{ "module": "MultiSceneAnalysis.T51", "flag": "vertical", "configs": [ { "key": "dataMultiSceneAnalysisT51", "desc": "LTE室内外场景分析-网间指标统计（不区分文件大小）", "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 t.city AS data1, 0 data49, 0 data50, 0 data51, 0 data52, t.* FROM ( SELECT t4.*, t5.data53 , t5.data54 , t5.data55 , t5.data56 , t5.data57 , t5.data58 , t5.data59 , t5.data60 , t5.data61 , t5.data62 , t5.data63 , t5.data64 , t5.data65 , t5.data66 , t5.data67 , t5.data68 , t5.data69 , t5.data70 , t5.data71 , t5.data72 , t5.data73 , t5.data74 , t5.data75 , t5.data76 , t5.data77 , t5.data78 , t5.data79 , t5.data80 , t5.data81 , t5.data82 , t5.data83 FROM ( SELECT tb2.city, '全网' AS data2, SUM( CASE WHEN nettype=1 THEN xdr_count ELSE 0 END) AS data7, ROUND( SUM( CASE WHEN nettype=1 THEN xdr_count ELSE 0 END)/MAX(tb1.sumcnt),2.0) AS data8 , SUM( CASE WHEN nettype=2 THEN xdr_count ELSE 0 END) AS data9, ROUND(SUM( CASE WHEN nettype=2 THEN xdr_count ELSE 0 END)/MAX(tb1.sumcnt),2.0) AS data10 , ROUND( SUM( CASE WHEN nettype=1 THEN delay ELSE 0 END)/1000/60,2.0) AS data11, ROUND( SUM( CASE WHEN nettype=1 THEN delay ELSE 0 END)/MAX(tb1.sumdelay),2.0) AS data12 , ROUND(SUM( CASE WHEN nettype=2 THEN delay ELSE 0 END)/1000/60,2.0) AS data13, ROUND(SUM( CASE WHEN nettype=2 THEN delay ELSE 0 END)/MAX(tb1.sumdelay),2.0) AS data14 , ROUND(SUM( CASE WHEN nettype=1 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data15, ROUND(SUM( CASE WHEN nettype=1 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow),2.0) AS data16 , ROUND( SUM( CASE WHEN nettype=2 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data17, ROUND( SUM( CASE WHEN nettype=2 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow),2.0) AS data18 , ROUND(SUM( CASE WHEN nettype=1 THEN delay ELSE 0 END)/1000/60,2.0) AS data19, ROUND(SUM( CASE WHEN nettype=1 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data20 , ROUND( SUM( CASE WHEN nettype=1 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=1 THEN delay ELSE 0 END)*8000/1024,2.0) AS data21, SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count ELSE 0 END) AS data22, SUM( CASE WHEN nettype=1 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data23 , ROUND(SUM( CASE WHEN nettype=1 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data24, SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count ELSE 0 END) AS data25, SUM( CASE WHEN nettype=1 THEN satisfied_speed_xdr_count ELSE 0 END) AS data26 , ROUND( SUM( CASE WHEN nettype=1 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data27, ROUND( SUM( CASE WHEN nettype=1 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data28, ROUND(SUM( CASE WHEN nettype=2 THEN delay ELSE 0 END)/1000/60,2.0) AS data29, ROUND(SUM( CASE WHEN nettype=2 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data30, ROUND( SUM( CASE WHEN nettype=2 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=2 THEN delay ELSE 0 END)*8000/1024,2.0) AS data31, SUM( CASE WHEN nettype=2 THEN satisfied_xdr_count ELSE 0 END) AS data32, SUM( CASE WHEN nettype=2 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data33 , ROUND( SUM( CASE WHEN nettype=2 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data34, SUM( CASE WHEN nettype=2 THEN satisfied_xdr_count ELSE 0 END) AS data35, SUM( CASE WHEN nettype=2 THEN satisfied_speed_xdr_count ELSE 0 END) AS data36 , ROUND( SUM( CASE WHEN nettype=2 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data37, ROUND(SUM( CASE WHEN nettype=2 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data38, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) THEN delay ELSE 0 END)/1000/60,2.0) AS data39, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data40, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) THEN dl_flow ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) THEN delay ELSE 0 END)*8000/1024,2.0) AS data41, SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count ELSE 0 END) AS data42, SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_sucess_xdr_count ELSE 0 END) AS data43 , ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN(nettype=1 OR nettype=2) THEN satisfied_xdr_count ELSE 0 END),2.0) AS data44, SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count ELSE 0 END) AS data45, SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_speed_xdr_count ELSE 0 END) AS data46 , ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count ELSE 0 END),2.0) AS data47, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data48 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER tb2 LEFT JOIN ( SELECT city, SUM(xdr_count) sumcnt, SUM(delay) sumdelay, SUM(dl_flow) sumdl_flow FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER WHERE nettype IN (1,2) AND hour>='[@c1]' AND hour<='[@c2]' GROUP BY city)tb1 ON tb2.city=tb1.city WHERE tb2.hour>='[@c1]' AND tb2.hour<='[@c2]' GROUP BY tb2.city)t4 LEFT JOIN ( SELECT tb2.city, '全网' AS data2, ROUND(SUM( CASE WHEN nettype=1 THEN delay ELSE 0 END)/1000/60,2.0) AS data53, ROUND( SUM( CASE WHEN nettype=1 THEN delay ELSE 0 END)/MAX(tb1.sumdelay),2.0) AS data54 , ROUND(SUM( CASE WHEN nettype=2 THEN delay ELSE 0 END)/1000/60,2.0) AS data55, ROUND( SUM( CASE WHEN nettype=2 THEN delay ELSE 0 END)/MAX(tb1.sumdelay),2.0) AS data56 , ROUND(SUM( CASE WHEN nettype=1 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data57, ROUND( SUM( CASE WHEN nettype=1 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow),2.0) AS data58 , ROUND(SUM( CASE WHEN nettype=2 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data59, ROUND( SUM( CASE WHEN nettype=2 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow),2.0) AS data60 , ROUND( SUM( CASE WHEN nettype=1 THEN delay ELSE 0 END)/1000/60,2.0) AS data61, ROUND(SUM( CASE WHEN nettype=1 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data62 , ROUND( SUM( CASE WHEN nettype=1 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=1 THEN delay ELSE 0 END)*8000/1024,2.0) AS data63, SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count ELSE 0 END) AS data64, SUM( CASE WHEN nettype=1 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data65 , ROUND(SUM( CASE WHEN nettype=1 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data66, SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count ELSE 0 END) AS data67, SUM( CASE WHEN nettype=1 THEN satisfied_speed_xdr_count ELSE 0 END) AS data68 , ROUND( SUM( CASE WHEN nettype=1 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data69, ROUND( SUM( CASE WHEN nettype=1 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data70, ROUND( SUM( CASE WHEN nettype=2 THEN delay ELSE 0 END)/1000/60,2.0) AS data71, ROUND(SUM( CASE WHEN nettype=2 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data72, ROUND( SUM( CASE WHEN nettype=2 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=2 THEN delay ELSE 0 END)*8000/1024,2.0) AS data73, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) THEN delay ELSE 0 END)/1000/60,2.0) AS data74, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data75, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) THEN dl_flow ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) THEN delay ELSE 0 END)*8000/1024,2.0) AS data76, SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count ELSE 0 END) AS data77, SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_sucess_xdr_count ELSE 0 END) AS data78 , ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count ELSE 0 END) ,2.0)AS data79, SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count ELSE 0 END) AS data80, SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_speed_xdr_count ELSE 0 END) AS data81 , ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count ELSE 0 END) ,2.0)AS data82, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data83 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_SHAREUSER tb2 LEFT JOIN ( SELECT city, SUM(xdr_count) sumcnt, SUM(delay) sumdelay, SUM(dl_flow) sumdl_flow FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_SHAREUSER WHERE nettype IN (1,2) AND hour>='[@c1]' AND hour<='[@c2]' GROUP BY city)tb1 ON tb2.city=tb1.city WHERE tb2.hour>='[@c1]' AND tb2.hour<='[@c2]' GROUP BY tb2.city )t5 ON t4.data2=t5.data2 AND t4.city=t5.city UNION SELECT t9.*, t10.data53 , t10.data54 , t10.data55 , t10.data56 , t10.data57 , t10.data58 , t10.data59 , t10.data60 , t10.data61 , t10.data62 , t10.data63 , t10.data64 , t10.data65 , t10.data66 , t10.data67 , t10.data68 , t10.data69 , t10.data70 , t10.data71 , t10.data72 , t10.data73 , t10.data74 , t10.data75 , t10.data76 , t10.data77 , t10.data78 , t10.data79 , t10.data80 , t10.data81 , t10.data82 , t10.data83 FROM ( SELECT tb2.city, ( CASE WHEN scene1=1 THEN '室外用户' WHEN scene1=2 THEN '占用室分的室内稳定用户(有室分)' WHEN scene1=3 THEN '占用宏站的室内稳定用户(无室分)' WHEN scene1=4 THEN '室内稳定用户(占用宏站和室分)' ELSE '未知场景' END ) AS data2, SUM( CASE WHEN nettype=1 THEN xdr_count ELSE 0 END) AS data7, ROUND( SUM( CASE WHEN nettype=1 THEN xdr_count ELSE 0 END)/MAX(tb1.sumcnt),2.0) AS data8 , SUM( CASE WHEN nettype=2 THEN xdr_count ELSE 0 END) AS data9, ROUND(SUM( CASE WHEN nettype=2 THEN xdr_count ELSE 0 END)/MAX(tb1.sumcnt),2.0) AS data10 , ROUND( SUM( CASE WHEN nettype=1 THEN delay ELSE 0 END)/1000/60,2.0) AS data11, ROUND( SUM( CASE WHEN nettype=1 THEN delay ELSE 0 END)/MAX(tb1.sumdelay),2.0) AS data12 , ROUND(SUM( CASE WHEN nettype=2 THEN delay ELSE 0 END)/1000/60,2.0) AS data13, ROUND(SUM( CASE WHEN nettype=2 THEN delay ELSE 0 END)/MAX(tb1.sumdelay),2.0) AS data14 , ROUND(SUM( CASE WHEN nettype=1 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data15, ROUND(SUM( CASE WHEN nettype=1 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow),2.0) AS data16 , ROUND( SUM( CASE WHEN nettype=2 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data17, ROUND( SUM( CASE WHEN nettype=2 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow),2.0) AS data18 , ROUND(SUM( CASE WHEN nettype=1 THEN delay ELSE 0 END)/1000/60,2.0) AS data19, ROUND(SUM( CASE WHEN nettype=1 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data20 , ROUND( SUM( CASE WHEN nettype=1 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=1 THEN delay ELSE 0 END)*8000/1024,2.0) AS data21, SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count ELSE 0 END) AS data22, SUM( CASE WHEN nettype=1 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data23 , ROUND(SUM( CASE WHEN nettype=1 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data24, SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count ELSE 0 END) AS data25, SUM( CASE WHEN nettype=1 THEN satisfied_speed_xdr_count ELSE 0 END) AS data26 , ROUND( SUM( CASE WHEN nettype=1 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data27, ROUND( SUM( CASE WHEN nettype=1 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data28, ROUND(SUM( CASE WHEN nettype=2 THEN delay ELSE 0 END)/1000/60,2.0) AS data29, ROUND(SUM( CASE WHEN nettype=2 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data30, ROUND( SUM( CASE WHEN nettype=2 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=2 THEN delay ELSE 0 END)*8000/1024,2.0) AS data31, SUM( CASE WHEN nettype=2 THEN satisfied_xdr_count ELSE 0 END) AS data32, SUM( CASE WHEN nettype=2 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data33 , ROUND( SUM( CASE WHEN nettype=2 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data34, SUM( CASE WHEN nettype=2 THEN satisfied_xdr_count ELSE 0 END) AS data35, SUM( CASE WHEN nettype=2 THEN satisfied_speed_xdr_count ELSE 0 END) AS data36 , ROUND( SUM( CASE WHEN nettype=2 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data37, ROUND(SUM( CASE WHEN nettype=2 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data38, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) THEN delay ELSE 0 END)/1000/60,2.0) AS data39, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data40, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) THEN dl_flow ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) THEN delay ELSE 0 END)*8000/1024,2.0) AS data41, SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count ELSE 0 END) AS data42, SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_sucess_xdr_count ELSE 0 END) AS data43 , ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN(nettype=1 OR nettype=2) THEN satisfied_xdr_count ELSE 0 END),2.0) AS data44, SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count ELSE 0 END) AS data45, SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_speed_xdr_count ELSE 0 END) AS data46 , ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count ELSE 0 END),2.0) AS data47, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data48 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER tb2 LEFT JOIN ( SELECT city, SUM(xdr_count) sumcnt, SUM(delay) sumdelay, SUM(dl_flow) sumdl_flow FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER WHERE nettype IN (1,2) AND hour>='[@c1]' AND hour<='[@c2]' GROUP BY city)tb1 ON tb2.city=tb1.city WHERE tb2.hour>='[@c1]' AND tb2.hour<='[@c2]' GROUP BY tb2.city, tb2.scene1 )t9 LEFT JOIN ( SELECT tb2.city, ( CASE WHEN scene1=1 THEN '室外用户' WHEN scene1=2 THEN '占用室分的室内稳定用户(有室分)' WHEN scene1=3 THEN '占用宏站的室内稳定用户(无室分)' WHEN scene1=4 THEN '室内稳定用户(占用宏站和室分)' ELSE '未知场景' END ) AS data2, ROUND(SUM( CASE WHEN nettype=1 THEN delay ELSE 0 END)/1000/60,2.0) AS data53, ROUND( CASE WHEN MAX(tb1.sumdelay)>0 THEN SUM( CASE WHEN nettype=1 THEN delay ELSE 0 END)/MAX(tb1.sumdelay) ELSE 0 END ,2.0)AS data54 , ROUND(SUM( CASE WHEN nettype=2 THEN delay ELSE 0 END)/1000/60,2.0) AS data55, ROUND( CASE WHEN MAX(tb1.sumdelay)>0 THEN SUM( CASE WHEN nettype=2 THEN delay ELSE 0 END)/MAX(tb1.sumdelay) ELSE 0 END,2.0) AS data56 , ROUND(SUM( CASE WHEN nettype=1 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data57, ROUND( CASE WHEN MAX(tb1.sumdl_flow)>0 THEN SUM( CASE WHEN nettype=1 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow) ELSE 0 END,2.0) AS data58 , ROUND(SUM( CASE WHEN nettype=2 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data59, ROUND( CASE WHEN MAX(tb1.sumdl_flow)>0 THEN SUM( CASE WHEN nettype=2 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow) ELSE 0 END,2.0) AS data60 , ROUND(SUM( CASE WHEN nettype=1 THEN delay ELSE 0 END)/1000/60,2.0) AS data61, ROUND(SUM( CASE WHEN nettype=1 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data62 , ROUND( CASE WHEN SUM( CASE WHEN nettype=1 THEN delay ELSE 0 END)>0 THEN SUM( CASE WHEN nettype=1 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=1 THEN delay ELSE 0 END)*8000/1024 ELSE 0 END,2.0) AS data63, SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count ELSE 0 END) AS data64, SUM( CASE WHEN nettype=1 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data65 , ROUND( CASE WHEN SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count ELSE 0 END) >0 THEN SUM( CASE WHEN nettype=1 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count ELSE 0 END) ELSE 0 END ,2.0)AS data66, SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count ELSE 0 END) AS data67, SUM( CASE WHEN nettype=1 THEN satisfied_speed_xdr_count ELSE 0 END) AS data68 , ROUND( CASE WHEN SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count ELSE 0 END)>0 THEN SUM( CASE WHEN nettype=1 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count ELSE 0 END) ELSE 0 END,2.0) AS data69, ROUND( CASE WHEN SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END)>0 THEN SUM( CASE WHEN nettype=1 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END) ELSE 0 END ,2.0)AS data70, ROUND(SUM( CASE WHEN nettype=2 THEN delay ELSE 0 END)/1000/60,2.0) AS data71, ROUND(SUM( CASE WHEN nettype=2 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data72, ROUND( CASE WHEN SUM( CASE WHEN nettype=2 THEN delay ELSE 0 END)>0 THEN SUM( CASE WHEN nettype=2 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=2 THEN delay ELSE 0 END)*8000/1024 ELSE 0 END,2.0) AS data73, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) THEN delay ELSE 0 END)/1000/60,2.0) AS data74, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data75, ROUND( CASE WHEN SUM( CASE WHEN nettype=2 THEN delay ELSE 0 END)>0 THEN SUM( CASE WHEN (nettype=1 OR nettype=2) THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=2 THEN delay ELSE 0 END)*8000/1024 ELSE 0 END,2.0) AS data76, SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count ELSE 0 END) AS data77, SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_sucess_xdr_count ELSE 0 END) AS data78 , ROUND( CASE WHEN SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count ELSE 0 END)>0 THEN SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count ELSE 0 END) ELSE 0 END,2.0) AS data79, SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count ELSE 0 END) AS data80, SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_speed_xdr_count ELSE 0 END) AS data81 , ROUND( CASE WHEN SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count ELSE 0 END) >0 THEN SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count ELSE 0 END) ELSE 0 END,2.0) AS data82, ROUND( CASE WHEN SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END)>0 THEN SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END) ELSE 0 END,2.0) AS data83 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_SHAREUSER tb2 LEFT JOIN ( SELECT city, SUM(xdr_count) sumcnt, SUM(delay) sumdelay, SUM(dl_flow) sumdl_flow FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_SHAREUSER WHERE nettype IN (1,2) AND hour>='[@c1]' AND hour<='[@c2]' GROUP BY city)tb1 ON tb2.city=tb1.city WHERE tb2.hour>='[@c1]' AND tb2.hour<='[@c2]' GROUP BY tb2.city, tb2.scene1 )t10 ON t9.data2=t10.data2 AND t9.city=t10.city UNION SELECT t14.*, t15.data53 , t15.data54 , t15.data55 , t15.data56 , t15.data57 , t15.data58 , t15.data59 , t15.data60 , t15.data61 , t15.data62 , t15.data63 , t15.data64 , t15.data65 , t15.data66 , t15.data67 , t15.data68 , t15.data69 , t15.data70 , t15.data71 , t15.data72 , t15.data73 , t15.data74 , t15.data75 , t15.data76 , t15.data77 , t15.data78 , t15.data79 , t15.data80 , t15.data81 , t15.data82 , t15.data83 FROM ( SELECT tb2.city, CASE WHEN tb2.SCENE2=1 THEN '高铁用户' WHEN tb2.SCENE2=2 THEN '地铁用户' WHEN tb2.SCENE2=3 THEN '校园用户' WHEN tb2.SCENE2=4 THEN '商业区用户' WHEN tb2.SCENE2=5 THEN '风景区用户' WHEN tb2.SCENE2=6 THEN '居民区用户' WHEN tb2.SCENE2=7 THEN '高速公路' ELSE '未知场景' END AS DATA2, SUM( CASE WHEN nettype=1 THEN xdr_count ELSE 0 END) AS data7, ROUND( SUM( CASE WHEN nettype=1 THEN xdr_count ELSE 0 END)/MAX(tb1.sumcnt),2.0) AS data8 , SUM( CASE WHEN nettype=2 THEN xdr_count ELSE 0 END) AS data9, ROUND(SUM( CASE WHEN nettype=2 THEN xdr_count ELSE 0 END)/MAX(tb1.sumcnt),2.0) AS data10 , ROUND( SUM( CASE WHEN nettype=1 THEN delay ELSE 0 END)/1000/60,2.0) AS data11, ROUND( SUM( CASE WHEN nettype=1 THEN delay ELSE 0 END)/MAX(tb1.sumdelay),2.0) AS data12 , ROUND(SUM( CASE WHEN nettype=2 THEN delay ELSE 0 END)/1000/60,2.0) AS data13, ROUND(SUM( CASE WHEN nettype=2 THEN delay ELSE 0 END)/MAX(tb1.sumdelay),2.0) AS data14 , ROUND(SUM( CASE WHEN nettype=1 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data15, ROUND(SUM( CASE WHEN nettype=1 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow),2.0) AS data16 , ROUND( SUM( CASE WHEN nettype=2 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data17, ROUND( SUM( CASE WHEN nettype=2 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow),2.0) AS data18 , ROUND(SUM( CASE WHEN nettype=1 THEN delay ELSE 0 END)/1000/60,2.0) AS data19, ROUND(SUM( CASE WHEN nettype=1 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data20 , ROUND( SUM( CASE WHEN nettype=1 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=1 THEN delay ELSE 0 END)*8000/1024,2.0) AS data21, SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count ELSE 0 END) AS data22, SUM( CASE WHEN nettype=1 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data23 , ROUND(SUM( CASE WHEN nettype=1 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data24, SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count ELSE 0 END) AS data25, SUM( CASE WHEN nettype=1 THEN satisfied_speed_xdr_count ELSE 0 END) AS data26 , ROUND( SUM( CASE WHEN nettype=1 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data27, ROUND( SUM( CASE WHEN nettype=1 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data28, ROUND(SUM( CASE WHEN nettype=2 THEN delay ELSE 0 END)/1000/60,2.0) AS data29, ROUND(SUM( CASE WHEN nettype=2 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data30, ROUND( SUM( CASE WHEN nettype=2 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=2 THEN delay ELSE 0 END)*8000/1024,2.0) AS data31, SUM( CASE WHEN nettype=2 THEN satisfied_xdr_count ELSE 0 END) AS data32, SUM( CASE WHEN nettype=2 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data33 , ROUND( SUM( CASE WHEN nettype=2 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data34, SUM( CASE WHEN nettype=2 THEN satisfied_xdr_count ELSE 0 END) AS data35, SUM( CASE WHEN nettype=2 THEN satisfied_speed_xdr_count ELSE 0 END) AS data36 , ROUND( SUM( CASE WHEN nettype=2 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data37, ROUND(SUM( CASE WHEN nettype=2 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data38, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) THEN delay ELSE 0 END)/1000/60,2.0) AS data39, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data40, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) THEN dl_flow ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) THEN delay ELSE 0 END)*8000/1024,2.0) AS data41, SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count ELSE 0 END) AS data42, SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_sucess_xdr_count ELSE 0 END) AS data43 , ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN(nettype=1 OR nettype=2) THEN satisfied_xdr_count ELSE 0 END),2.0) AS data44, SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count ELSE 0 END) AS data45, SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_speed_xdr_count ELSE 0 END) AS data46 , ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count ELSE 0 END),2.0) AS data47, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data48 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER tb2 LEFT JOIN ( SELECT city, SUM(xdr_count) sumcnt, SUM(delay) sumdelay, SUM(dl_flow) sumdl_flow FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER WHERE nettype IN (1,2) AND hour>='[@c1]' AND hour<='[@c2]' GROUP BY city)tb1 ON tb2.city=tb1.city WHERE tb2.hour>='[@c1]' AND tb2.hour<='[@c2]' GROUP BY tb2.city, tb2.scene2 )t14 LEFT JOIN ( SELECT tb2.city, CASE WHEN tb2.SCENE2=1 THEN '高铁用户' WHEN tb2.SCENE2=2 THEN '地铁用户' WHEN tb2.SCENE2=3 THEN '校园用户' WHEN tb2.SCENE2=4 THEN '商业区用户' WHEN tb2.SCENE2=5 THEN '风景区用户' WHEN tb2.SCENE2=6 THEN '居民区用户' WHEN tb2.SCENE2=7 THEN '高速公路' ELSE '未知场景' END AS DATA2, ROUND(SUM( CASE WHEN nettype=1 THEN delay ELSE 0 END)/1000/60,2.0) AS data53, ROUND( CASE WHEN MAX(tb1.sumdelay)>0 THEN SUM( CASE WHEN nettype=1 THEN delay ELSE 0 END)/MAX(tb1.sumdelay) ELSE 0 END ,2.0)AS data54 , ROUND(SUM( CASE WHEN nettype=2 THEN delay ELSE 0 END)/1000/60,2.0) AS data55, ROUND( CASE WHEN MAX(tb1.sumdelay)>0 THEN SUM( CASE WHEN nettype=2 THEN delay ELSE 0 END)/MAX(tb1.sumdelay) ELSE 0 END,2.0) AS data56 , ROUND(SUM( CASE WHEN nettype=1 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data57, ROUND( CASE WHEN MAX(tb1.sumdl_flow)>0 THEN SUM( CASE WHEN nettype=1 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow) ELSE 0 END,2.0) AS data58 , ROUND(SUM( CASE WHEN nettype=2 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data59, ROUND( CASE WHEN MAX(tb1.sumdl_flow)>0 THEN SUM( CASE WHEN nettype=2 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow) ELSE 0 END,2.0) AS data60 , ROUND(SUM( CASE WHEN nettype=1 THEN delay ELSE 0 END)/1000/60,2.0) AS data61, ROUND(SUM( CASE WHEN nettype=1 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data62 , ROUND( CASE WHEN SUM( CASE WHEN nettype=1 THEN delay ELSE 0 END)>0 THEN SUM( CASE WHEN nettype=1 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=1 THEN delay ELSE 0 END)*8000/1024 ELSE 0 END,2.0) AS data63, SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count ELSE 0 END) AS data64, SUM( CASE WHEN nettype=1 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data65 , ROUND( CASE WHEN SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count ELSE 0 END) >0 THEN SUM( CASE WHEN nettype=1 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count ELSE 0 END) ELSE 0 END ,2.0)AS data66, SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count ELSE 0 END) AS data67, SUM( CASE WHEN nettype=1 THEN satisfied_speed_xdr_count ELSE 0 END) AS data68 , ROUND( CASE WHEN SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count ELSE 0 END)>0 THEN SUM( CASE WHEN nettype=1 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count ELSE 0 END) ELSE 0 END,2.0) AS data69, ROUND( CASE WHEN SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END)>0 THEN SUM( CASE WHEN nettype=1 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END) ELSE 0 END ,2.0)AS data70, ROUND(SUM( CASE WHEN nettype=2 THEN delay ELSE 0 END)/1000/60,2.0) AS data71, ROUND(SUM( CASE WHEN nettype=2 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data72, ROUND( CASE WHEN SUM( CASE WHEN nettype=2 THEN delay ELSE 0 END)>0 THEN SUM( CASE WHEN nettype=2 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=2 THEN delay ELSE 0 END)*8000/1024 ELSE 0 END,2.0) AS data73, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) THEN delay ELSE 0 END)/1000/60,2.0) AS data74, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data75, ROUND( CASE WHEN SUM( CASE WHEN nettype=2 THEN delay ELSE 0 END)>0 THEN SUM( CASE WHEN (nettype=1 OR nettype=2) THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=2 THEN delay ELSE 0 END)*8000/1024 ELSE 0 END,2.0) AS data76, SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count ELSE 0 END) AS data77, SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_sucess_xdr_count ELSE 0 END) AS data78 , ROUND( CASE WHEN SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count ELSE 0 END)>0 THEN SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count ELSE 0 END) ELSE 0 END,2.0) AS data79, SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count ELSE 0 END) AS data80, SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_speed_xdr_count ELSE 0 END) AS data81 , ROUND( CASE WHEN SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count ELSE 0 END) >0 THEN SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count ELSE 0 END) ELSE 0 END,2.0) AS data82, ROUND( CASE WHEN SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END)>0 THEN SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END) ELSE 0 END ,2.0)AS data83 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_SHAREUSER tb2 LEFT JOIN ( SELECT city, SUM(xdr_count) sumcnt, SUM(delay) sumdelay, SUM(dl_flow) sumdl_flow FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_SHAREUSER WHERE nettype IN (1,2) AND hour>='[@c1]' AND hour<='[@c2]' GROUP BY city)tb1 ON tb2.city=tb1.city WHERE tb2.hour>='[@c1]' AND tb2.hour<='[@c2]' GROUP BY tb2.city , tb2.scene2 )t15 ON t14.data2=t15.data2 AND t14.city=t15.city)T WHERE t.city='[@c3]' and t.data2!='未知场景'" } } ] }