package com.smppw.analysis.application.service.style;

import cn.hutool.core.collection.CollUtil;
import cn.hutool.core.collection.ListUtil;
import cn.hutool.core.map.MapUtil;
import cn.hutool.core.util.NumberUtil;
import cn.hutool.core.util.ObjectUtil;
import cn.hutool.core.util.StrUtil;
import cn.hutool.http.HttpUtil;
import cn.hutool.json.JSONUtil;
import com.smppw.analysis.domain.dataobject.FundStyleStatsDO;
import com.smppw.analysis.domain.dto.style.*;
import com.smppw.analysis.domain.dto.style.py.PyReq;
import com.smppw.analysis.domain.dto.style.py.PyReqBody;
import com.smppw.analysis.domain.dto.style.py.PyReqParam;
import com.smppw.analysis.domain.dto.style.py.PyResBody;
import com.smppw.analysis.domain.service.BaseInfoService;
import com.smppw.analysis.domain.service.FundStyleService;
import com.smppw.analysis.infrastructure.config.AnalysisProperty;
import com.smppw.analysis.infrastructure.consts.*;
import com.smppw.analysis.infrastructure.exception.APIException;
import com.smppw.common.pojo.IStrategy;
import com.smppw.common.pojo.enums.CurveType;
import com.smppw.common.pojo.enums.Frequency;
import com.smppw.common.pojo.enums.RaiseType;
import com.smppw.common.pojo.enums.strategy.Strategy;
import com.smppw.constants.Consts;
import com.smppw.utils.StrategyHandleUtils;
import org.slf4j.Logger;
import org.slf4j.LoggerFactory;
import org.springframework.stereotype.Service;

import java.math.BigDecimal;
import java.nio.charset.Charset;
import java.util.LinkedHashMap;
import java.util.List;
import java.util.Map;
import java.util.Optional;
import java.util.concurrent.ExecutorService;
import java.util.concurrent.Executors;
import java.util.concurrent.Future;
import java.util.concurrent.atomic.AtomicReference;
import java.util.stream.Collectors;

@Service
public class StyleServiceImpl implements StyleService {
    private static final Logger logger = LoggerFactory.getLogger(StyleServiceImpl.class);
    private static final Map<Frequency, String> FREQ_MAPPER = MapUtil.newHashMap();
    private static final Map<Object, RBSAIndexType> RBSA_MAPPER = MapUtil.newHashMap();
    private static final Map<RBSAIndexType, Map<String, String>> RBSA_INDEX_PROD_MAPPER = MapUtil.newHashMap();
    private static final Map<String, String> CAL_RANGE_MAPPER = MapUtil.newHashMap();

    static {
        FREQ_MAPPER.put(Frequency.Default, "D");
        FREQ_MAPPER.put(Frequency.Daily, "D");
        FREQ_MAPPER.put(Frequency.Weekly, "W");
        FREQ_MAPPER.put(Frequency.Monthly, "M");
        FREQ_MAPPER.put(Frequency.Quarterly, "Q");
        FREQ_MAPPER.put(Frequency.Annually, "Y");

        RBSA_MAPPER.put(ValueGrowthType.CNI6Style, RBSAIndexType.CNI7Style);
        RBSA_MAPPER.put(ValueGrowthType.CNI2Style, RBSAIndexType.CNI3Style);
        RBSA_MAPPER.put(ValueGrowthType.CNI6Strategy, RBSAIndexType.CNI7Strategy);
        RBSA_MAPPER.put(IndustryType.CITIC5, RBSAIndexType.CITIC6);
        RBSA_MAPPER.put(IndustryType.CSI10, RBSAIndexType.CSI11);
        RBSA_MAPPER.put(IndustryType.ShenWan, RBSAIndexType.ShenWan);
        RBSA_MAPPER.put(AssetStyleType.MultiAsset, RBSAIndexType.Large4Assets);
        RBSA_MAPPER.put(AssetStyleType.RongZhiStrategy, RBSAIndexType.RZ5Strategy);
        RBSA_MAPPER.put(AssetStyleType.SegmentationAsset, RBSAIndexType.SegmentationAsset);

        // 成长价值
        // 巨潮风格
        RBSA_INDEX_PROD_MAPPER.put(RBSAIndexType.CNI7Style, MapUtil.<String, String>builder(MapUtil.newHashMap(true)).put("beta1", "大盘成长")
                .put("beta2", "大盘价值").put("beta3", "中盘成长").put("beta4", "中盘价值")
                .put("beta5", "小盘成长").put("beta6", "小盘价值").build()
        );
        // 国证风格
        RBSA_INDEX_PROD_MAPPER.put(RBSAIndexType.CNI3Style, MapUtil.<String, String>builder(MapUtil.newHashMap(true)).put("beta1", "成长").put("beta2", "价值").build());
        // 国证策略
        RBSA_INDEX_PROD_MAPPER.put(RBSAIndexType.CNI7Strategy, MapUtil.<String, String>builder(MapUtil.newHashMap(true)).put("beta1", "大盘低贝")
                .put("beta2", "大盘高贝").put("beta3", "中盘低贝").put("beta4", "中盘高贝")
                .put("beta5", "小盘低贝").put("beta6", "小盘高贝").build());
        // 行业配置
        // 申万一级行业
        RBSA_INDEX_PROD_MAPPER.put(RBSAIndexType.ShenWan, MapUtil.<String, String>builder(MapUtil.newHashMap(true))
                .put("beta1", "美容护理")
                .put("beta2", "环保")
                .put("beta3", "石油石化")
                .put("beta4", "煤炭")
                .put("beta5", "机械设备")
                .put("beta6", "汽车")
                .put("beta7", "非银金融")
                .put("beta8", "银行")
                .put("beta9", "通信")
                .put("beta10", "传媒")
                .put("beta11", "计算机")
                .put("beta12", "国防军工")
                .put("beta13", "电力设备")
                .put("beta14", "建筑装饰")
                .put("beta15", "建筑材料")
                .put("beta16", "综合")
                .put("beta17", "社会服务")
                .put("beta18", "商贸零售")
                .put("beta19", "房地产")
                .put("beta20", "交通运输")
                .put("beta21", "公用事业")
                .put("beta22", "医药生物")
                .put("beta23", "轻工制造")
                .put("beta24", "纺织服饰")
                .put("beta25", "食品饮料")
                .put("beta26", "家用电器")
                .put("beta27", "电子")
                .put("beta28", "有色金属")
                .put("beta29", "钢铁")
                .put("beta30", "基础化工")
                .put("beta31", "农林牧渔")
                .build());
        // 中证行业
        RBSA_INDEX_PROD_MAPPER.put(RBSAIndexType.CSI11, MapUtil.<String, String>builder(MapUtil.newHashMap(true))
                .put("beta1", "中证材料")
                .put("beta2", "中证电信")
                .put("beta3", "中证工业")
                .put("beta4", "中证公用")
                .put("beta5", "中证金融")
                .put("beta6", "中证可选")
                .put("beta7", "中证能源")
                .put("beta8", "中证消费")
                .put("beta9", "中证信息")
                .put("beta10", "中证医药")
                .build());
        // 中信行业风格
        RBSA_INDEX_PROD_MAPPER.put(RBSAIndexType.CITIC6, MapUtil.<String, String>builder(MapUtil.newHashMap(true))
                .put("beta1", "金融")
                .put("beta2", "周期")
                .put("beta3", "消费")
                .put("beta4", "成长")
                .put("beta5", "稳定")
                .build());

        CAL_RANGE_MAPPER.put("3", "ret_3m");
        CAL_RANGE_MAPPER.put("6", "ret_6m");
        CAL_RANGE_MAPPER.put("12", "ret_1y");
        CAL_RANGE_MAPPER.put("24", "ret_2y");
        CAL_RANGE_MAPPER.put("36", "ret_3y");
        CAL_RANGE_MAPPER.put("60", "ret_5y");
        CAL_RANGE_MAPPER.put("120", "ret_10y");
    }

    private final String pyBaseUrl;
    private final BaseInfoService baseInfoService;
    private final FundStyleService fundStyleService;

    public StyleServiceImpl(AnalysisProperty property, BaseInfoService baseInfoService, FundStyleService fundStyleService) {
        this.pyBaseUrl = property.getPyUrl();
        this.baseInfoService = baseInfoService;
        this.fundStyleService = fundStyleService;
    }

    /**
     * 参数检查
     *
     * @param params 请求参数
     * @param <P>    类型参数
     */
    private <P extends BaseParams> void checkParams(P params) {
        if (StrUtil.isBlank(params.getSecId())) {
            throw new APIException("secId 不能为空！");
        }
        if (StrUtil.isBlank(params.getWinlen()) || !NumberUtil.isInteger(params.getWinlen()) || params.getWinlen().length() > 10) {
            throw new APIException("窗口参数非法！");
        }
        if (StrUtil.isBlank(params.getStep()) || !NumberUtil.isInteger(params.getStep()) || Integer.parseInt(params.getStep()) > 100) {
            throw new APIException("步长参数非法！");
        }
        IStrategy strategy = StrategyHandleUtils.getStrategy(params.getStrategy());
        if (strategy == null) {
            strategy = Strategy.All;
            params.setStrategy(strategy.getStrategyOriginName());
        }
        if (params.getRaiseType() == null) {
            params.setRaiseType(RaiseType.Both);
        }
//        CurveType curveType = CurveType.getCurveType(params.getRaiseType(), strategy);
//        Map<String, List<DateValue>> allNavMap = this.navService.getSecIdDateValueNavListMapFromRedisAndDB(ListUtil.toList(params.getSecId()), ListUtil.empty(), ListUtil.empty(),
//                null, null, NavType.CumulativeNav, Visibility.Both, curveType.getId(), strategy.getStrategyId(),
//                MapUtil.empty(), false, null);
//        Integer navLen = Optional.ofNullable(allNavMap).map(e -> e.get(params.getSecId())).map(List::size).orElse(0);
//        if (Integer.parseInt(params.getWinlen()) > navLen) {
//            throw new DataException("净值数量小于窗口期要求数量，无法计算");
//        }
    }

    /**
     * python 请求异步处理，后续考虑用一个线程池，这里极端情况下可能会导致OOM
     *
     * @param reqs 请求
     * @return /
     */
    private Map<String, List<Object>> parallelReqPy(List<PyReq> reqs) {
        ExecutorService executorService = Executors.newFixedThreadPool(reqs.size());
        List<Future<Map<String, List<Object>>>> futures = ListUtil.list(false);
        for (PyReq req : reqs) {
            String taskId = StrUtil.toString(req.getTaskId());
            Future<Map<String, List<Object>>> future = executorService.submit(() -> {
                String body;
                String url = this.pyBaseUrl + req.getApi();
                if ("get".equalsIgnoreCase(req.getMethod())) {
                    String encodeParams = HttpUtil.toParams(req.getParams(), Charset.defaultCharset());
                    body = HttpUtil.get(url + "?" + encodeParams);
                } else {
                    body = req.getJson() ? HttpUtil.post(url, JSONUtil.toJsonStr(req.getParams())) : HttpUtil.post(url, req.getParams());
                }
                return MapUtil.<String, List<Object>>builder(taskId, JSONUtil.parseArray(body)).build();
            });
            futures.add(future);
        }
        Map<String, List<Object>> result = MapUtil.newHashMap();
        for (Future<Map<String, List<Object>>> future : futures) {
            try {
                result.putAll(future.get());
            } catch (Exception e) {
                logger.warn("当前任务执行异常：" + e.getMessage());
            }
        }
        executorService.shutdown();
        return result;
    }

    /**
     * 基于数据从高到低给因子排序
     *
     * @param mapper  因子名称
     * @param dataset 因子数据
     * @param isDesc  是否倒序
     * @return /
     */
    private Map<String, String> sortMapper(Map<String, String> mapper, Map<String, Object> dataset, boolean isDesc) {
        Map<String, Double> temp = MapUtil.newHashMap();
        List<String> nullKeys = ListUtil.list(false);
        dataset.forEach((k, v) -> {
            if (!"date".equals(k)) {
                if (v != null) {
                    temp.put(k, Double.parseDouble(StrUtil.toString(v)));
                } else {
                    nullKeys.add(k);
                }
            }
        });
        Map<String, Double> doubleMap = MapUtil.sortByValue(temp, isDesc);
        for (String nullKey : nullKeys) {
            doubleMap.putIfAbsent(nullKey, null);
        }

        Map<String, String> result = MapUtil.newHashMap(true);
        doubleMap.forEach((k, v) -> {
            if (mapper.containsKey(k)) {
                result.put(k, mapper.get(k));
            }
        });
        return result;
    }

    /**
     * 基于数据从高到低给因子排序，默认升序
     *
     * @param mapper  因子名称
     * @param dataset 因子数据
     * @return /
     */
    private Map<String, String> sortMapperAsc(Map<String, String> mapper, Map<String, Object> dataset) {
        return this.sortMapper(mapper, dataset, false);
    }

    /**
     * 发起python请求并处理返回结果
     *
     * @param params    参数
     * @param extParams 扩展参数
     * @param pyReqs    /
     * @param <P>       类型参数
     * @return /
     */
    private <P extends BaseParams> PyResBody initiateRequest(P params, Map<String, Object> extParams, List<PyReqParam> pyReqs) {
        PyReqBody body = PyReqBody.builder().fundIds(params.getSecId()).startDate(params.getStartDate()).endDate(params.getEndDate())
                .freq(FREQ_MAPPER.get(params.getFrequency())).step(params.getStep()).winLen(params.getWinlen()).build();
        List<PyReq> reqs = ListUtil.list(false);
        pyReqs.forEach(e -> {
            Map<String, Object> extReq = MapUtil.builder(JSONUtil.parseObj(body)).putAll(extParams).put("control", e.getControl()).putAll(e.getExt()).build();
            PyReq pyReq = PyReq.builder().taskId(e.getTaskId()).json(e.getJson()).api(e.getApi()).method(e.getMethod()).params(extReq).build();
            reqs.add(pyReq);
        });
        Map<String, List<Object>> data = this.parallelReqPy(reqs);

        PyResBody resBody = new PyResBody();
        // 总的区间内模型回归结果
        String holisticKey = pyReqs.stream().filter(e -> ObjectUtil.equals(e.getControl(), 0)).map(PyReqParam::getTaskId).findFirst().orElse(null);
        resBody.setHolistic(Optional.ofNullable(holisticKey).map(data::remove).orElse(ListUtil.list(false)).stream().map(JSONUtil::parseObj).findFirst().orElse(null));
        // 滚动区间内模型回归结果
        String sequentialKey = pyReqs.stream().filter(e -> ObjectUtil.equals(e.getControl(), 1)).map(PyReqParam::getTaskId).findFirst().orElse(null);
        resBody.setSequential(Optional.ofNullable(sequentialKey).map(data::remove).orElse(ListUtil.list(false)).stream().map(JSONUtil::parseObj).collect(Collectors.toList()));
        // 其他
        Map<String, List<Map<String, Object>>> extBody = MapUtil.newHashMap();
        data.forEach((k, v) -> extBody.put(k, v.stream().map(JSONUtil::parseObj).collect(Collectors.toList())));
        resBody.setExtBody(extBody);
        return resBody;
    }

    /**
     * 发起python请求并处理返回结果
     *
     * @param api       接口
     * @param params    公共请求参数
     * @param extParams 接口扩展参数
     * @param <P>       类型参数
     * @return /
     */
    private <P extends BaseParams> PyResBody initiateRequest(String api, P params, Map<String, Object> extParams) {
        Map<Integer, String> controls = MapUtil.builder(0, "holistic").put(1, "sequential").build();
        return this.initiateRequest(api, params, extParams, controls);
    }

    /**
     * 发起python请求并处理返回结果
     *
     * @param api       接口
     * @param params    公共请求参数
     * @param extParams 接口扩展参数
     * @param controls  同一个接口请求的参数，就control参数变化
     * @param <P>       类型参数
     * @return /
     */
    private <P extends BaseParams> PyResBody initiateRequest(String api, P params, Map<String, Object> extParams, Map<Integer, String> controls) {
        List<PyReqParam> pyReqs = ListUtil.list(false);
        controls.forEach((k, v) -> pyReqs.add(PyReqParam.builder().api(api).control(k).taskId(v).build()));
        return this.initiateRequest(params, extParams, pyReqs);
    }

    @Override
    public Map<String, Object> stockAttribution(StockAttributionParams params) {
        this.checkParams(params);
        try {
            // 太丑陋，要优化一下下
            String indexIds = "FA000000MK_FA00000SMB_FA00000VMG_FA000000MT_FA000000RV"; // 五因子
            Map<String, String> chartMapper12 = MapUtil.<String, String>builder(MapUtil.newHashMap(true))
                    .put("beta1", "市场因子").put("beta2", "规模因子").put("beta3", "价值因子").put("beta4", "动量因子").put("beta5", "反转因子").build();
            Map<String, String> chartMapper34 = MapUtil.<String, String>builder(MapUtil.newHashMap(true))
                    .putAll(chartMapper12).put("epsi", "残差").put("alpha", "超额收益").build();
            Map<String, String> tableMapper1 = MapUtil.<String, String>builder(MapUtil.newHashMap(true))
                    .put("date", "因子系数(%)").putAll(chartMapper12).put("rSquared", "R2").build();
            Map<String, String> tableMapper3 = MapUtil.<String, String>builder(MapUtil.newHashMap(true))
                    .put("date", "贡献度(%)").putAll(chartMapper34).put("rSquared", "R2").build();

            Map<String, Object> extParams = MapUtil.<String, Object>builder().put("indexIds", indexIds).put("winlen", params.getWinlen())
                    .put("strategy", 1).put("curve_type", 2).put("returnNo", "None").build();
            PyResBody resBody = this.initiateRequest("GetPerformanceAttribution", params, extParams);
            List<Map<String, Object>> sequential = resBody.getSequential();
            Map<String, Object> holisticMap = resBody.getHolistic();

            Map<String, Object> betaList = MapUtil.<String, Object>builder(MapUtil.newHashMap(true))
                    .put("date", holisticMap.get("end_date"))
                    .put("beta1", holisticMap.get("beta1"))
                    .put("beta2", holisticMap.get("beta2"))
                    .put("beta3", holisticMap.get("beta3"))
                    .put("beta4", holisticMap.get("beta4"))
                    .put("beta5", holisticMap.get("beta5"))
                    .put("rSquared", this.rsquaredConstraint(holisticMap.get("R_squared")))
                    .build();
            Map<String, Object> contList = MapUtil.<String, Object>builder(MapUtil.newHashMap(true))
                    .put("date", holisticMap.get("end_date"))
                    .put("beta1", holisticMap.get("cont1"))
                    .put("beta2", holisticMap.get("cont2"))
                    .put("beta3", holisticMap.get("cont3"))
                    .put("beta4", holisticMap.get("cont4"))
                    .put("beta5", holisticMap.get("cont5"))
                    .put("epsi", holisticMap.get("tepsi"))
                    .put("alpha", holisticMap.get("alpha"))
                    .put("rSquared", this.rsquaredConstraint(holisticMap.get("R_squared")))
                    .build();
            AtomicReference<Double> intervalYieldRate = new AtomicReference<>((double) 0);
            List<String> rateKeys = ListUtil.toList("cont1", "cont2", "cont3", "cont4", "cont5", "tepsi", "alpha");
            holisticMap.forEach((k, v) -> {
                if (rateKeys.contains(k)) {
                    intervalYieldRate.updateAndGet(v1 -> v1 + Double.parseDouble(StrUtil.toString(v)));
                }
            });
            Map<String, Object> chart2 = MapUtil.<String, Object>builder("dataset", betaList)
                    .put("chartProductNameMapping", this.sortMapperAsc(chartMapper12, betaList))
                    .put("intervalYieldRate", intervalYieldRate).build();
            Map<String, Object> chart4 = MapUtil.<String, Object>builder("dataset", contList)
                    .put("chartProductNameMapping", this.sortMapperAsc(chartMapper34, contList)).build();

            List<Map<String, Object>> betaList1 = sequential.stream().map(e ->
                    MapUtil.<String, Object>builder(MapUtil.newHashMap(true))
                            .put("date", e.get("end_date"))
                            .put("beta1", e.get("beta1"))
                            .put("beta2", e.get("beta2"))
                            .put("beta3", e.get("beta3"))
                            .put("beta4", e.get("beta4"))
                            .put("beta5", e.get("beta5"))
                            .put("rSquared", this.rsquaredConstraint(e.get("R_squared")))
                            .build()).collect(Collectors.toList());
            List<Map<String, Object>> contList1 = sequential.stream().map(e ->
                    MapUtil.<String, Object>builder(MapUtil.newHashMap(true))
                            .put("date", e.get("end_date"))
                            .put("beta1", e.get("cont1"))
                            .put("beta2", e.get("cont2"))
                            .put("beta3", e.get("cont3"))
                            .put("beta4", e.get("cont4"))
                            .put("beta5", e.get("cont5"))
                            .put("rSquared", this.rsquaredConstraint(e.get("R_squared")))
                            .put("epsi", e.get("epsi"))
                            .put("alpha", e.get("alpha"))
                            .build()).collect(Collectors.toList());
            Map<String, Object> chart1 = MapUtil.<String, Object>builder("dataset", betaList1)
                    .put("chartProductNameMapping", chartMapper12).put("tableProductNameMapping", tableMapper1).build();
            Map<String, Object> chart3 = MapUtil.<String, Object>builder("dataset", contList1)
                    .put("chartProductNameMapping", chartMapper34).put("tableProductNameMapping", tableMapper3).build();

            return MapUtil.<String, Object>builder("chart1", chart1).put("chart2", chart2).put("chart3", chart3).put("chart4", chart4).build();
        } catch (Exception e) {
            logger.error("因子归因计算错误" + e.getMessage());
            return MapUtil.empty();
        }
    }

    @Override
    public Map<String, Object> bondAttribution(BondAttributionParams params) {
        this.checkParams(params);
        try {
            Map<String, String> chartMapper12 = MapUtil.<String, String>builder(MapUtil.newHashMap(true))
                    .put("duration", "久期").put("structure", "期限结构")
                    .put("convex", "凸性管理").put("credit", "信用利差").put("hyield", "高收益利差").put("conv", "可转债").build();
            Map<String, String> chartMapper34 = MapUtil.<String, String>builder(MapUtil.newHashMap(true))
                    .putAll(chartMapper12).put("epsi", "残差").put("alpha", "超额收益").build();
            Map<String, String> tableMapper1 = MapUtil.<String, String>builder(MapUtil.newHashMap(true))
                    .put("date", "因子系数(%)").putAll(chartMapper12).put("rSquared", "R2").build();
            Map<String, String> tableMapper3 = MapUtil.<String, String>builder(MapUtil.newHashMap(true))
                    .put("date", "贡献度(%)").putAll(chartMapper34).put("rSquared", "R2").build();

            Map<String, Object> extParams = MapUtil.<String, Object>builder().put("winlen", params.getWinlen())
                    .put("strategy", 1).put("curve_type", 2).build();
            PyResBody resBody = this.initiateRequest("GetBondAttribution", params, extParams);
            List<Map<String, Object>> sequential = resBody.getSequential();
            Map<String, Object> holisticMap = resBody.getHolistic();

            Map<String, Object> betaList = MapUtil.<String, Object>builder(MapUtil.newHashMap(true))
                    .put("date", holisticMap.get("Date"))
                    .put("duration", holisticMap.get("TDuration"))
                    .put("structure", holisticMap.get("TStructure"))
                    .put("convex", holisticMap.get("TConvex"))
                    .put("credit", holisticMap.get("TCredit"))
                    .put("hyield", holisticMap.get("THYield"))
                    .put("conv", holisticMap.get("TConv"))
                    .put("rSquared", this.rsquaredConstraint(holisticMap.get("R_squared")))
                    .build();
            Map<String, Object> contList = MapUtil.<String, Object>builder(MapUtil.newHashMap(true))
                    .put("date", holisticMap.get("Date"))
                    .put("duration", holisticMap.get("Duration"))
                    .put("structure", holisticMap.get("Structure"))
                    .put("convex", holisticMap.get("Convex"))
                    .put("credit", holisticMap.get("Credit"))
                    .put("hyield", holisticMap.get("HYield"))
                    .put("conv", holisticMap.get("Conv"))
                    .put("epsi", holisticMap.get("Tepsi"))
                    .put("alpha", holisticMap.get("Talpha"))
                    .put("rSquared", this.rsquaredConstraint(holisticMap.get("R_squared")))
                    .build();
            AtomicReference<Double> intervalYieldRate = new AtomicReference<>(0.);
            List<String> rateKeys = ListUtil.toList("TDuration", "TStructure", "TConvex", "TCredit", "THYield", "TConv", "Tepsi", "Talpha");
            holisticMap.forEach((k, v) -> {
                if (rateKeys.contains(k)) {
                    intervalYieldRate.updateAndGet(v1 -> v1 + Double.parseDouble(StrUtil.toString(v)));
                }
            });
            Map<String, Object> chart2 = MapUtil.<String, Object>builder("dataset", betaList)
                    .put("chartProductNameMapping", this.sortMapperAsc(chartMapper12, betaList))
                    .put("intervalYieldRate", intervalYieldRate).build();
            Map<String, Object> chart4 = MapUtil.<String, Object>builder("dataset", contList)
                    .put("chartProductNameMapping", this.sortMapperAsc(chartMapper34, contList)).build();

            List<Map<String, Object>> betaList1 = sequential.stream().map(e ->
                    MapUtil.<String, Object>builder(MapUtil.newHashMap(true))
                            .put("date", e.get("Date"))
                            .put("duration", e.get("TDuration"))
                            .put("structure", e.get("TStructure"))
                            .put("convex", e.get("TConvex"))
                            .put("credit", e.get("TCredit"))
                            .put("hyield", e.get("THYield"))
                            .put("conv", e.get("TConv"))
                            .put("epsi", e.get("epsi"))
                            .put("alpha", e.get("Alpha"))
                            .put("rSquared", this.rsquaredConstraint(e.get("R_squared")))
                            .build()).collect(Collectors.toList());
            List<Map<String, Object>> contList1 = sequential.stream().map(e ->
                    MapUtil.<String, Object>builder(MapUtil.newHashMap(true))
                            .put("date", e.get("Date"))
                            .put("duration", e.get("Duration"))
                            .put("structure", e.get("Structure"))
                            .put("convex", e.get("Convex"))
                            .put("credit", e.get("Credit"))
                            .put("hyield", e.get("HYield"))
                            .put("conv", e.get("Conv"))
                            .put("rSquared", this.rsquaredConstraint(e.get("R_squared")))
                            .build()).collect(Collectors.toList());
            Map<String, Object> chart1 = MapUtil.<String, Object>builder("dataset", contList1)
                    .put("chartProductNameMapping", chartMapper12).put("tableProductNameMapping", tableMapper1).build();
            Map<String, Object> chart3 = MapUtil.<String, Object>builder("dataset", betaList1)
                    .put("chartProductNameMapping", chartMapper34).put("tableProductNameMapping", tableMapper3).build();

            return MapUtil.<String, Object>builder("chart1", chart1).put("chart2", chart2).put("chart3", chart3).put("chart4", chart4).build();
        } catch (Exception e) {
            logger.error("债券业绩归因计算错误" + e.getMessage());
            return MapUtil.empty();
        }
    }

    @Override
    public Map<String, Object> relativeAttribution(RelativeAttributionParams params) {
        this.checkParams(params);
        try {
            Map<String, String> chartMapper2 = MapUtil.<String, String>builder(MapUtil.newHashMap(true))
                    .put("market", "市场").put("size", "市值").put("bookToPriceRatio", "账面市值比")
                    .put("growvalue", "成长").put("hedge", "升贴水").build();
            Map<String, String> chartMapper1 = MapUtil.<String, String>builder(MapUtil.newHashMap(true)).putAll(chartMapper2).put("rSquared", "R2").build();
            Map<String, String> chartMapper4 = MapUtil.<String, String>builder(MapUtil.newHashMap(true)).putAll(chartMapper2).put("epsi", "残差").put("alpha", "超额收益").build();
            Map<String, String> chartMapper3 = MapUtil.<String, String>builder(MapUtil.newHashMap(true)).putAll(chartMapper4).put("rSquared", "R2").build();
            Map<String, String> tableMapper1 = MapUtil.<String, String>builder(MapUtil.newHashMap(true)).put("date", "因子系数(%)").putAll(chartMapper1).build();
            Map<String, String> tableMapper2 = MapUtil.<String, String>builder(MapUtil.newHashMap(true)).put("date", "").putAll(chartMapper1).build();
            Map<String, String> tableMapper3 = MapUtil.<String, String>builder(MapUtil.newHashMap(true)).put("date", "贡献度(%)").putAll(chartMapper3).build();
            Map<String, String> tableMapper4 = MapUtil.<String, String>builder(MapUtil.newHashMap(true)).put("date", "").putAll(chartMapper3).build();

            Map<String, Object> extParams = MapUtil.<String, Object>builder().put("winlen", params.getWinlen()).put("rw", 0)
                    .put("returnNo", "None").put("strategy", 5).put("curve_type", 2).build();
            PyResBody resBody = this.initiateRequest("GetRelAttribution", params, extParams);
            List<Map<String, Object>> sequential = resBody.getSequential();
            Map<String, Object> holisticMap = resBody.getHolistic();

            Map<String, Object> betaList = MapUtil.<String, Object>builder(MapUtil.newHashMap(true))
                    .put("date", holisticMap.get("end_date"))
                    .put("market", holisticMap.get("TMarket"))
                    .put("size", holisticMap.get("TSize"))
                    .put("growvalue", holisticMap.get("TGrowvalue"))
                    .put("hedge", holisticMap.get("THedge"))
                    .put("bookToPriceRatio", holisticMap.get("TBookToPriceRatio"))
                    .put("epsi", holisticMap.get("Tepsi"))
                    .put("alpha", holisticMap.get("Talpha"))
                    .put("rSquared", this.rsquaredConstraint(holisticMap.get("R_squared")))
                    .build();
            Map<String, Object> contList = MapUtil.<String, Object>builder(MapUtil.newHashMap(true))
                    .put("date", holisticMap.get("end_date"))
                    .put("market", holisticMap.get("Market"))
                    .put("size", holisticMap.get("Size"))
                    .put("growvalue", holisticMap.get("Growvalue"))
                    .put("hedge", holisticMap.get("Hedge"))
                    .put("bookToPriceRatio", holisticMap.get("BookToPriceRatio"))
                    .build();
            AtomicReference<Double> intervalYieldRate = new AtomicReference<>(0.);
            List<String> rateKeys = ListUtil.toList("TMarket", "TSize", "TGrowvalue", "THedge", "TBookToPriceRatio", "Tepsi", "Talpha");
            holisticMap.forEach((k, v) -> {
                if (rateKeys.contains(k)) {
                    intervalYieldRate.updateAndGet(v1 -> v1 + Double.parseDouble(StrUtil.toString(v)));
                }
            });
            tableMapper2.put("date", holisticMap.get("Dateini") + "~" + holisticMap.get("end_date"));
            tableMapper4.put("date", holisticMap.get("Dateini") + "~" + holisticMap.get("end_date"));
            Map<String, Object> chart2 = MapUtil.<String, Object>builder("dataset", betaList)
                    .put("chartProductNameMapping", this.sortMapperAsc(chartMapper2, betaList))
                    .put("tableProductNameMapping", tableMapper2).put("intervalYieldRate", intervalYieldRate).build();
            Map<String, Object> chart4 = MapUtil.<String, Object>builder("dataset", contList)
                    .put("chartProductNameMapping", this.sortMapperAsc(chartMapper4, contList)).put("tableProductNameMapping", tableMapper4).build();

            List<Map<String, Object>> betaList1 = sequential.stream().map(e ->
                    MapUtil.<String, Object>builder(MapUtil.newHashMap(true))
                            .put("date", e.get("end_date"))
                            .put("market", e.get("TMarket"))
                            .put("size", e.get("TSize"))
                            .put("growvalue", e.get("TGrowvalue"))
                            .put("hedge", e.get("THedge"))
                            .put("bookToPriceRatio", e.get("TBookToPriceRatio"))
                            .put("epsi", e.get("epsi"))
                            .put("alpha", e.get("Alpha"))
                            .put("rSquared", this.rsquaredConstraint(e.get("R_squared")))
                            .put("tmarket", e.get("TMarket"))
                            .put("tsize", e.get("TSize"))
                            .put("tgrowvalue", e.get("TGrowvalue"))
                            .put("thedge", e.get("THedge"))
                            .put("tbookToPriceRatio", e.get("TBookToPriceRatio"))
                            .put("tepsi", e.get("epsi"))
                            .put("talpha", e.get("Alpha"))
                            .put("trSquared", this.rsquaredConstraint(e.get("R_squared")))
                            .build()).collect(Collectors.toList());
            List<Map<String, Object>> contList1 = sequential.stream().map(e ->
                    MapUtil.<String, Object>builder(MapUtil.newHashMap(true))
                            .put("date", e.get("end_date"))
                            .put("market", e.get("Market"))
                            .put("size", e.get("Size"))
                            .put("growvalue", e.get("Growvalue"))
                            .put("hedge", e.get("Hedge"))
                            .put("bookToPriceRatio", e.get("BookToPriceRatio"))
                            .put("rSquared", this.rsquaredConstraint(e.get("R_squared")))
                            .put("tmarket", e.get("Market"))
                            .put("tsize", e.get("Size"))
                            .put("tgrowvalue", e.get("Growvalue"))
                            .put("thedge", e.get("Hedge"))
                            .put("tbookToPriceRatio", e.get("BookToPriceRatio"))
                            .put("trSquared", this.rsquaredConstraint(e.get("R_squared")))
                            .build()).collect(Collectors.toList());
            Map<String, Object> chart1 = MapUtil.<String, Object>builder("dataset", contList1)
                    .put("chartProductNameMapping", chartMapper1).put("tableProductNameMapping", tableMapper1).build();
            Map<String, Object> chart3 = MapUtil.<String, Object>builder("dataset", betaList1)
                    .put("chartProductNameMapping", chartMapper3).put("tableProductNameMapping", tableMapper3).build();

            return MapUtil.<String, Object>builder("chart1", chart1).put("chart2", chart2).put("chart3", chart3).put("chart4", chart4).build();
        } catch (Exception e) {
            logger.error("相对价值业绩归因计算错误" + e.getMessage());
            return MapUtil.empty();
        }
    }

    @Override
    public FundStyleVO growthValue(GrowthValueParams params) {
        this.checkParams(params);
        try {
            RBSAIndexType indexType = RBSA_MAPPER.get(params.getAllocationIndex());
            return getFundStyleVO(params, indexType, params.getConstraint().getId());
        } catch (Exception e) {
            logger.error("成长价值风格计算错误" + e.getMessage());
            return null;
        }
    }

    @Override
    public FundStyleVO industryValue(IndustryValueParams params) {
        this.checkParams(params);
        try {
            if (params.getIndustryIndex() == IndustryType.ShenWan && params.getWinlen().compareTo("32") < 0) {
                params.setWinlen("36");
            }
            RBSAIndexType indexType = RBSA_MAPPER.get(params.getIndustryIndex());
            return getFundStyleVO(params, indexType, params.getConstraint().getId());
        } catch (Exception e) {
            logger.error("行业配置风格计算错误" + e.getMessage());
            return null;
        }
    }

    @Override
    public Map<String, Object> futureFactor(FutureFactorParams params) {
        this.checkParams(params);
        try {
            Map<String, String> mapper = MapUtil.newHashMap(true);
            Map<String, String> tableMapper = MapUtil.newHashMap(true);
            Map<String, String> tableMapper2 = MapUtil.newHashMap(true);
            Map<String, String> tableMapper4 = MapUtil.newHashMap(true);
            Map<String, String> tableMapper3 = MapUtil.newHashMap(true);
            Map<String, String> chartMapper4 = MapUtil.newHashMap(true);
            Map<String, String> chartMapper3 = MapUtil.newHashMap(true);
            chartMapper4.put("sp", "特质因子");
            chartMapper3.put("sp", "特质因子");
            mapper.put("date", "日期");
            for (FutureStyleRespEnum value : FutureStyleRespEnum.values()) {
                mapper.put(value.getName(), value.getCName());
                chartMapper4.put(value.getName(), value.getCName());
                chartMapper3.put(value.getName(), value.getCName());
            }
            tableMapper.putAll(mapper);
            tableMapper3.putAll(chartMapper3);
            tableMapper.put("r2", "R2");
            tableMapper3.put("r2", "R2");
            tableMapper2.putAll(mapper);
            tableMapper4.put("date", "日期");
            tableMapper4.putAll(chartMapper4);
            tableMapper4.put("r2", "R2");

            Map<String, Object> extParams = MapUtil.<String, Object>builder().put("winlen", params.getWinlen())
                    .put("indexIds", BarrConstant.FUTURE_INDEXS).build();
            PyResBody resBody = this.initiateRequest("futures/style", params, extParams);
            List<Map<String, Object>> sequential = resBody.getSequential();
            Map<String, Object> holisticMap = resBody.getHolistic();

            List<Map<String, Object>> dataset1 = sequential.stream().map(e -> {
                Map<String, Object> temp = MapUtil.newHashMap();
                for (FutureStyleRespEnum value : FutureStyleRespEnum.values()) {
                    temp.put("date", e.get("date"));
                    temp.put(value.getName(), e.get("beta" + value.getNum()));
                    temp.put("r2", this.rsquaredConstraint(e.get("nav_r_squared")));
                }
                return temp;
            }).collect(Collectors.toList());
            Map<String, Object> chart1 = MapUtil.<String, Object>builder("dataset", dataset1)
                    .put("chartProductNameMapping", mapper).put("tableProductNameMapping", tableMapper).build();

            Map<String, Object> dataset20 = MapUtil.newHashMap();
            Map<String, Object> dataset41 = MapUtil.newHashMap();
            Map<String, Object> dataset42 = MapUtil.newHashMap();
            for (FutureStyleRespEnum value : FutureStyleRespEnum.values()) {
                dataset41.put(value.getName(), holisticMap.get("nav_coef" + value.getNum()));
                dataset42.put(value.getName(), holisticMap.get("vol_coef" + value.getNum()));
                dataset20.put(value.getName(), holisticMap.get("beta" + value.getNum()));
            }
            dataset41.put("r2", this.rsquaredConstraint(holisticMap.get("nav_r_squared")));
            dataset41.put("sp", holisticMap.get("nav_sp"));
            dataset42.put("r2", this.rsquaredConstraint(holisticMap.get("vol_r_squared")));
            dataset42.put("sp", holisticMap.get("vol_sp"));
            dataset20.put("date", holisticMap.get("dateini") + "~" + holisticMap.get("end_date"));
            dataset41.put("date", holisticMap.get("dateini") + "~" + holisticMap.get("end_date"));
            dataset42.put("date", holisticMap.get("dateini") + "~" + holisticMap.get("end_date"));
            tableMapper2.put("date", "统计区间");
            tableMapper4.put("date", "统计区间");
            Map<String, Object> profit4 = MapUtil.<String, Object>builder("dataset", dataset41)
                    .put("chartProductNameMapping", this.sortMapper(chartMapper4, dataset41, true))
                    .put("tableProductNameMapping", tableMapper4).build();
            Map<String, Object> risk4 = MapUtil.<String, Object>builder("dataset", dataset42)
                    .put("chartProductNameMapping", this.sortMapper(chartMapper4, dataset42, true))
                    .put("tableProductNameMapping", tableMapper4).build();
            Map<String, Object> chart4 = MapUtil.<String, Object>builder("profit", profit4).put("risk", risk4).build();

            Map<String, Object> chart2 = MapUtil.<String, Object>builder("dataset", dataset20)
                    .put("chartProductNameMapping", this.sortMapper(mapper, dataset20, true))
                    .put("tableProductNameMapping", tableMapper2).put("r2", this.rsquaredConstraint(holisticMap.get("nav_r_squared"))).build();

            List<Map<String, Object>> dataset31 = sequential.stream().map(e -> {
                Map<String, Object> temp = MapUtil.newHashMap();
                temp.put("date", e.get("date"));
                temp.put("sp", e.get("nav_sp"));
                temp.put("r2", this.rsquaredConstraint(e.get("nav_r_squared")));
                for (FutureStyleRespEnum value : FutureStyleRespEnum.values()) {
                    temp.put(value.getName(), e.get("nav_coef" + value.getNum()));
                }
                return temp;
            }).collect(Collectors.toList());
            List<Map<String, Object>> dataset32 = sequential.stream().map(e -> {
                Map<String, Object> temp = MapUtil.newHashMap();
                temp.put("date", e.get("date"));
                temp.put("sp", e.get("vol_sp"));
                temp.put("r2", this.rsquaredConstraint(e.get("vol_r_squared")));
                for (FutureStyleRespEnum value : FutureStyleRespEnum.values()) {
                    temp.put(value.getName(), e.get("vol_coef" + value.getNum()));
                }
                return temp;
            }).collect(Collectors.toList());
            Map<String, Object> profit3 = MapUtil.<String, Object>builder("dataset", dataset31)
                    .put("chartProductNameMapping", chartMapper3).put("tableProductNameMapping", tableMapper3).build();
            Map<String, Object> risk3 = MapUtil.<String, Object>builder("dataset", dataset32)
                    .put("chartProductNameMapping", chartMapper3).put("tableProductNameMapping", tableMapper3).build();
            Map<String, Object> chart3 = MapUtil.<String, Object>builder("profit", profit3).put("risk", risk3).build();

            return MapUtil.<String, Object>builder("chart1", chart1).put("chart2", chart2).put("chart4", chart4).put("chart3", chart3).build();
        } catch (Exception e) {
            logger.error("期货风格归因计算错误" + e.getMessage());
            return MapUtil.empty();
        }
    }

    @Override
    public CustomRbsaVO customRbsa(CustomRbsaParams params) {
        this.checkParams(params);
        try {
            List<String> ids = params.getIndexIds();
            String rfIndex = params.getExcess() == 0 ? "None" : Consts.RISK_OF_FREE;
            String indexIds = String.join("_", ids);
            String up = ids.stream().map(e -> "1").collect(Collectors.joining("_"));
            String down = ids.stream().map(e -> "0").collect(Collectors.joining("_"));

            Map<String, Object> extParams = MapUtil.<String, Object>builder()
                    .put("indexIds", indexIds)
                    .put("upbounds", up)
                    .put("downbounds", down)
                    .put("boundswitch", params.getConstraint().getId())
                    .put("rfIndex", rfIndex)
                    .put("rfValue", "None")
                    .put("constraintvalue", params.getConstraintType() == 1 ? up : up.replaceAll("1", "0"))
                    .put("constrainttype", params.getConstraintType())
                    .put("alphacontrol", 0)
                    .put("style", "F0")
                    .put("winlen", params.getWinlen())
                    .put("rw", 0)
                    .put("dataType", 1)
                    .put("returnNo", "None")
                    .put("strategy", 1)
                    .put("curve_type", 2)
                    .put("freq", FREQ_MAPPER.get(params.getFrequency()))
                    .build();
            PyReqParam holisticExt = PyReqParam.builder().api("GetCustomRbsa").control(0).taskId("holistic")
                    .ext(MapUtil.<String, Object>builder("freq", FREQ_MAPPER.get(Frequency.Weekly)).build()).build();
            PyReqParam sequentialExt = PyReqParam.builder().api("GetCustomRbsa").control(1).taskId("sequential").build();
            List<PyReqParam> pyReqs = ListUtil.of(holisticExt, sequentialExt);
            PyResBody resBody = this.initiateRequest(params, extParams, pyReqs);
            Map<String, Object> holisticMap = resBody.getHolistic();
            List<Map<String, Object>> sequential = resBody.getSequential();

            Map<String, String> indexProMap = this.baseInfoService.querySecName(ids);
            Map<String, Object> risk = MapUtil.newHashMap(true);
            Map<String, Object> profit = MapUtil.newHashMap(true);
            indexProMap.forEach((k, v) -> {
                int i = ids.indexOf(k) + 1;
                risk.put("date", holisticMap.get("date"));
                profit.put("date", holisticMap.get("date"));
                risk.put(k, MapUtil.getStr(holisticMap, "beta" + i));
                profit.put(k, MapUtil.getStr(holisticMap, "cont" + i));
            });
            CustomRbsaVO.DataSet dataset = new CustomRbsaVO.DataSet(risk, profit);
            CustomRbsaVO.Chart2 chart2 = CustomRbsaVO.Chart2.builder().dataset(dataset).chartProductNameMapping(indexProMap)
                    .r2(this.rsquaredConstraint(MapUtil.getStr(holisticMap, "r_squared"))).build();

            List<Map<String, Object>> dataset1 = sequential.stream().map(e -> {
                Map<String, Object> temp = MapUtil.newHashMap(true);
                temp.put("date", e.get("date"));
                temp.put("r2", this.rsquaredConstraint(e.get("r_squared")));
                indexProMap.forEach((k, v) -> {
                    int i = ids.indexOf(k) + 1;
                    temp.put(k, MapUtil.getStr(e, "beta" + i));
                });
                return temp;
            }).collect(Collectors.toList());
            CustomRbsaVO.Chart1 chart1 = CustomRbsaVO.Chart1.builder().dataset(dataset1).chartProductNameMapping(indexProMap).build();
            return CustomRbsaVO.builder().chart1(chart1).chart2(chart2).build();
        } catch (Exception e) {
            logger.error("自定义风格计算错误" + e.getMessage());
            return null;
        }
    }

    @Override
    public Map<String, Object> barraOverview(BarraStyleParams params) {
        this.checkParams(params);
        try {
            Map<String, String> mapper = MapUtil.newHashMap(true);
            for (BarraStyleRespEnum value : BarraStyleRespEnum.values()) {
                mapper.put(value.getName(), value.getYName());
            }

            Map<String, Object> extParams = MapUtil.<String, Object>builder().put("winlen", params.getWinlen()).put("benchmarkId", params.getBenchmarkId())
                    .put("indexIds", BarrConstant.BARRA_FACTOR_INDEXS).put("poolCode", BarrConstant.POOL_CACHE_ALL).put("excess", params.getExcess()).build();
            PyReqParam holisticExt = PyReqParam.builder().api("GetBarraSensitivity").control(0).taskId("holistic").build();
            PyReqParam sequentialExt = PyReqParam.builder().api("GetBarraSensitivity").control(1).taskId("sequential").build();
            PyReqParam factorTrendExt = PyReqParam.builder().api("GetBarraSensitivity").control(2).taskId("factorTrend").build();
            List<PyReqParam> pyReqs = ListUtil.of(holisticExt, sequentialExt, factorTrendExt);
            PyResBody resBody = this.initiateRequest(params, extParams, pyReqs);
            Map<String, Object> holisticMap = resBody.getHolistic();
            List<Map<String, Object>> sequential = resBody.getSequential();
            List<Map<String, Object>> factorTrend = resBody.getExtBody().get("factorTrend");

            List<Map<String, Object>> dataset1 = ListUtil.list(true);
            for (BarraStyleRespEnum value : BarraStyleRespEnum.values()) {
                Map<String, Object> temp = MapUtil.newHashMap();
                temp.put("name", value.getCName());
                temp.put("product", holisticMap.get("coef" + value.getNum()));
                temp.put("standardError", holisticMap.get("std_err" + value.getNum()));
                temp.put("t", holisticMap.get("t" + value.getNum()));
                temp.put("pt", holisticMap.get("pt" + value.getNum()));
                dataset1.add(temp);
            }
            dataset1.sort((o1, o2) -> MapUtil.getDouble(o2, "product").compareTo(MapUtil.getDouble(o1, "product")));
            Map<String, String> mapper1 = MapUtil.<String, String>builder(MapUtil.newHashMap(true))
                    .put("name", "名称")
                    .put("product", "产品敏感度")
                    .put("standardError", "标准误差")
                    .put("t", "t")
                    .put("pt", "p>|t|")
                    .build();
            Map<String, Object> chart1 = MapUtil.<String, Object>builder("dataset", dataset1).put("tableProductNameMapping", mapper1)
                    .put("r2", this.rsquaredConstraint(holisticMap.get("r_squared"))).build();

            Map<String, Object> tableMapper23 = new LinkedHashMap<>();
            tableMapper23.put("date", "时段");
            tableMapper23.putAll(mapper);
            tableMapper23.put("r2", "R2");
            List<Map<String, Object>> dataset2 = factorTrend.stream().map(e -> {
                Map<String, Object> temp = MapUtil.newHashMap();
                temp.put("date", "custom".equals(e.get("dateini")) ? "当前区间" : e.get("dateini") + "年");
                for (BarraStyleRespEnum value : BarraStyleRespEnum.values()) {
                    temp.put(value.getName(), e.get("coef" + value.getNum()));
                }
                temp.put("r2", this.rsquaredConstraint(e.get(BarrConstant.R_SQUARED)));
                return temp;
            }).collect(Collectors.toList());
            Map<String, Object> chart2 = MapUtil.<String, Object>builder("dataset", dataset2).put("tableProductNameMapping", tableMapper23)
                    .put("chartProductNameMapping", mapper).build();

            List<Map<String, Object>> dataset3 = sequential.stream().map(e -> {
                Map<String, Object> temp = MapUtil.newHashMap();
                temp.put("date", e.get("end_date"));
                for (BarraStyleRespEnum value : BarraStyleRespEnum.values()) {
                    temp.put(value.getName(), e.get("coef" + value.getNum()));
                }
                temp.put("r2", this.rsquaredConstraint(e.get("r_squared")));
                return temp;
            }).collect(Collectors.toList());
            Map<String, Object> chart3 = MapUtil.<String, Object>builder("dataset", dataset3).put("tableProductNameMapping", tableMapper23)
                    .put("chartProductNameMapping", mapper).build();
            return MapUtil.<String, Object>builder().put("chart1", chart1).put("chart2", chart2).put("chart3", chart3).build();
        } catch (Exception e) {
            logger.error("barra概览计算错误" + e.getMessage());
            return MapUtil.empty();
        }
    }

    @Override
    public Map<String, Object> barraRiskProfit(BarraStyleParams params) {
        this.checkParams(params);
        try {
            Map<String, String> mapper = MapUtil.newHashMap(true);
            Map<String, String> mapperForTable = MapUtil.newHashMap(true);
            mapperForTable.put("r2", "R2值");
            for (BarraStyleRespEnum value : BarraStyleRespEnum.values()) {
                mapper.put(value.getName(), value.getCName());
                mapperForTable.put(value.getName(), value.getCName());
            }

            Map<String, String> tableMapper1 = MapUtil.newHashMap(true);
            for (BarraRiskProfitEnum value : BarraRiskProfitEnum.values()) {
                tableMapper1.put(value.getKey(), value.getProfit());
            }
            Map<String, String> chartMapper1 = new LinkedHashMap<>(tableMapper1);
            chartMapper1.remove("r2");
            Map<String, String> tableMapper3 = MapUtil.newHashMap(true);
            tableMapper3.put("date", "时段");
            for (BarraRiskProfitEnum value : BarraRiskProfitEnum.values()) {
                tableMapper3.put(value.getKey(), value.getRisk());
            }
            Map<String, String> chartMapper3 = new LinkedHashMap<>(tableMapper3);
            chartMapper3.remove("r2");

            Map<String, Object> extParams = MapUtil.<String, Object>builder().put("winlen", params.getWinlen()).put("benchmarkId", params.getBenchmarkId())
                    .put("indexIds", BarrConstant.BARRA_FACTOR_INDEXS).put("poolCode", BarrConstant.POOL_CACHE_ALL).put("excess", params.getExcess()).build();
            PyResBody resBody = this.initiateRequest("GetBarraNavAttribution", params, extParams);
            List<Map<String, Object>> sequential = resBody.getSequential();
            Map<String, Object> holisticMap = resBody.getHolistic();

            // chart1
            List<Map<String, Object>> dataset1 = sequential.stream().map(e -> {
                Map<String, Object> temp = MapUtil.newHashMap();
                temp.put("date", e.get("end_date"));
                temp.put("r2", this.rsquaredConstraint(e.get("r_squared")));
                for (BarraRiskProfitEnum value : BarraRiskProfitEnum.values()) {
                    temp.put(value.getKey(), e.get("nav_" + value.getCode()));
                }
                return temp;
            }).collect(Collectors.toList());
            Map<String, Object> chart1 = MapUtil.<String, Object>builder("dataset", dataset1).put("chartProductNameMapping", chartMapper1).put("tableProductNameMapping", tableMapper1).build();

            // chart2
            List<Map<String, Object>> dataset2 = ListUtil.list(true);
            Map<String, Object> temp2 = MapUtil.newHashMap();
            for (BarraStyleRespEnum value : BarraStyleRespEnum.values()) {
                temp2.put(value.getName(), holisticMap.get("nav_cont" + value.getNum()));
            }
            dataset2.add(temp2);
            Map<String, Object> chart2 = MapUtil.<String, Object>builder("dataset", dataset2).put("chartProductNameMapping", this.sortMapperAsc(mapper, dataset2.get(0)))
                    .put("tableProductNameMapping", mapperForTable).put("r2", this.rsquaredConstraint(holisticMap.get("nav_r_squared"))).build();

            // chart3
            List<Map<String, Object>> dataset3 = sequential.stream().map(e -> {
                Map<String, Object> temp = MapUtil.newHashMap();
                temp.put("date", e.get("end_date"));
                temp.put("r2", this.rsquaredConstraint(e.get("r_squared")));
                for (BarraRiskProfitEnum value : BarraRiskProfitEnum.values()) {
                    temp.put(value.getKey(), e.get("vol_" + value.getCode()));
                }
                return temp;
            }).collect(Collectors.toList());
            Map<String, Object> chart3 = MapUtil.<String, Object>builder("dataset", dataset3).put("chartProductNameMapping", chartMapper3).put("tableProductNameMapping", tableMapper3).build();

            // chart4
            List<Map<String, Object>> dataset4 = ListUtil.list(true);
            Map<String, Object> temp4 = MapUtil.newHashMap();
            for (BarraStyleRespEnum value : BarraStyleRespEnum.values()) {
                temp4.put(value.getName(), holisticMap.get("vol_cont" + value.getNum()));
            }
            dataset4.add(temp4);
            Map<String, Object> chart4 = MapUtil.<String, Object>builder("dataset", dataset4).put("chartProductNameMapping", this.sortMapperAsc(mapper, dataset4.get(0)))
                    .put("tableProductNameMapping", mapperForTable).build();
            return MapUtil.<String, Object>builder().put("chart1", chart1).put("chart2", chart2).put("chart3", chart3).put("chart4", chart4).build();
        } catch (Exception e) {
            logger.error("barra风格计算错误" + e.getMessage());
            return MapUtil.empty();
        }
    }

    @Override
    public Map<String, Object> selectionTiming(SelectionTimingParams params) {
        try {
            if (!CAL_RANGE_MAPPER.containsKey(params.getWinlen())) throw new APIException("窗口参数非法");
            Map<String, String> mapper = MapUtil.<String, String>builder(MapUtil.newHashMap(true))
                    .put("alpha", "选股能力").put("beta", "择时能力").build();
            Map<String, String> mapper1 = MapUtil.<String, String>builder(MapUtil.newHashMap(true))
                    .put("range", "统计周期")
                    .put("alpha", "Alpha(%)")
                    .put("testAlpha", "T检验(Alpha)")
                    .put("selectionAlpha", "选股能力(Alpha)")
                    .put("beta2", "Beta2")
                    .put("testBeta2", "T检验(Beta2)")
                    .put("timingBeta2", "择时能力(Beta2)")
                    .build();

            Map<String, Object> extParams = MapUtil.<String, Object>builder().put("model", params.getModel()).put("benchmarkId", params.getBenchmarkId())
                    .put("calRange", CAL_RANGE_MAPPER.get(params.getWinlen())).build();
            PyReqParam holisticExt = PyReqParam.builder().api("GetIndicatorStatsLine").method("get").taskId("holistic").build();
            PyReqParam sequentialExt = PyReqParam.builder().api("GetIndicatorStatsTable").method("get").taskId("sequential").control(1).build();
            List<PyReqParam> pyReqs = ListUtil.of(holisticExt, sequentialExt);
            PyResBody resBody = this.initiateRequest(params, extParams, pyReqs);
            List<Map<String, Object>> sequential = resBody.getSequential();
            List<Map<String, Object>> holistic = resBody.getExtBody().get("holistic");

            List<Map<String, Object>> dataset = holistic.stream().map(e -> MapUtil.builder("date", e.get("range_perid"))
                    .put("alpha", e.get("alpha_value")).put("beta", e.get("beta2_value")).build()).collect(Collectors.toList());
            List<Map<Object, Object>> dataset1 = sequential.stream().filter(e -> !"成立以来".equals(e.get("range_perid"))).map(e ->
                    MapUtil.builder(MapUtil.newHashMap(true))
                            .put("range", e.get("range_perid"))
                            .put("alpha", e.get("alpha"))
                            .put("testAlpha", e.get("alpha_pvalue"))
                            .put("selectionAlpha", e.get("stock_selection_ability"))
                            .put("beta2", e.get("beta2"))
                            .put("testBeta2", e.get("beta2_pvalue"))
                            .put("timingBeta2", e.get("market_timing_ability"))
                            .build()).collect(Collectors.toList());
            Map<String, Object> chart = MapUtil.<String, Object>builder().put("dataset", dataset).put("productNameMapping", mapper).build();
            Map<String, Object> table = MapUtil.<String, Object>builder().put("dataset", dataset1).put("productNameMapping", mapper1).build();
            return MapUtil.<String, Object>builder().put("chart", chart).put("table", table).build();
        } catch (Exception e) {
            logger.error("选股择时能力计算错误" + e.getMessage());
            return MapUtil.empty();
        }
    }

    @Override
    @SuppressWarnings("unchecked")
    public Map<String, Object> rzStyle(RzStyleParams params) {
        try {
            List<FundStyleStatsDO> fundStyleStatsList = fundStyleService.listFundStyleOverview(params.getSecId());
            List<Map<String, Object>> dataset = ListUtil.list(true);
            for (FundStyleStatsDO fundStyleStatsDO : fundStyleStatsList) {
                Map<String, Object> tempMap = MapUtil.newHashMap();
                tempMap.put("date", fundStyleStatsDO.getEndDate());
                tempMap.put("upside", fundStyleStatsDO.getUpsideCaptureRatio1y());
                tempMap.put("downside",fundStyleStatsDO.getDownsideCaptureRatio1y());
                tempMap.put("style", handleFundStyle(fundStyleStatsDO.getUpsideCaptureRatio1y(),fundStyleStatsDO.getDownsideCaptureRatio1y()));
                dataset.add(tempMap);
            }
            Map<String, String> mapper = MapUtil.<String, String>builder(MapUtil.newHashMap(true))
                    .put("date", "时间").put("upside", "进攻能力").put("downside", "防御能力").put("style", "风格").build();
            Map<String, Object> chart1 = MapUtil.<String, Object>builder().put("dataset", dataset)
                    .put("chartProductNameMapping", mapper).put("tableProductNameMapping", mapper).build();

            List<String> secIdList = ListUtil.list(true);
            List<String> fundBenchmarkList = ListUtil.toList(params.getSecId(), params.getBenchmarkId());
            List<String> unionIds = CollUtil.addAllIfNotContains(fundBenchmarkList, secIdList);
            return MapUtil.<String, Object>builder().put("chart1", chart1).build();

        } catch (Exception e) {
            logger.error("风格总览计算错误" + e.getMessage());
            return MapUtil.empty();
        }
    }

    private String handleFundStyle(BigDecimal upside, BigDecimal downside) {
        String style;
        BigDecimal standardLevel = BigDecimal.valueOf(0.5);
        if (standardLevel.compareTo(upside) <= 0 && standardLevel.compareTo(downside) >= 0) {
            style = "攻守兼备型";
        } else if (standardLevel.compareTo(upside) > 0 && standardLevel.compareTo(downside) > 0) {
            style = "防御型";
        } else if (standardLevel.compareTo(upside) < 0 && standardLevel.compareTo(downside) < 0) {
            style = "进攻型";
        } else {
            style = "风格不明显";
        }
        return style;
    }

    /**
     * 成长价值和行业配置接口重构，支持基金、机构、经理、组合等
     *
     * @param params      请求参数
     * @param indexType   因子
     * @param boundSwitch 多空或多头
     * @param <P>         类型参数
     * @return /
     */
    private <P extends BaseParams> FundStyleVO getFundStyleVO(P params, RBSAIndexType indexType, Integer boundSwitch) {
        CurveType curveType = CurveType.getCurveType(params.getRaiseType(), StrategyHandleUtils.getStrategy(params.getStrategy()));
        List<CurveType> strategyList = ListUtil.of(CurveType.PrivateSubstratgy, CurveType.PublicSubstrategy, CurveType.BothSubstratgy);
        int curveTypeId = strategyList.contains(curveType) ? curveType.getId() : 2;
        String indexIds = String.join("_", RBSAIndexTypeMap.getInstance().getIndexIds(indexType));

        Map<String, Object> extParams = MapUtil.<String, Object>builder().put("boundSwitch", boundSwitch)
                .put("indexIds", indexIds).put("strategy", 1).put("curveType", curveTypeId).build();
        PyResBody resBody = this.initiateRequest("fund/style", params, extParams);
        List<Map<String, Object>> sequential = resBody.getSequential();
        Map<String, Object> holisticMap = resBody.getHolistic();

        Map<String, String> indexProMap = RBSA_INDEX_PROD_MAPPER.get(indexType);
        Map<String, Object> risk = MapUtil.newHashMap(true);
        Map<String, Object> profit = MapUtil.newHashMap(true);
        indexProMap.forEach((k, v) -> {
            risk.put("date", holisticMap.get("date"));
            risk.put(k, MapUtil.getStr(holisticMap, k));
        });
        for (int i = 0; i < indexProMap.size(); i++) {
            profit.put("date", holisticMap.get("date"));
            profit.put("beta" + (i + 1), MapUtil.getStr(holisticMap, "cont" + (i + 1)));
        }
        FundStyleVO.DataSet dataset = new FundStyleVO.DataSet(risk, profit);
        FundStyleVO.Chart2 chart2 = FundStyleVO.Chart2.builder().dataset(dataset).chartProductNameMapping(indexProMap)
                .r2(this.rsquaredConstraint(MapUtil.getStr(holisticMap, "r_squared"))).build();

        List<Map<String, Object>> dataset1 = sequential.stream().map(e -> {
            Map<String, Object> temp = MapUtil.newHashMap(true);
            temp.put("date", e.get("date"));
            temp.put("r2", this.rsquaredConstraint(e.get("r_squared")));
            indexProMap.forEach((k, v) -> temp.put(k, MapUtil.getStr(e, k)));
            return temp;
        }).collect(Collectors.toList());
        FundStyleVO.Chart1 chart1 = FundStyleVO.Chart1.builder().dataset(dataset1).chartProductNameMapping(indexProMap).build();
        return FundStyleVO.builder().chart1(chart1).chart2(chart2).build();
    }

    /**
     * 对r2做一个简单的约束，[-1, 1] 之间
     *
     * @param r2 /
     * @return /
     */
    private String rsquaredConstraint(Object r2) {
        if (r2 == null) {
            return null;
        }
        double v = Double.parseDouble(StrUtil.toString(r2));
        if (v < -1d) {
            v = -1d;
        } else if (v > 1d) {
            v = 1d;
        }
        return String.valueOf(v);
    }
}