大屏臭氧预测与实测对比

jinpengyong

2020-11-19 38d3632583355b740c507b3d41fb683f88567b22

 src/main/java/com/moral/service/impl/WeatherServiceImpl.java

@@ -205,7 +205,7 @@
        List<Map<String, Object>> aqiList = hangzhouAqiMapper.getAqiDataByAreaCode(parameters);

        List<Map<String, Object>> forecastList = forecastWeatherMapper.getForecastHour(parameters);



        String timeUnits = time.substring(5, 7);

        String timeUnits = time.substring(0, 4);

        if (aqiList.size() == 0) {

            parameters.put("timeUnits", timeUnits);

            aqiList = hangzhouAqiMapper.getHistoryO3(parameters);

@@ -569,6 +569,7 @@


        //实测天气

        int x = 0;

        parameters.put("cityCode", code);

        List<Map<String, Object>> realList = realWeatherMapper.getRealWeather(parameters);

        if (realList.size() == 0) {

            //1-23点数据必然是同一个月份，最后一个可能是下一个月

@@ -670,7 +671,7 @@
            listMap.put("city", name);

            String time1 = listMap.get("time").toString();

            for (Map<String, Object> aqiMap : realAqilist) {

                if(time1.equals(aqiMap.get("time"))){

                if (time1.equals(aqiMap.get("time"))) {

                    listMap.putAll(aqiMap);

                }

            }

@@ -797,20 +798,28 @@


                    if (rhour == nowHour) {

                        Map<String, Object> sumO3Map = hangzhouAqiMapper.getSumO3(hashMap);

                        double v = value - Double.valueOf(sumO3Map.get("O3Sum").toString());

                        resultMap.put("goodValue", v);

                        if (sumO3Map != null) {

                            double v = value - Double.valueOf(sumO3Map.get("O3Sum").toString());

                            resultMap.put("goodValue", v);

                        }

                    } else if (rhour == nowHour + 1) {

                        Map<String, Object> sumO3Map = hangzhouAqiMapper.getSumO3(hashMap);

                        double v = (value - Double.valueOf(sumO3Map.get("O3Sum").toString())) / 2;

                        resultMap.put("goodValue", String.valueOf(Math.round(v)));

                        if (sumO3Map != null) {

                            double v = (value - Double.valueOf(sumO3Map.get("O3Sum").toString())) / 2;

                            resultMap.put("goodValue", String.valueOf(Math.round(v)));

                        }

                    } else if (rhour == nowHour + 2) {

                        Map<String, Object> sumO3Map = hangzhouAqiMapper.getSumO3(hashMap);

                        double v = (value - Double.valueOf(sumO3Map.get("O3Sum").toString())) / 3;

                        resultMap.put("goodValue", String.valueOf(Math.round(v)));

                        if (sumO3Map != null) {

                            double v = (value - Double.valueOf(sumO3Map.get("O3Sum").toString())) / 3;

                            resultMap.put("goodValue", String.valueOf(Math.round(v)));

                        }

                    } else if (rhour == nowHour + 3) {

                        Map<String, Object> sumO3Map = hangzhouAqiMapper.getSumO3(hashMap);

                        double v = (value - Double.valueOf(sumO3Map.get("O3Sum").toString())) / 4;

                        resultMap.put("goodValue", String.valueOf(Math.round(v)));

                        if (sumO3Map != null) {

                            double v = (value - Double.valueOf(sumO3Map.get("O3Sum").toString())) / 4;

                            resultMap.put("goodValue", String.valueOf(Math.round(v)));

                        }

                    }

                }

            }

@@ -818,19 +827,39 @@


        //地理特征

        Map<String, Object> geographyMap = shAreaMapper.getGeography(name);

        for (Map<String, Object> map : resultList) {

            double longitude = Double.valueOf(geographyMap.get("lng").toString());

            double latitude = Double.valueOf(geographyMap.get("lat").toString());

            map.put("longitude", df.format(longitude));

            map.put("latitude", df.format(latitude));

            if (geographyMap.get("altitude") != null) {

                map.put("altitude", geographyMap.get("altitude").toString());

        if (geographyMap != null) {

            for (Map<String, Object> map : resultList) {

                if (geographyMap.get("lng") != null) {

                    double longitude = Double.valueOf(geographyMap.get("lng").toString());

                    map.put("longitude", df.format(longitude));

                }

                if (geographyMap.get("lat") != null) {

                    double latitude = Double.valueOf(geographyMap.get("lat").toString());

                    map.put("latitude", df.format(latitude));

                }

                if (geographyMap.get("altitude") != null) {

                    map.put("altitude", geographyMap.get("altitude").toString());

                }

                if (geographyMap.get("vegetation") != null) {

                    map.put("vegetation", geographyMap.get("vegetation").toString());

                }

                if (geographyMap.get("river") != null) {

                    map.put("river", geographyMap.get("river").toString());

                }

            }

            if (geographyMap.get("vegetation") != null) {

                map.put("vegetation", geographyMap.get("vegetation").toString());

            }

            if (geographyMap.get("river") != null) {

                map.put("river", geographyMap.get("river").toString());

        }



        for (int i = 0; i < resultList.size(); i = i + 2) {

            Map<String, Object> foreMap = resultList.get(i);

            Map<String, Object> realMap = resultList.get(i + 1);

            if (foreMap.get("O3C") != null && realMap.get("O3C") != null) {

                Double foreO3 = Double.valueOf(foreMap.get("O3C").toString());

                Double realO3 = Double.valueOf(realMap.get("O3C").toString());

                int round = (int) Math.round((realO3 - foreO3) / realO3 * 100);

                if (round < 0) {

                    round = -round;

                }

                realMap.put("errorRate", round + "%");

            }

        }

        return resultList;