{ "module": "MultiSceneAnalysis.T4", "flag": "vertical", "configs": [ { "key": "dataMultiSceneAnalysisT4", "desc": "LTE室内外场景分析-LTE网络业务模型", "config": { "parameters": [ { "name": "p_en", "columnname": "", "type": "string", "format": "", "conditionid": "c0", "symbol": "" }, { "name": "starttime", "columnname": "", "type": "string", "format": "", "conditionid": "c1", "symbol": "" }, { "name": "endtime", "columnname": "", "type": "string", "format": "", "conditionid": "c2", "symbol": "" }, { "name": "province", "columnname": "", "type":"string", "format": "", "conditionid": "c3", "symbol":"" } ], "value": "SELECT distinct t.* FROM ( SELECT apt.CATEGORYNAME AS data1, apt.BUSSINESSNAME AS data2, sc.*, sc1.*, sc2.*, sc3.*, sc4.*, sc5.*, sc6.*, sc8.* FROM ( SELECT t1.city as city_1, '全网' nettype , AppType data_apptype , AppSubType data_appsubtype , SUM(dl_flow) data3 , ROUND(SUM(dl_flow)/MAX(t2.dl_flow1),2.0) data4 , SUM(xdr_count) data5 , ROUND(SUM(xdr_count)/MAX(t2.xdr_count1),2.0) data6 , SUM(delay) data7 , ROUND(SUM(delay)/MAX(t2.delay1),2.0) data8 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER t1 LEFT JOIN ( SELECT city, SUM(delay) delay1, SUM(xdr_count) xdr_count1 , SUM(dl_flow) dl_flow1 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER WHERE hour>='[@c1]' AND hour<='[@c2]' GROUP BY city) t2 ON t1.city=t2.city WHERE t1.hour>='[@c1]' AND t1.hour<='[@c2]' GROUP BY t1.city, t1.AppType, t1.AppSubType) sc LEFT JOIN ( SELECT t1.city, '室外用户' nettype , AppType data9 , AppSubType data10 , SUM(dl_flow) data11 , ROUND( SUM(dl_flow)/MAX(t2.dl_flow1),2.0) cell12 , SUM(xdr_count) data13 , ROUND(SUM(xdr_count)/MAX(t2.xdr_count1),2.0) data14 , SUM(delay) data15 , ROUND(SUM(delay)/MAX(t2.delay1),2.0) data16 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER t1 LEFT JOIN ( SELECT city, SUM(delay) delay1, SUM(xdr_count) xdr_count1 , SUM(dl_flow) dl_flow1 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER WHERE scene1=1 AND hour>='[@c1]' AND hour<='[@c2]' GROUP BY city) t2 ON t1.city=t2.city WHERE t1.scene1=1 AND t1.hour>='[@c1]' AND t1.hour<='[@c2]' GROUP BY t1.city, t1.AppType, t1.AppSubType ) sc1 ON sc.city_1=sc1.city AND sc.data_apptype=sc1.data9 AND sc.data_appsubtype=sc1.data10 LEFT JOIN ( SELECT t1.city, '室内用户' nettype , AppType data17 , AppSubType data18 , SUM(dl_flow) data19 , ROUND( SUM(dl_flow)/MAX(t2.dl_flow1) ,2.0) data20 , SUM(xdr_count) data21 , ROUND( SUM(xdr_count)/MAX(t2.xdr_count1),2.0) data22 , SUM(delay) data23 , ROUND( SUM(delay)/MAX(t2.delay1) ,2.0) data24 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER t1 LEFT JOIN ( SELECT city, SUM(delay) delay1, SUM(xdr_count) xdr_count1 , SUM(dl_flow) dl_flow1 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER WHERE scene1 IN (2,3,4) AND hour>='[@c1]' AND hour<='[@c2]' GROUP BY city ) t2 ON t1.city=t2.city WHERE t1.scene1 IN (2,3,4) AND t1.hour>='[@c1]' AND t1.hour<='[@c2]' GROUP BY t1.city, t1.AppType, t1.AppSubType, scene1 ) sc2 ON sc1.city=sc2.city AND sc.data_apptype=sc2.data17 AND sc.data_appsubtype=sc2.data18 LEFT JOIN ( SELECT t1.city, '地铁用户' nettype , AppType data25, AppSubType data26 , SUM(dl_flow) data27 , ROUND( SUM(dl_flow)/MAX(t2.dl_flow1),2.0) data28 , SUM(xdr_count) data29 , ROUND(SUM(xdr_count)/MAX(t2.xdr_count1),2.0) data30 , SUM(delay) data31 , ROUND( SUM(delay)/MAX(t2.delay1),2.0) data32 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER t1 LEFT JOIN ( SELECT city, SUM(delay) delay1, SUM(xdr_count) xdr_count1 , SUM(dl_flow) dl_flow1 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER WHERE scene2 =2 AND hour>='[@c1]' AND hour<='[@c2]' GROUP BY city ) t2 ON t1.city=t2.city WHERE t1.scene2 =2 AND t1.hour>='[@c1]' AND t1.hour<='[@c2]' GROUP BY t1.city, t1.AppType, t1.AppSubType ) sc3 ON sc2.city=sc3.city AND sc.data_apptype=sc3.data25 AND sc.data_appsubtype=sc3.data26 LEFT JOIN ( SELECT t1.city, '高铁用户' nettype , AppType data33 , AppSubType data34 , SUM(dl_flow) data35 , ROUND(SUM(dl_flow)/MAX(t2.dl_flow1),2.0) data36 , SUM(xdr_count) data37 , ROUND(SUM(xdr_count)/MAX(t2.xdr_count1),2.0) data38 , SUM(delay) data39 , ROUND(SUM(delay)/MAX(t2.delay1),2.0) data40 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER t1 LEFT JOIN ( SELECT city, SUM(delay) delay1, SUM(xdr_count) xdr_count1 , SUM(dl_flow) dl_flow1 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER WHERE scene2 =1 AND hour>='[@c1]' AND hour<='[@c2]' GROUP BY city) t2 ON t1.city=t2.city WHERE t1.scene2 =1 AND t1.hour>='[@c1]' AND t1.hour<='[@c2]' GROUP BY t1.city, t1.AppType, t1.AppSubType ) sc4 ON sc3.city=sc4.city AND sc.data_apptype=sc4.data33 AND sc.data_appsubtype=sc4.data34 LEFT JOIN ( SELECT t1.city, '校园用户' nettype , AppType data41 , AppSubType data42 , SUM(dl_flow) data43 , ROUND( SUM(dl_flow)/MAX(t2.dl_flow1),2.0) data44 , SUM(xdr_count) data45 , ROUND( SUM(xdr_count)/MAX(t2.xdr_count1),2.0) data46 , SUM(delay) data47 , ROUND( SUM(delay)/MAX(t2.delay1),2.0) data48 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER t1 LEFT JOIN ( SELECT city, SUM(delay) delay1, SUM(xdr_count) xdr_count1 , SUM(dl_flow) dl_flow1 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER WHERE scene2 =3 AND hour>='[@c1]' AND hour<='[@c2]' GROUP BY city) t2 ON t1.city=t2.city WHERE t1.scene2 =3 AND t1.hour>='[@c1]' AND t1.hour<='[@c2]' GROUP BY t1.city, t1.AppType, t1.AppSubType ) sc5 ON sc4.city=sc5.city AND sc.data_apptype=sc5.data41 AND sc.data_appsubtype=sc5.data42 LEFT JOIN ( SELECT t1.city, '商业用户' nettype , AppType data49 , AppSubType data50 , SUM(dl_flow) data51 , ROUND(SUM(dl_flow)/MAX(t2.dl_flow1),2.0) data52 , SUM(xdr_count) data53 , ROUND( SUM(xdr_count)/MAX(t2.xdr_count1),2.0) data54 , SUM(delay) data55 , ROUND(SUM(delay)/MAX(t2.delay1) ,2.0) data56 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER t1 LEFT JOIN ( SELECT city, SUM(delay) delay1, SUM(xdr_count) xdr_count1 , SUM(dl_flow) dl_flow1 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER WHERE scene2 =4 AND hour>='[@c1]' AND hour<='[@c2]' GROUP BY city) t2 ON t1.city=t2.city WHERE t1.scene2 =4 AND t1.hour>='[@c1]' AND t1.hour<='[@c2]' GROUP BY t1.city, t1.AppType, t1.AppSubType ) sc6 ON sc5.city=sc6.city AND sc.data_apptype=sc6.data49 AND sc.data_appsubtype=sc6.data50 LEFT JOIN ( SELECT t1.city, '风景用户' nettype , AppType data57 , AppSubType data58 , SUM(dl_flow) data59 , ROUND( SUM(dl_flow)/MAX(t2.dl_flow1),2.0) data60 , SUM(xdr_count) data61 , ROUND( SUM(xdr_count)/MAX(t2.xdr_count1),2.0) data62 , SUM(delay) data63 , ROUND(SUM(delay)/MAX(t2.delay1),2.0) data64 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER t1 LEFT JOIN ( SELECT city, SUM(delay) delay1, SUM(xdr_count) xdr_count1 , SUM(dl_flow) dl_flow1 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER WHERE scene2 =5 AND hour>='[@c1]' AND hour<='[@c2]' GROUP BY city) t2 ON t1.city=t2.city WHERE t1.scene2 =5 AND t1.hour>='[@c1]' AND t1.hour<='[@c2]' GROUP BY t1.city, t1.AppType, t1.AppSubType ) sc7 ON sc6.city=sc7.city AND sc.data_apptype=sc7.data57 AND sc.data_appsubtype=sc7.data58 LEFT JOIN ( SELECT t1.city, '居民用户' nettype , AppType data65 , AppSubType data66 , SUM(dl_flow) data67 , ROUND( SUM(dl_flow)/MAX(t2.dl_flow1) ,2.0) data68 , SUM(xdr_count) data69 , ROUND( SUM(xdr_count)/MAX(t2.xdr_count1),2.0) data70 , SUM(delay) data71 , ROUND( SUM(delay)/MAX(t2.delay1) ,2.0) data72 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER t1 LEFT JOIN ( SELECT city, SUM(delay) delay1, SUM(xdr_count) xdr_count1 , SUM(dl_flow) dl_flow1 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER WHERE scene2 =6 AND hour>='[@c1]' AND hour<='[@c2]' GROUP BY city) t2 ON t1.city=t2.city WHERE t1.scene2 =6 AND t1.hour>='[@c1]' AND t1.hour<='[@c2]' GROUP BY t1.city, t1.AppType, t1.AppSubType ) sc8 ON sc7.city=sc8.city AND sc.data_apptype=sc8.data65 AND sc.data_appsubtype=sc8.data66 INNER JOIN lte_sys.[@c0]_T_BASE_CATEGORYTYPE apt ON sc.data_AppType=apt.CATEGORYID AND sc.data_AppSubType=apt.BUSSINESSTYPE)t WHERE t.city_1='[@c3]'" } } ] }