500;
+ }else{
+ BPHi = limitData[index+1];
+ BPLo = limitData[index];
+ IAQIHi = IAQI_Array[index+1];
+ IAQILo = IAQI_Array[index];
+ }
+ return calculateIAQIFormula(Cp,BPHi,BPLo,IAQIHi,IAQILo);
+ }
+
+ /**
+ * @Description: ������IAQI���������
+ * @Param: [Cp, BPHi, BPLo, IAQIHi, IAQILo]
+ * @return: java.lang.Integer
+ * @Author: ���������
+ * @Date: 2021/11/3
+ */
+ private static Integer calculateIAQIFormula(Double Cp, Double BPHi, Double BPLo, Double IAQIHi, Double IAQILo) {
+ Double tmp1 = MathUtils.sub(IAQIHi, IAQILo);
+ Double tmp2 = MathUtils.sub(BPHi, BPLo);
+ Double tmp3 = MathUtils.sub(Cp, BPLo);
+
+ Double tmp4 = MathUtils.division(tmp1, tmp2, 2);
+ Double tmp5 = MathUtils.mul(tmp4, tmp3);
+ Double IAQI = MathUtils.add(tmp5, IAQILo);
+ return new Double(AmendUtils.sciCal(IAQI, 0)).intValue();
+ }
+
+ /*������������������������������������������������������
+ * ������������������5 10
+ * ���������[0,5,15,20] [0,5,8,12]
+ * ���������1(������������) 2
+ * */
+ private static int getStartIndexFromArray(Double num, Double[] array) {
+ for (int i = 0; i < array.length - 1; i++) {
+ if (num >= array[i] && num < array[i + 1])
+ return i;
+ if (i == array.length - 2)
+ return i + 1;
+ }
+ return 0;
+ }
+
}
--
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