{ "module": "overallquality", "flag": "vertical", "configs": [ { "key": "sence_tb2", "desc": "获取表3LTE网内业务指标统计（按场景）", "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.* FROM ( SELECT qu.city AS data1, '全网' AS data2, ROUND( CASE WHEN SUM(qu.tcp_count)>0 THEN SUM(qu.tcp_ack_delay)/SUM(qu.tcp_count) ELSE 0 END,2.0) AS data5, ROUND( CASE WHEN SUM(qu.tcp_count)>0 THEN SUM(qu.tcp_res_delay)/SUM(qu.tcp_count) ELSE 0 END,2.0) AS data7, '' AS data9, '' AS data11, '' AS data13, '' AS data15, '' AS data17, '' AS data19, ROUND(SUM(qu.dl_flow_500)/1024/1024,2.0) AS data21, ROUND(SUM(qu.dl_ack_delay_500)/1000/60,2.0) AS data22, ROUND( CASE WHEN SUM(qu.dl_ack_delay_500)>0 THEN SUM(qu.dl_flow_500)*8000/1024/SUM(qu.dl_ack_delay_500) ELSE 0 END,2.0) AS data23, ROUND( CASE WHEN SUM(qu.xdr_count)>0 THEN SUM(qu.ack_delay)/SUM(qu.xdr_count) ELSE 0 END,2.0) AS data25, SUM(qu.xdr_count) AS data27 , SUM(qu.success_count) AS data28, ROUND( CASE WHEN SUM(qu.xdr_count)>0 THEN SUM(qu.success_count)/SUM(qu.xdr_count) ELSE 0 END,2.0) AS data29, SUM(qu.satisfied_xdr_count) AS data31, SUM(qu.satisfied_speed_xdr_count) AS data32, ROUND( CASE WHEN SUM(qu.satisfied_xdr_count)>0 THEN SUM(qu.satisfied_speed_xdr_count)/SUM(qu.satisfied_xdr_count) ELSE 0 END,2.0) AS data33, SUM(QU.satisfied_xdr_count) AS data34 , SUM(QU.satisfied_sucess_xdr_count) AS data35, ROUND( CASE WHEN SUM(qu.satisfied_xdr_count)>0 THEN SUM(qu.satisfied_sucess_xdr_count)/SUM(qu.satisfied_xdr_count) ELSE 0 END,2.0) AS data36, ROUND(SUM(QU.satisfied_speed_xdr_count)/SUM(QU.satisfied_xdr_count)*(SUM (QU.satisfied_sucess_xdr_count)/SUM(QU.satisfied_xdr_count)),2.0) AS data37, ROUND(SUM(QU.delay)/1000/60,2.0) AS data39, ROUND(SUM(qu.dl_flow)/1024/1024,2.0) AS data40, ROUND( CASE WHEN SUM(qu.delay)>0 THEN SUM(qu.dl_flow)*8000/1024/SUM(qu.delay) ELSE 0 END,2.0) AS data41, ROUND(SUM(QU.dl_delay_500)/1000/60,2.0) AS data43 , ROUND(SUM(QU.dl_flow_500)/1024/1024,2.0) AS data44, ROUND( CASE WHEN SUM(qu.dl_delay_500)>0 THEN SUM(qu.dl_flow_500)*8000/1024/SUM(qu.dl_delay_500) ELSE 0 END,2.0) AS data45, ROUND(SUM(QU.delay)/1000/60,2.0) AS data47, ROUND(SUM(QU.ul_flow)/1024/1024,2.0) AS data48 , ROUND( CASE WHEN SUM(qu.delay)>0 THEN SUM(qu.ul_flow)/SUM(qu.delay) ELSE 0 END,2.0) AS data49, ROUND(SUM(QU.ul_delay_200)/1000/60,2.0) AS data51, ROUND(SUM(QU.ul_flow_200)/1024/1024,2.0) AS data52, ROUND( CASE WHEN SUM(qu.ul_delay_200)>0 THEN SUM(qu.ul_flow_200)*8000/1024/SUM(qu.ul_delay_200) ELSE 0 END,2.0) AS data53, ROUND(SUM(QU.dl_delay_500)/1000/60,2.0) AS data55, ROUND(SUM(QU.ul_flow_500)/1024/1024,2.0) AS data56, ROUND( CASE WHEN SUM(qu.dl_delay_500)>0 THEN SUM(qu.ul_flow_500)/SUM(qu.dl_delay_500) ELSE 0 END,2.0) AS data57, '' AS data58, '' AS data59, '' AS data60, '' AS data61 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER QU WHERE nettype=1 AND qu.hour>='[@c1]' AND qu.hour<='[@c2]' GROUP BY qu.city UNION ALL SELECT qu.city AS data1, CASE WHEN qu.scene1=1 THEN '室外用户' WHEN qu.scene1=2 THEN '占用室分的室内稳定用户(有室分)' WHEN qu.scene1=3 THEN '占用宏站的室内稳定用户(无室分)' WHEN qu.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( CASE WHEN SUM(qu.tcp_count)>0 THEN SUM(qu.tcp_ack_delay)/SUM(qu.tcp_count) ELSE 0 END,2.0) AS data5, ROUND( CASE WHEN SUM(qu.tcp_count)>0 THEN SUM(qu.tcp_res_delay)/SUM(qu.tcp_count) ELSE 0 END,2.0) AS data7, '' AS data9, '' AS data11, '' AS data13, '' AS data15, '' AS data17, '' AS data19, ROUND(SUM(qu.dl_flow_500)/1024/1024,2.0) AS data21, ROUND(SUM(qu.dl_ack_delay_500)/1000/60,2.0) AS data22, ROUND( CASE WHEN SUM(qu.dl_ack_delay_500)>0 THEN SUM(qu.dl_flow_500)*8000/1024/SUM(qu.dl_ack_delay_500) ELSE 0 END,2.0) AS speed500, ROUND( CASE WHEN SUM(qu.xdr_count)>0 THEN SUM(qu.ack_delay)/SUM(qu.xdr_count) ELSE 0 END,2.0) AS data25, SUM(qu.xdr_count) AS data27 , SUM(qu.success_count) AS data28, ROUND( CASE WHEN SUM(qu.xdr_count)>0 THEN SUM(qu.success_count)/SUM(qu.xdr_count) ELSE 0 END,2.0) AS data29, SUM(qu.satisfied_xdr_count) AS data31, SUM(qu.satisfied_speed_xdr_count) AS data32, ROUND( CASE WHEN SUM(qu.satisfied_xdr_count)>0 THEN SUM(qu.satisfied_speed_xdr_count)/SUM(qu.satisfied_xdr_count) ELSE 0 END,2.0) AS data33, SUM(QU.satisfied_xdr_count) AS data34 , SUM(QU.satisfied_sucess_xdr_count) AS data35, ROUND( CASE WHEN SUM(qu.satisfied_xdr_count)>0 THEN SUM(qu.satisfied_sucess_xdr_count)/SUM(qu.satisfied_xdr_count) ELSE 0 END,2.0) AS data36, ROUND(SUM(QU.satisfied_speed_xdr_count)/SUM(QU.satisfied_xdr_count)*(SUM (QU.satisfied_sucess_xdr_count)/SUM(QU.satisfied_xdr_count)),2.0) AS data37, ROUND(SUM(QU.delay)/1000/60,2.0) AS data39, ROUND(SUM(qu.dl_flow)/1024/1024,2.0) AS data40, ROUND( CASE WHEN SUM(qu.delay)>0 THEN SUM(qu.dl_flow)*8000/1024/SUM(qu.delay) ELSE 0 END,2.0) AS data41, ROUND(SUM(QU.dl_delay_500)/1000/60,2.0) AS data43 , ROUND(SUM(QU.dl_flow_500)/1024/1024,2.0) AS data44, ROUND( CASE WHEN SUM(qu.dl_delay_500)>0 THEN SUM(qu.dl_flow_500)*8000/1024/SUM(qu.dl_delay_500) ELSE 0 END,2.0) AS data45, ROUND(SUM(QU.delay)/1000/60,2.0) AS data47, ROUND(SUM(QU.ul_flow)/1024/1024,2.0) AS data48 , ROUND( CASE WHEN SUM(qu.delay)>0 THEN SUM(qu.ul_flow)*8000/1024/SUM(qu.delay) ELSE 0 END,2.0) AS data49, ROUND(SUM(QU.ul_delay_200)/1000/60,2.0) AS data51, ROUND(SUM(QU.ul_flow_200)/1024/1024,2.0) AS data52, ROUND( CASE WHEN SUM(qu.ul_delay_200)>0 THEN SUM(qu.ul_flow_200)*8000/1024/SUM(qu.ul_delay_200) ELSE 0 END,2.0) AS data53, ROUND(SUM(QU.dl_delay_500)/1000/60,2.0) AS data55, ROUND(SUM(QU.ul_flow_500)/1024/1024,2.0) AS data56, ROUND( CASE WHEN SUM(qu.dl_delay_500)>0 THEN SUM(qu.ul_flow_500)*8000/1024/SUM(qu.dl_delay_500) ELSE 0 END,2.0) AS data57, '' AS data58, '' AS data59, '' AS data60, '' AS data61 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER QU WHERE nettype=1 AND qu.hour>='[@c1]' AND qu.hour<='[@c2]' GROUP BY qu.city, qu.scene1 UNION ALL SELECT qu.city AS data1, CASE WHEN qu.scene2=1 THEN '高铁用户' WHEN qu.scene2=2 THEN '地铁用户' WHEN qu.scene2=3 THEN '校园用户' WHEN qu.scene2=4 THEN '商业区用户' WHEN qu.scene2=5 THEN '风景区用户' WHEN qu.scene2=6 THEN '居民区用户' ELSE '未知场景' END AS data2, ROUND( CASE WHEN SUM(qu.tcp_count)>0 THEN SUM(qu.tcp_ack_delay)/SUM(qu.tcp_count) ELSE 0 END,2.0) AS tcp_ack_delay, ROUND( CASE WHEN SUM(qu.tcp_count)>0 THEN SUM(qu.tcp_res_delay)/SUM(qu.tcp_count) ELSE 0 END,2.0) AS tcp_ack_delay, '' AS DNSDelay, '' AS DNSQuerySuccessRate , '' AS AttachDelay, '' AS AttachRequestSuccessRate, '' AS EPSDefaultDelay, '' AS EPSDefaultDelayRate, ROUND(SUM(qu.dl_flow_500)/1024/1024,2.0) AS dl_flow_500, ROUND(SUM(qu.dl_ack_delay_500)/1000/60,2.0) AS dl_ack_delay_500, ROUND( CASE WHEN SUM(qu.dl_ack_delay_500)>0 THEN SUM(qu.dl_flow_500)*8000/1024/SUM(qu.dl_ack_delay_500) ELSE 0 END,2.0) AS speed500, ROUND( CASE WHEN SUM(qu.xdr_count)>0 THEN SUM(qu.ack_delay)/SUM(qu.xdr_count) ELSE 0 END,2.0) AS tcp_ack_delay, SUM(qu.xdr_count) AS request_count , SUM(qu.success_count) AS success_count, ROUND( CASE WHEN SUM(qu.xdr_count)>0 THEN SUM(qu.success_count)/SUM(qu.xdr_count) ELSE 0 END,2.0) AS request_success, SUM(qu.satisfied_xdr_count) AS sessioncount, SUM(qu.satisfied_speed_xdr_count) AS USERACCEPTPER, ROUND( CASE WHEN SUM(qu.satisfied_xdr_count)>0 THEN SUM(qu.satisfied_speed_xdr_count)/SUM(qu.satisfied_xdr_count) ELSE 0 END,2.0) AS USERACCEPTPERPPT, SUM(QU.satisfied_xdr_count) AS request_count_1 , SUM(QU.satisfied_sucess_xdr_count) AS success_count_1, ROUND( CASE WHEN SUM(qu.satisfied_xdr_count)>0 THEN SUM(qu.satisfied_sucess_xdr_count)/SUM(qu.satisfied_xdr_count) ELSE 0 END,2.0) AS request_success_1, ROUND(SUM(QU.satisfied_speed_xdr_count)/SUM(QU.satisfied_xdr_count)*(SUM (QU.satisfied_sucess_xdr_count)/SUM(QU.satisfied_xdr_count)),2.0) AS USERACCEPT, ROUND(SUM(QU.delay)/1000/60,2.0) AS DELAY_1, ROUND(SUM(qu.dl_flow)/1024/1024,2.0) AS dl_flow_1, ROUND( CASE WHEN SUM(qu.delay)>0 THEN SUM(qu.dl_flow)*8000/1024/SUM(qu.delay) ELSE 0 END,2.0) AS SPEED_1, ROUND(SUM(QU.dl_delay_500)/1000/60,2.0) AS DELAY500 , ROUND(SUM(QU.dl_flow_500)/1024/1024,2.0) AS FLOW500, ROUND( CASE WHEN SUM(qu.dl_delay_500)>0 THEN SUM(qu.dl_flow_500)*8000/1024/SUM(qu.dl_delay_500) ELSE 0 END,2.0) AS SPEED500_1, ROUND(SUM(QU.delay)/1000/60,2.0) AS DELAY_2, ROUND(SUM(QU.ul_flow)/1024/1024,2.0) AS ULDELAY500 , ROUND( CASE WHEN SUM(qu.delay)>0 THEN SUM(qu.ul_flow)*8000/1024/SUM(qu.delay) ELSE 0 END,2.0) AS SPEED_2, ROUND(SUM(QU.ul_delay_200)/1000/60,2.0) AS DELAY200, ROUND(SUM(QU.ul_flow_200)/1024/1024,2.0) AS ULFLOW200, ROUND( CASE WHEN SUM(qu.ul_delay_200)>0 THEN SUM(qu.ul_flow_200)*8000/1024/SUM(qu.ul_delay_200) ELSE 0 END,2.0) AS SPEED200, ROUND(SUM(QU.dl_delay_500)/1000/60,2.0) AS dl_delay_500, ROUND(SUM(QU.ul_flow_500)/1024/1024,2.0) AS ul_flow_500, ROUND( CASE WHEN SUM(qu.dl_delay_500)>0 THEN SUM(qu.ul_flow_500)*8000/1024/SUM(qu.dl_delay_500) ELSE 0 END,2.0) AS SPEED500_3, '' AS Cell1, '' AS Cell2, '' AS Cell3, '' AS Cell4 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER QU WHERE nettype=1 AND qu.hour>='[@c1]' AND qu.hour<='[@c2]' GROUP BY qu.city, qu.scene2 )t WHERE data1='[@c3]' AND data2!='未知场景' ORDER BY data2" } }, { "key": "apptyep_seance_tb2", "desc": "获取表3LTE网内业务指标统计（按某个场景下的大类业务）", "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": "" }, { "name": "sencename", "columnname": "", "type": "string", "format": "", "conditionid": "c4", "symbol": "" } ], "value": "SELECT DISTINCT apt.CATEGORYNAME AS data3, t.* FROM ( SELECT qu.city AS data1, '全网' AS data2, qu.AppType AS data3_1, ROUND( CASE WHEN SUM(qu.tcp_count)>0 THEN SUM(qu.tcp_ack_delay)/SUM(qu.tcp_count) ELSE 0 END,2.0) AS data5, ROUND( CASE WHEN SUM(qu.tcp_count)>0 THEN SUM(qu.tcp_res_delay)/SUM(qu.tcp_count) ELSE 0 END,2.0) AS data7, '' AS data9, '' AS data11, '' AS data13, '' AS data15, '' AS data17, '' AS data19, ROUND(SUM(qu.dl_flow_500)/1024/1024,2.0) AS data21, ROUND(SUM(qu.dl_ack_delay_500)/1000/60,2.0) AS data22, ROUND( CASE WHEN SUM(qu.dl_ack_delay_500)>0 THEN SUM(qu.dl_flow_500)*8000/1024/SUM(qu.dl_ack_delay_500) ELSE 0 END,2.0) AS data23, ROUND( CASE WHEN SUM(qu.xdr_count)>0 THEN SUM(qu.ack_delay)/SUM(qu.xdr_count) ELSE 0 END,2.0) AS data25, SUM(qu.xdr_count) AS data27 , SUM(qu.success_count) AS data28, ROUND( CASE WHEN SUM(qu.xdr_count)>0 THEN SUM(qu.success_count)/SUM(qu.xdr_count) ELSE 0 END,2.0) AS data29, SUM(qu.satisfied_xdr_count) AS data31, SUM(qu.satisfied_speed_xdr_count) AS data32, ROUND( CASE WHEN SUM(qu.satisfied_xdr_count)>0 THEN SUM(qu.satisfied_speed_xdr_count)/SUM(qu.satisfied_xdr_count) ELSE 0 END,2.0) AS data33, SUM(QU.satisfied_xdr_count) AS data34 , SUM(QU.satisfied_sucess_xdr_count) AS data35, ROUND( CASE WHEN SUM(qu.satisfied_xdr_count)>0 THEN SUM(qu.satisfied_sucess_xdr_count)/SUM(qu.satisfied_xdr_count) ELSE 0 END,2.0) AS data36, ROUND(SUM(QU.satisfied_speed_xdr_count)/SUM(QU.satisfied_xdr_count)*(SUM (QU.satisfied_sucess_xdr_count)/SUM(QU.satisfied_xdr_count)),2.0) AS data37, ROUND(SUM(QU.delay)/1000/60,2.0) AS data39, ROUND(SUM(qu.dl_flow)/1024/1024,2.0) AS data40, ROUND( CASE WHEN SUM(qu.delay)>0 THEN SUM(qu.dl_flow)*8000/1024/SUM(qu.delay) ELSE 0 END,2.0) AS data41, ROUND(SUM(QU.dl_delay_500)/1000/60,2.0) AS data43 , ROUND(SUM(QU.dl_flow_500)/1024/1024,2.0) AS data44, ROUND( CASE WHEN SUM(qu.dl_delay_500)>0 THEN SUM(qu.dl_flow_500)*8000/1024/SUM(qu.dl_delay_500) ELSE 0 END,2.0) AS data45, ROUND(SUM(QU.delay)/1000/60,2.0) AS data47, ROUND(SUM(QU.ul_flow)/1024/1024,2.0) AS data48 , ROUND( CASE WHEN SUM(qu.delay)>0 THEN SUM(qu.ul_flow)/SUM(qu.delay) ELSE 0 END,2.0) AS data49, ROUND(SUM(QU.ul_delay_200)/1000/60,2.0) AS data51, ROUND(SUM(QU.ul_flow_200)/1024/1024,2.0) AS data52, ROUND( CASE WHEN SUM(qu.ul_delay_200)>0 THEN SUM(qu.ul_flow_200)*8000/1024/SUM(qu.ul_delay_200) ELSE 0 END,2.0) AS data53, ROUND(SUM(QU.dl_delay_500)/1000/60,2.0) AS data55, ROUND(SUM(QU.ul_flow_500)/1024/1024,2.0) AS data56, ROUND( CASE WHEN SUM(qu.dl_delay_500)>0 THEN SUM(qu.ul_flow_500)/SUM(qu.dl_delay_500) ELSE 0 END,2.0) AS data57, '' AS data58, '' AS data59, '' AS data60, '' AS data61 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER QU WHERE nettype=1 AND qu.hour>='[@c1]' AND qu.hour<='[@c2]' GROUP BY qu.city, qu.AppType UNION ALL SELECT qu.city AS data1, CASE WHEN qu.scene1=1 THEN '室外用户' WHEN qu.scene1=2 THEN '占用室分的室内稳定用户(有室分)' WHEN qu.scene1=3 THEN '占用宏站的室内稳定用户(无室分)' WHEN qu.scene1=4 THEN '室内稳定用户(占用宏站和室分)' ELSE '未知场景' END AS data2, qu.AppType AS data3, ROUND( CASE WHEN SUM(qu.tcp_count)>0 THEN SUM(qu.tcp_ack_delay)/SUM(qu.tcp_count) ELSE 0 END,2.0) AS data5, ROUND( CASE WHEN SUM(qu.tcp_count)>0 THEN SUM(qu.tcp_res_delay)/SUM(qu.tcp_count) ELSE 0 END,2.0) AS data7, '' AS data9, '' AS data11, '' AS data13, '' AS data15, '' AS data17, '' AS data19, ROUND(SUM(qu.dl_flow_500)/1024/1024,2.0) AS data21, ROUND(SUM(qu.dl_ack_delay_500)/1000/60,2.0) AS data22, ROUND( CASE WHEN SUM(qu.dl_ack_delay_500)>0 THEN SUM(qu.dl_flow_500)*8000/1024/SUM(qu.dl_ack_delay_500) ELSE 0 END,2.0) AS speed500, ROUND( CASE WHEN SUM(qu.xdr_count)>0 THEN SUM(qu.ack_delay)/SUM(qu.xdr_count) ELSE 0 END,2.0) AS data25, SUM(qu.xdr_count) AS data27 , SUM(qu.success_count) AS data28, ROUND( CASE WHEN SUM(qu.xdr_count)>0 THEN SUM(qu.success_count)/SUM(qu.xdr_count) ELSE 0 END,2.0) AS data29, SUM(qu.satisfied_xdr_count) AS data31, SUM(qu.satisfied_speed_xdr_count) AS data32, ROUND( CASE WHEN SUM(qu.satisfied_xdr_count)>0 THEN SUM(qu.satisfied_speed_xdr_count)/SUM(qu.satisfied_xdr_count) ELSE 0 END,2.0) AS data33, SUM(QU.satisfied_xdr_count) AS data34 , SUM(QU.satisfied_sucess_xdr_count) AS data35, ROUND( CASE WHEN SUM(qu.satisfied_xdr_count)>0 THEN SUM(qu.satisfied_sucess_xdr_count)/SUM(qu.satisfied_xdr_count) ELSE 0 END,2.0) AS data36, ROUND(SUM(QU.satisfied_speed_xdr_count)/SUM(QU.satisfied_xdr_count)*(SUM (QU.satisfied_sucess_xdr_count)/SUM(QU.satisfied_xdr_count)),2.0) AS data37, ROUND(SUM(QU.delay)/1000/60,2.0) AS data39, ROUND(SUM(qu.dl_flow)/1024/1024,2.0) AS data40, ROUND( CASE WHEN SUM(qu.delay)>0 THEN SUM(qu.dl_flow)*8000/1024/SUM(qu.delay) ELSE 0 END,2.0) AS data41, ROUND(SUM(QU.dl_delay_500)/1000/60,2.0) AS data43 , ROUND(SUM(QU.dl_flow_500)/1024/1024,2.0) AS data44, ROUND( CASE WHEN SUM(qu.dl_delay_500)>0 THEN SUM(qu.dl_flow_500)*8000/1024/SUM(qu.dl_delay_500) ELSE 0 END,2.0) AS data45, ROUND(SUM(QU.delay)/1000/60,2.0) AS data47, ROUND(SUM(QU.ul_flow)/1024/1024,2.0) AS data48 , ROUND( CASE WHEN SUM(qu.delay)>0 THEN SUM(qu.ul_flow)*8000/1024/SUM(qu.delay) ELSE 0 END,2.0) AS data49, ROUND(SUM(QU.ul_delay_200)/1000/60,2.0) AS data51, ROUND(SUM(QU.ul_flow_200)/1024/1024,2.0) AS data52, ROUND( CASE WHEN SUM(qu.ul_delay_200)>0 THEN SUM(qu.ul_flow_200)*8000/1024/SUM(qu.ul_delay_200) ELSE 0 END,2.0) AS data53, ROUND(SUM(QU.dl_delay_500)/1000/60,2.0) AS data55, ROUND(SUM(QU.ul_flow_500)/1024/1024,2.0) AS data56, ROUND( CASE WHEN SUM(qu.dl_delay_500)>0 THEN SUM(qu.ul_flow_500)*8000/1024/SUM(qu.dl_delay_500) ELSE 0 END,2.0) AS data57, '' AS data58, '' AS data59, '' AS data60, '' AS data61 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER QU WHERE nettype=1 AND qu.hour>='[@c1]' AND qu.hour<='[@c2]' GROUP BY qu.city, qu.scene1, qu.AppType UNION ALL SELECT qu.city AS data1, CASE WHEN qu.scene2=1 THEN '高铁用户' WHEN qu.scene2=2 THEN '地铁用户' WHEN qu.scene2=3 THEN '校园用户' WHEN qu.scene2=4 THEN '商业区用户' WHEN qu.scene2=5 THEN '风景区用户' WHEN qu.scene2=6 THEN '居民区用户' ELSE '未知场景' END AS data2, qu.AppType AS data3, ROUND( CASE WHEN SUM(qu.tcp_count)>0 THEN SUM(qu.tcp_ack_delay)/SUM(qu.tcp_count) ELSE 0 END,2.0) AS tcp_ack_delay, ROUND( CASE WHEN SUM(qu.tcp_count)>0 THEN SUM(qu.tcp_res_delay)/SUM(qu.tcp_count) ELSE 0 END,2.0) AS tcp_ack_delay, '' AS DNSDelay, '' AS DNSQuerySuccessRate , '' AS AttachDelay, '' AS AttachRequestSuccessRate, '' AS EPSDefaultDelay, '' AS EPSDefaultDelayRate, ROUND(SUM(qu.dl_flow_500)/1024/1024,2.0) AS dl_flow_500, ROUND(SUM(qu.dl_ack_delay_500)/1000/60,2.0) AS dl_ack_delay_500, ROUND( CASE WHEN SUM(qu.dl_ack_delay_500)>0 THEN SUM(qu.dl_flow_500)*8000/1024/SUM(qu.dl_ack_delay_500) ELSE 0 END,2.0) AS speed500, ROUND( CASE WHEN SUM(qu.xdr_count)>0 THEN SUM(qu.ack_delay)/SUM(qu.xdr_count) ELSE 0 END,2.0) AS tcp_ack_delay, SUM(qu.xdr_count) AS request_count , SUM(qu.success_count) AS success_count, ROUND( CASE WHEN SUM(qu.xdr_count)>0 THEN SUM(qu.success_count)/SUM(qu.xdr_count) ELSE 0 END,2.0) AS request_success, SUM(qu.satisfied_xdr_count) AS sessioncount, SUM(qu.satisfied_speed_xdr_count) AS USERACCEPTPER, ROUND( CASE WHEN SUM(qu.satisfied_xdr_count)>0 THEN SUM(qu.satisfied_speed_xdr_count)/SUM(qu.satisfied_xdr_count) ELSE 0 END,2.0) AS USERACCEPTPERPPT, SUM(QU.satisfied_xdr_count) AS request_count_1 , SUM(QU.satisfied_sucess_xdr_count) AS success_count_1, ROUND( CASE WHEN SUM(qu.satisfied_xdr_count)>0 THEN SUM(qu.satisfied_sucess_xdr_count)/SUM(qu.satisfied_xdr_count) ELSE 0 END,2.0) AS request_success_1, ROUND(SUM(QU.satisfied_speed_xdr_count)/SUM(QU.satisfied_xdr_count)*(SUM (QU.satisfied_sucess_xdr_count)/SUM(QU.satisfied_xdr_count)),2.0) AS USERACCEPT, ROUND(SUM(QU.delay)/1000/60,2.0) AS DELAY_1, ROUND(SUM(qu.dl_flow)/1024/1024,2.0) AS dl_flow_1, ROUND( CASE WHEN SUM(qu.delay)>0 THEN SUM(qu.dl_flow)*8000/1024/SUM(qu.delay) ELSE 0 END,2.0) AS SPEED_1, ROUND(SUM(QU.dl_delay_500)/1000/60,2.0) AS DELAY500 , ROUND(SUM(QU.dl_flow_500)/1024/1024,2.0) AS FLOW500, ROUND( CASE WHEN SUM(qu.dl_delay_500)>0 THEN SUM(qu.dl_flow_500)*8000/1024/SUM(qu.dl_delay_500) ELSE 0 END,2.0) AS SPEED500_1, ROUND(SUM(QU.delay)/1000/60,2.0) AS DELAY_2, ROUND(SUM(QU.ul_flow)/1024/1024,2.0) AS ULDELAY500 , ROUND( CASE WHEN SUM(qu.delay)>0 THEN SUM(qu.ul_flow)*8000/1024/SUM(qu.delay) ELSE 0 END,2.0) AS SPEED_2, ROUND(SUM(QU.ul_delay_200)/1000/60,2.0) AS DELAY200, ROUND(SUM(QU.ul_flow_200)/1024/1024,2.0) AS ULFLOW200, ROUND( CASE WHEN SUM(qu.ul_delay_200)>0 THEN SUM(qu.ul_flow_200)*8000/1024/SUM(qu.ul_delay_200) ELSE 0 END,2.0) AS SPEED200, ROUND(SUM(QU.dl_delay_500)/1000/60,2.0) AS dl_delay_500, ROUND(SUM(QU.ul_flow_500)/1024/1024,2.0) AS ul_flow_500, ROUND( CASE WHEN SUM(qu.dl_delay_500)>0 THEN SUM(qu.ul_flow_500)*8000/1024/SUM(qu.dl_delay_500) ELSE 0 END,2.0) AS SPEED500_3, '' AS Cell1, '' AS Cell2, '' AS Cell3, '' AS Cell4 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER QU WHERE nettype=1 AND qu.hour>='[@c1]' AND qu.hour<='[@c2]' GROUP BY qu.city, qu.scene2, qu.AppType)t INNER JOIN lte_sys.[@c0]_T_BASE_CATEGORYTYPE apt ON t.data3_1=apt.CATEGORYID WHERE data1='[@c3]' AND data2='[@c4]'" } }, { "key": "apptype_tb2", "desc": "获取表3LTE网内业务指标统计（按大类业务）", "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 apt.CATEGORYNAME AS data3, t.* FROM ( SELECT qu.city AS data1, qu.AppType AS data3_1, ROUND( CASE WHEN SUM(qu.tcp_count)>0 THEN SUM(qu.tcp_ack_delay)/SUM(qu.tcp_count) ELSE 0 END,2.0) AS data5, ROUND( CASE WHEN SUM(qu.tcp_count)>0 THEN SUM(qu.tcp_res_delay)/SUM(qu.tcp_count) ELSE 0 END,2.0) AS data7, '' AS data9, '' AS data11, '' AS data13, '' AS data15, '' AS data17, '' AS data19, ROUND(SUM(qu.dl_flow_500)/1024/1024,2.0) AS data21, ROUND(SUM(qu.dl_ack_delay_500)/1000/60,2.0) AS data22, ROUND( CASE WHEN SUM(qu.dl_ack_delay_500)>0 THEN SUM(qu.dl_flow_500)*8000/1024/SUM(qu.dl_ack_delay_500) ELSE 0 END,2.0) AS data23, ROUND( CASE WHEN SUM(qu.xdr_count)>0 THEN SUM(qu.ack_delay)/SUM(qu.xdr_count) ELSE 0 END,2.0) AS data25, SUM(qu.xdr_count) AS data27 , SUM(qu.success_count) AS data28, ROUND( CASE WHEN SUM(qu.xdr_count)>0 THEN SUM(qu.success_count)/SUM(qu.xdr_count) ELSE 0 END,2.0) AS data29, SUM(qu.satisfied_xdr_count) AS data31, SUM(qu.satisfied_speed_xdr_count) AS data32, ROUND( CASE WHEN SUM(qu.satisfied_xdr_count)>0 THEN SUM(qu.satisfied_speed_xdr_count)/SUM(qu.satisfied_xdr_count) ELSE 0 END,2.0) AS data33, SUM(QU.satisfied_xdr_count) AS data34 , SUM(QU.satisfied_sucess_xdr_count) AS data35, ROUND( CASE WHEN SUM(qu.satisfied_xdr_count)>0 THEN SUM(qu.satisfied_sucess_xdr_count)/SUM(qu.satisfied_xdr_count) ELSE 0 END,2.0) AS data36, ROUND(SUM(QU.satisfied_speed_xdr_count)/SUM(QU.satisfied_xdr_count)*(SUM (QU.satisfied_sucess_xdr_count)/SUM(QU.satisfied_xdr_count)),2.0) AS data37, ROUND(SUM(QU.delay)/1000/60,2.0) AS data39, ROUND(SUM(qu.dl_flow)/1024/1024,2.0) AS data40, ROUND( CASE WHEN SUM(qu.delay)>0 THEN SUM(qu.dl_flow)*8000/1024/SUM(qu.delay) ELSE 0 END,2.0) AS data41, ROUND(SUM(QU.dl_delay_500)/1000/60,2.0) AS data43 , ROUND(SUM(QU.dl_flow_500)/1024/1024,2.0) AS data44, ROUND( CASE WHEN SUM(qu.dl_delay_500)>0 THEN SUM(qu.dl_flow_500)*8000/1024/SUM(qu.dl_delay_500) ELSE 0 END,2.0) AS data45, ROUND(SUM(QU.delay)/1000/60,2.0) AS data47, ROUND(SUM(QU.ul_flow)/1024/1024,2.0) AS data48 , ROUND( CASE WHEN SUM(qu.delay)>0 THEN SUM(qu.ul_flow)/SUM(qu.delay) ELSE 0 END,2.0) AS data49, ROUND(SUM(QU.ul_delay_200)/1000/60,2.0) AS data51, ROUND(SUM(QU.ul_flow_200)/1024/1024,2.0) AS data52, ROUND( CASE WHEN SUM(qu.ul_delay_200)>0 THEN SUM(qu.ul_flow_200)*8000/1024/SUM(qu.ul_delay_200) ELSE 0 END,2.0) AS data53, ROUND(SUM(QU.dl_delay_500)/1000/60,2.0) AS data55, ROUND(SUM(QU.ul_flow_500)/1024/1024,2.0) AS data56, ROUND( CASE WHEN SUM(qu.dl_delay_500)>0 THEN SUM(qu.ul_flow_500)/SUM(qu.dl_delay_500) ELSE 0 END,2.0) AS data57, '' AS data58, '' AS data59, '' AS data60, '' AS data61 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER QU WHERE nettype=1 AND qu.hour>='[@c1]' AND qu.hour<='[@c2]' GROUP BY qu.city, qu.AppType)t INNER JOIN lte_sys.[@c0]_T_BASE_CATEGORYTYPE apt ON t.data3_1=apt.CATEGORYID WHERE data1='[@c3]' ORDER BY data3_1" } }, { "key": "seance_apptype_tb2", "desc": "获取表3LTE网内业务指标统计（按某个大类业务下的场景）", "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": "" }, { "name": "apptype", "columnname": "", "type": "string", "format": "", "conditionid": "c4", "symbol": "" } ], "value": "SELECT DISTINCT apt.CATEGORYNAME AS data3, t.* FROM ( SELECT qu.city AS data1, '全网' AS data2, qu.AppType AS data3_1, ROUND( CASE WHEN SUM(qu.tcp_count)>0 THEN SUM(qu.tcp_ack_delay)/SUM(qu.tcp_count) ELSE 0 END,2.0) AS data5, ROUND( CASE WHEN SUM(qu.tcp_count)>0 THEN SUM(qu.tcp_res_delay)/SUM(qu.tcp_count) ELSE 0 END,2.0) AS data7, '' AS data9, '' AS data11, '' AS data13, '' AS data15, '' AS data17, '' AS data19, ROUND(SUM(qu.dl_flow_500)/1024/1024,2.0) AS data21, ROUND(SUM(qu.dl_ack_delay_500)/1000/60,2.0) AS data22, ROUND( CASE WHEN SUM(qu.dl_ack_delay_500)>0 THEN SUM(qu.dl_flow_500)*8000/1024/SUM(qu.dl_ack_delay_500) ELSE 0 END,2.0) AS data23, ROUND( CASE WHEN SUM(qu.xdr_count)>0 THEN SUM(qu.ack_delay)/SUM(qu.xdr_count) ELSE 0 END,2.0) AS data25, SUM(qu.xdr_count) AS data27 , SUM(qu.success_count) AS data28, ROUND( CASE WHEN SUM(qu.xdr_count)>0 THEN SUM(qu.success_count)/SUM(qu.xdr_count) ELSE 0 END,2.0) AS data29, SUM(qu.satisfied_xdr_count) AS data31, SUM(qu.satisfied_speed_xdr_count) AS data32, ROUND( CASE WHEN SUM(qu.satisfied_xdr_count)>0 THEN SUM(qu.satisfied_speed_xdr_count)/SUM(qu.satisfied_xdr_count) ELSE 0 END,2.0) AS data33, SUM(QU.satisfied_xdr_count) AS data34 , SUM(QU.satisfied_sucess_xdr_count) AS data35, ROUND( CASE WHEN SUM(qu.satisfied_xdr_count)>0 THEN SUM(qu.satisfied_sucess_xdr_count)/SUM(qu.satisfied_xdr_count) ELSE 0 END,2.0) AS data36, ROUND(SUM(QU.satisfied_speed_xdr_count)/SUM(QU.satisfied_xdr_count)*(SUM (QU.satisfied_sucess_xdr_count)/SUM(QU.satisfied_xdr_count)),2.0) AS data37, ROUND(SUM(QU.delay)/1000/60,2.0) AS data39, ROUND(SUM(qu.dl_flow)/1024/1024,2.0) AS data40, ROUND( CASE WHEN SUM(qu.delay)>0 THEN SUM(qu.dl_flow)*8000/1024/SUM(qu.delay) ELSE 0 END,2.0) AS data41, ROUND(SUM(QU.dl_delay_500)/1000/60,2.0) AS data43 , ROUND(SUM(QU.dl_flow_500)/1024/1024,2.0) AS data44, ROUND( CASE WHEN SUM(qu.dl_delay_500)>0 THEN SUM(qu.dl_flow_500)*8000/1024/SUM(qu.dl_delay_500) ELSE 0 END,2.0) AS data45, ROUND(SUM(QU.delay)/1000/60,2.0) AS data47, ROUND(SUM(QU.ul_flow)/1024/1024,2.0) AS data48 , ROUND( CASE WHEN SUM(qu.delay)>0 THEN SUM(qu.ul_flow)/SUM(qu.delay) ELSE 0 END,2.0) AS data49, ROUND(SUM(QU.ul_delay_200)/1000/60,2.0) AS data51, ROUND(SUM(QU.ul_flow_200)/1024/1024,2.0) AS data52, ROUND( CASE WHEN SUM(qu.ul_delay_200)>0 THEN SUM(qu.ul_flow_200)*8000/1024/SUM(qu.ul_delay_200) ELSE 0 END,2.0) AS data53, ROUND(SUM(QU.dl_delay_500)/1000/60,2.0) AS data55, ROUND(SUM(QU.ul_flow_500)/1024/1024,2.0) AS data56, ROUND( CASE WHEN SUM(qu.dl_delay_500)>0 THEN SUM(qu.ul_flow_500)/SUM(qu.dl_delay_500) ELSE 0 END,2.0) AS data57, '' AS data58, '' AS data59, '' AS data60, '' AS data61 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER QU WHERE nettype=1 AND qu.hour>='[@c1]' AND qu.hour<='[@c2]' GROUP BY qu.city, qu.AppType UNION ALL SELECT qu.city AS data1, CASE WHEN qu.scene1=1 THEN '室外用户' WHEN qu.scene1=2 THEN '占用室分的室内稳定用户(有室分)' WHEN qu.scene1=3 THEN '占用宏站的室内稳定用户(无室分)' WHEN qu.scene1=4 THEN '室内稳定用户(占用宏站和室分)' ELSE '未知场景' END AS data2, qu.AppType AS data3, ROUND( CASE WHEN SUM(qu.tcp_count)>0 THEN SUM(qu.tcp_ack_delay)/SUM(qu.tcp_count) ELSE 0 END,2.0) AS data5, ROUND( CASE WHEN SUM(qu.tcp_count)>0 THEN SUM(qu.tcp_res_delay)/SUM(qu.tcp_count) ELSE 0 END,2.0) AS data7, '' AS data9, '' AS data11, '' AS data13, '' AS data15, '' AS data17, '' AS data19, ROUND(SUM(qu.dl_flow_500)/1024/1024,2.0) AS data21, ROUND(SUM(qu.dl_ack_delay_500)/1000/60,2.0) AS data22, ROUND( CASE WHEN SUM(qu.dl_ack_delay_500)>0 THEN SUM(qu.dl_flow_500)*8000/1024/SUM(qu.dl_ack_delay_500) ELSE 0 END,2.0) AS speed500, ROUND( CASE WHEN SUM(qu.xdr_count)>0 THEN SUM(qu.ack_delay)/SUM(qu.xdr_count) ELSE 0 END,2.0) AS data25, SUM(qu.xdr_count) AS data27 , SUM(qu.success_count) AS data28, ROUND( CASE WHEN SUM(qu.xdr_count)>0 THEN SUM(qu.success_count)/SUM(qu.xdr_count) ELSE 0 END,2.0) AS data29, SUM(qu.satisfied_xdr_count) AS data31, SUM(qu.satisfied_speed_xdr_count) AS data32, ROUND( CASE WHEN SUM(qu.satisfied_xdr_count)>0 THEN SUM(qu.satisfied_speed_xdr_count)/SUM(qu.satisfied_xdr_count) ELSE 0 END,2.0) AS data33, SUM(QU.satisfied_xdr_count) AS data34 , SUM(QU.satisfied_sucess_xdr_count) AS data35, ROUND( CASE WHEN SUM(qu.satisfied_xdr_count)>0 THEN SUM(qu.satisfied_sucess_xdr_count)/SUM(qu.satisfied_xdr_count) ELSE 0 END,2.0) AS data36, ROUND(SUM(QU.satisfied_speed_xdr_count)/SUM(QU.satisfied_xdr_count)*(SUM (QU.satisfied_sucess_xdr_count)/SUM(QU.satisfied_xdr_count)),2.0) AS data37, ROUND(SUM(QU.delay)/1000/60,2.0) AS data39, ROUND(SUM(qu.dl_flow)/1024/1024,2.0) AS data40, ROUND( CASE WHEN SUM(qu.delay)>0 THEN SUM(qu.dl_flow)*8000/1024/SUM(qu.delay) ELSE 0 END,2.0) AS data41, ROUND(SUM(QU.dl_delay_500)/1000/60,2.0) AS data43 , ROUND(SUM(QU.dl_flow_500)/1024/1024,2.0) AS data44, ROUND( CASE WHEN SUM(qu.dl_delay_500)>0 THEN SUM(qu.dl_flow_500)*8000/1024/SUM(qu.dl_delay_500) ELSE 0 END,2.0) AS data45, ROUND(SUM(QU.delay)/1000/60,2.0) AS data47, ROUND(SUM(QU.ul_flow)/1024/1024,2.0) AS data48 , ROUND( CASE WHEN SUM(qu.delay)>0 THEN SUM(qu.ul_flow)*8000/1024/SUM(qu.delay) ELSE 0 END,2.0) AS data49, ROUND(SUM(QU.ul_delay_200)/1000/60,2.0) AS data51, ROUND(SUM(QU.ul_flow_200)/1024/1024,2.0) AS data52, ROUND( CASE WHEN SUM(qu.ul_delay_200)>0 THEN SUM(qu.ul_flow_200)*8000/1024/SUM(qu.ul_delay_200) ELSE 0 END,2.0) AS data53, ROUND(SUM(QU.dl_delay_500)/1000/60,2.0) AS data55, ROUND(SUM(QU.ul_flow_500)/1024/1024,2.0) AS data56, ROUND( CASE WHEN SUM(qu.dl_delay_500)>0 THEN SUM(qu.ul_flow_500)*8000/1024/SUM(qu.dl_delay_500) ELSE 0 END,2.0) AS data57, '' AS data58, '' AS data59, '' AS data60, '' AS data61 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER QU WHERE nettype=1 AND qu.hour>='[@c1]' AND qu.hour<='[@c2]' GROUP BY qu.city, qu.scene1, qu.AppType UNION ALL SELECT qu.city AS data1, CASE WHEN qu.scene2=1 THEN '高铁用户' WHEN qu.scene2=2 THEN '地铁用户' WHEN qu.scene2=3 THEN '校园用户' WHEN qu.scene2=4 THEN '商业区用户' WHEN qu.scene2=5 THEN '风景区用户' WHEN qu.scene2=6 THEN '居民区用户' ELSE '未知场景' END AS data2, qu.AppType AS data3, ROUND( CASE WHEN SUM(qu.tcp_count)>0 THEN SUM(qu.tcp_ack_delay)/SUM(qu.tcp_count) ELSE 0 END,2.0) AS tcp_ack_delay, ROUND( CASE WHEN SUM(qu.tcp_count)>0 THEN SUM(qu.tcp_res_delay)/SUM(qu.tcp_count) ELSE 0 END,2.0) AS tcp_ack_delay, '' AS DNSDelay, '' AS DNSQuerySuccessRate , '' AS AttachDelay, '' AS AttachRequestSuccessRate, '' AS EPSDefaultDelay, '' AS EPSDefaultDelayRate, ROUND(SUM(qu.dl_flow_500)/1024/1024,2.0) AS dl_flow_500, ROUND(SUM(qu.dl_ack_delay_500)/1000/60,2.0) AS dl_ack_delay_500, ROUND( CASE WHEN SUM(qu.dl_ack_delay_500)>0 THEN SUM(qu.dl_flow_500)*8000/1024/SUM(qu.dl_ack_delay_500) ELSE 0 END,2.0) AS speed500, ROUND( CASE WHEN SUM(qu.xdr_count)>0 THEN SUM(qu.ack_delay)/SUM(qu.xdr_count) ELSE 0 END,2.0) AS tcp_ack_delay, SUM(qu.xdr_count) AS request_count , SUM(qu.success_count) AS success_count, ROUND( CASE WHEN SUM(qu.xdr_count)>0 THEN SUM(qu.success_count)/SUM(qu.xdr_count) ELSE 0 END,2.0) AS request_success, SUM(qu.satisfied_xdr_count) AS sessioncount, SUM(qu.satisfied_speed_xdr_count) AS USERACCEPTPER, ROUND( CASE WHEN SUM(qu.satisfied_xdr_count)>0 THEN SUM(qu.satisfied_speed_xdr_count)/SUM(qu.satisfied_xdr_count) ELSE 0 END,2.0) AS USERACCEPTPERPPT, SUM(QU.satisfied_xdr_count) AS request_count_1 , SUM(QU.satisfied_sucess_xdr_count) AS success_count_1, ROUND( CASE WHEN SUM(qu.satisfied_xdr_count)>0 THEN SUM(qu.satisfied_sucess_xdr_count)/SUM(qu.satisfied_xdr_count) ELSE 0 END,2.0) AS request_success_1, ROUND(SUM(QU.satisfied_speed_xdr_count)/SUM(QU.satisfied_xdr_count)*(SUM (QU.satisfied_sucess_xdr_count)/SUM(QU.satisfied_xdr_count)),2.0) AS USERACCEPT, ROUND(SUM(QU.delay)/1000/60,2.0) AS DELAY_1, ROUND(SUM(qu.dl_flow)/1024/1024,2.0) AS dl_flow_1, ROUND( CASE WHEN SUM(qu.delay)>0 THEN SUM(qu.dl_flow)*8000/1024/SUM(qu.delay) ELSE 0 END,2.0) AS SPEED_1, ROUND(SUM(QU.dl_delay_500)/1000/60,2.0) AS DELAY500 , ROUND(SUM(QU.dl_flow_500)/1024/1024,2.0) AS FLOW500, ROUND( CASE WHEN SUM(qu.dl_delay_500)>0 THEN SUM(qu.dl_flow_500)*8000/1024/SUM(qu.dl_delay_500) ELSE 0 END,2.0) AS SPEED500_1, ROUND(SUM(QU.delay)/1000/60,2.0) AS DELAY_2, ROUND(SUM(QU.ul_flow)/1024/1024,2.0) AS ULDELAY500 , ROUND( CASE WHEN SUM(qu.delay)>0 THEN SUM(qu.ul_flow)*8000/1024/SUM(qu.delay) ELSE 0 END,2.0) AS SPEED_2, ROUND(SUM(QU.ul_delay_200)/1000/60,2.0) AS DELAY200, ROUND(SUM(QU.ul_flow_200)/1024/1024,2.0) AS ULFLOW200, ROUND( CASE WHEN SUM(qu.ul_delay_200)>0 THEN SUM(qu.ul_flow_200)*8000/1024/SUM(qu.ul_delay_200) ELSE 0 END,2.0) AS SPEED200, ROUND(SUM(QU.dl_delay_500)/1000/60,2.0) AS dl_delay_500, ROUND(SUM(QU.ul_flow_500)/1024/1024,2.0) AS ul_flow_500, ROUND( CASE WHEN SUM(qu.dl_delay_500)>0 THEN SUM(qu.ul_flow_500)*8000/1024/SUM(qu.dl_delay_500) ELSE 0 END,2.0) AS SPEED500_3, '' AS Cell1, '' AS Cell2, '' AS Cell3, '' AS Cell4 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER QU WHERE nettype=1 AND qu.hour>='[@c1]' AND qu.hour<='[@c2]' GROUP BY qu.city, qu.scene2, qu.AppType)t INNER JOIN lte_sys.[@c0]_T_BASE_CATEGORYTYPE apt ON t.data3_1=apt.CATEGORYID WHERE data1='[@c3]' AND apt.CATEGORYNAME='[@c4]' AND data2<>'未知场景'" } }, { "key": "sence_tb3", "desc": "获取表4LTE网络业务模型（按场景）", "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.* FROM ( SELECT city AS data1, '全网' data2 , ROUND(SUM(dl_flow)/1024/1024,2.0) data3 , 1 data4 , SUM(xdr_count) data5 , 1 data6 , ROUND(SUM(delay)/1000/60,2.0) data7 , 1 data8 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER t1 WHERE nettype=1 AND t1.hour>='[@c1]' AND t1.hour<='[@c2]' GROUP BY city UNION SELECT aa.city AS data1, CASE WHEN aa.scene1=1 THEN '室外用户' WHEN aa.scene1=2 THEN '占用室分的室内稳定用户(有室分)' WHEN aa.scene1=3 THEN '占用宏站的室内稳定用户(无室分)' WHEN aa.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(aa.dl_flow)/1024/1024,2.0) AS data3, ROUND(SUM(AA.dl_flow)/(SUM(SUM(AA.dl_flow)) OVER()),3.0) AS data4, SUM(AA.xdr_count) AS data5, ROUND(SUM(AA.xdr_count)/(SUM(SUM(AA.xdr_count)) OVER()),3.0) AS data6, ROUND(SUM(AA.DELAY)/1000/60,2.0) AS data7, ROUND(SUM(AA.DELAY)/(SUM(SUM(AA.DELAY)) OVER()),3.0) AS data8 FROM ( SELECT city, scene1, dl_flow, xdr_count, delay FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER WHERE nettype=1 AND hour>='[@c1]' AND hour<='[@c2]') AA GROUP BY aa.city, AA.scene1 UNION SELECT aa.city AS data1, CASE WHEN aa.scene2=1 THEN '高铁用户' WHEN aa.scene2=2 THEN '地铁用户' WHEN aa.scene2=3 THEN '校园用户' WHEN aa.scene2=4 THEN '商业区用户' WHEN aa.scene2=5 THEN '风景区用户' WHEN aa.scene2=6 THEN '居民区用户' WHEN aa.scene2=7 THEN '高速公路' ELSE '未知场景' END AS data2, ROUND(SUM(aa.dl_flow)/1024/1024,2.0) AS data3, ROUND(SUM(AA.dl_flow)/(SUM(SUM(AA.dl_flow)) OVER()),3.0) AS data4, SUM(AA.xdr_count) AS data5, ROUND(SUM(AA.xdr_count)/(SUM(SUM(AA.xdr_count)) OVER()),3.0) AS data6, ROUND(SUM(AA.DELAY)/1000/60,2.0) AS data7, ROUND(SUM(AA.DELAY)/(SUM(SUM(AA.DELAY)) OVER()),3.0) AS data8 FROM ( SELECT city, scene2, dl_flow, xdr_count, delay FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER WHERE nettype=1 AND hour>='[@c1]' AND hour<='[@c2]') AA GROUP BY aa.city, AA.scene2 )t WHERE data1='[@c3]' AND data2!='未知场景'" } }, { "key": "apptyep_seance_tb3", "desc": "获取表4LTE网络业务模型（按某个场景下的大类业务）", "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": "" }, { "name": "sencename", "columnname": "", "type": "string", "format": "", "conditionid": "c4", "symbol": "" } ], "value": "SELECT DISTINCT APT.CATEGORYNAME AS DATA3_1, t.data3,t.data4,t.data5,t.data6,t.data7,t.data8 FROM ( SELECT CITY AS DATA1, '全网' DATA2 , T1.APPTYPE AS DATA3_1, ROUND(SUM(DL_FLOW)/1024/1024,2.0) DATA3 , 1 DATA4 , SUM(XDR_COUNT) DATA5 , 1 DATA6 , ROUND(SUM(DELAY)/1000/60,2.0) DATA7 , 1 DATA8 FROM LTE_SYS.[@c0]_T_QUALITYSTATISTICS_ALLUSER T1 WHERE NETTYPE=1 AND T1.HOUR>='[@c1]' AND T1.HOUR<='[@c2]' GROUP BY T1.CITY, T1.APPTYPE UNION SELECT AA.CITY AS DATA1, CASE WHEN AA.SCENE1=1 THEN '室外用户' WHEN AA.SCENE1=2 THEN '占用室分的室内稳定用户(有室分)' WHEN AA.SCENE1=3 THEN '占用宏站的室内稳定用户(无室分)' WHEN AA.SCENE1=4 THEN '室内稳定用户(占用宏站和室分)' ELSE '未知场景' END AS DATA2, AA.APPTYPE AS DATA3_1, ROUND(SUM(AA.DL_FLOW)/1024/1024,2.0) AS DATA3, ROUND(SUM(AA.DL_FLOW)/(SUM(SUM(AA.DL_FLOW)) OVER()),3.0) AS DATA4, SUM(AA.XDR_COUNT) AS DATA5, ROUND(SUM(AA.XDR_COUNT)/(SUM(SUM(AA.XDR_COUNT)) OVER()),3.0) AS DATA6, ROUND(SUM(AA.DELAY)/1000/60,2.0) AS DATA7, ROUND(SUM(AA.DELAY)/(SUM(SUM(AA.DELAY)) OVER()),3.0) AS DATA8 FROM ( SELECT CITY, SCENE1, APPTYPE, DL_FLOW, XDR_COUNT, DELAY FROM LTE_SYS.[@c0]_T_QUALITYSTATISTICS_ALLUSER WHERE NETTYPE=1 AND HOUR>='[@c1]' AND HOUR<='[@c2]') AA GROUP BY AA.CITY, AA.SCENE1, AA.APPTYPE UNION SELECT AA.CITY AS DATA1, CASE WHEN AA.SCENE2=1 THEN '高铁用户' WHEN AA.SCENE2=2 THEN '地铁用户' WHEN AA.SCENE2=3 THEN '校园用户' WHEN AA.SCENE2=4 THEN '商业区用户' WHEN AA.SCENE2=5 THEN '风景区用户' WHEN AA.SCENE2=6 THEN '居民区用户' WHEN AA.SCENE2=7 THEN '高速公路' ELSE '未知场景' END AS DATA2, AA.APPTYPE AS DATA3_1, ROUND(SUM(AA.DL_FLOW)/1024/1024,2.0) AS DATA3, ROUND(SUM(AA.DL_FLOW)/(SUM(SUM(AA.DL_FLOW)) OVER()),3.0) AS DATA4, SUM(AA.XDR_COUNT) AS DATA5, ROUND(SUM(AA.XDR_COUNT)/(SUM(SUM(AA.XDR_COUNT)) OVER()),3.0) AS DATA6, ROUND(SUM(AA.DELAY)/1000/60,2.0) AS DATA7, ROUND(SUM(AA.DELAY)/(SUM(SUM(AA.DELAY)) OVER()),3.0) AS DATA8 FROM ( SELECT CITY, SCENE2, APPTYPE, DL_FLOW, XDR_COUNT, DELAY FROM LTE_SYS.[@c0]_T_QUALITYSTATISTICS_ALLUSER WHERE NETTYPE=1 AND HOUR>='[@c1]' AND HOUR<='[@c2]') AA GROUP BY AA.CITY, AA.SCENE2, AA.APPTYPE )T INNER JOIN LTE_SYS.[@c0]_T_BASE_CATEGORYTYPE APT ON T.DATA3_1=APT.CATEGORYID WHERE DATA1='[@c3]' AND DATA2='[@c4]'" } }, { "key": "apptype_tb3", "desc": "获取表4LTE网络业务模型（按大类业务）", "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 apt.CATEGORYNAME AS data2, t.* FROM ( SELECT aa.city AS data1, aa.APPTYPE AS data3_1, ROUND(SUM(aa.dl_flow)/1024/1024,2.0) AS data3, ROUND(SUM(AA.dl_flow)/(SUM(SUM(AA.dl_flow)) OVER()),3.0) AS data4, SUM(AA.xdr_count) AS data5, ROUND(SUM(AA.xdr_count)/(SUM(SUM(AA.xdr_count)) OVER()),3.0) AS data6, ROUND(SUM(AA.DELAY)/1000/60,2.0) AS data7, ROUND(SUM(AA.DELAY)/(SUM(SUM(AA.DELAY)) OVER()),3.0) AS data8 FROM ( SELECT city, APPTYPE, dl_flow, xdr_count, delay FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER WHERE nettype=1 AND hour>='[@c1]' AND hour<='[@c2]') AA GROUP BY aa.city, AA.APPTYPE )t INNER JOIN LTE_SYS.[@c0]_T_BASE_CATEGORYTYPE APT ON T.data3_1=APT.CATEGORYID WHERE data1='[@c3]'" } }, { "key": "seance_apptype_tb3", "desc": "获取表4LTE网络业务模型（按某个大类业务下的场景）", "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": "" }, { "name": "apptype", "columnname": "", "type": "string", "format": "", "conditionid": "c4", "symbol": "" } ], "value": "SELECT DISTINCT APT.CATEGORYNAME AS DATA3_1, T.* FROM ( SELECT CITY AS DATA1, '全网' DATA2 , T1.APPTYPE AS DATA3_1, ROUND(SUM(DL_FLOW)/1024/1024,2.0) DATA3 , 1 DATA4 , SUM(XDR_COUNT) DATA5 , 1 DATA6 , ROUND(SUM(DELAY)/1000/60,2.0) DATA7 , 1 DATA8 FROM LTE_SYS.[@c0]_T_QUALITYSTATISTICS_ALLUSER T1 WHERE NETTYPE=1 AND T1.HOUR>='[@c1]' AND T1.HOUR<='[@c2]' GROUP BY T1.CITY, T1.APPTYPE UNION SELECT AA.CITY AS DATA1, CASE WHEN AA.SCENE1=1 THEN '室外用户' WHEN AA.SCENE1=2 THEN '占用室分的室内稳定用户(有室分)' WHEN AA.SCENE1=3 THEN '占用宏站的室内稳定用户(无室分)' WHEN AA.SCENE1=4 THEN '室内稳定用户(占用宏站和室分)' ELSE '未知场景' END AS DATA2, AA.APPTYPE AS DATA3_1, ROUND(SUM(AA.DL_FLOW)/1024/1024,2.0) AS DATA3, ROUND(SUM(AA.DL_FLOW)/(SUM(SUM(AA.DL_FLOW)) OVER()),3.0) AS DATA4, SUM(AA.XDR_COUNT) AS DATA5, ROUND(SUM(AA.XDR_COUNT)/(SUM(SUM(AA.XDR_COUNT)) OVER()),3.0) AS DATA6, ROUND(SUM(AA.DELAY)/1000/60,2.0) AS DATA7, ROUND(SUM(AA.DELAY)/(SUM(SUM(AA.DELAY)) OVER()),3.0) AS DATA8 FROM ( SELECT CITY, SCENE1, APPTYPE, DL_FLOW, XDR_COUNT, DELAY FROM LTE_SYS.[@c0]_T_QUALITYSTATISTICS_ALLUSER WHERE NETTYPE=1 AND HOUR>='[@c1]' AND HOUR<='[@c2]') AA GROUP BY AA.CITY, AA.SCENE1, AA.APPTYPE UNION SELECT AA.CITY AS DATA1, CASE WHEN AA.SCENE2=1 THEN '高铁用户' WHEN AA.SCENE2=2 THEN '地铁用户' WHEN AA.SCENE2=3 THEN '校园用户' WHEN AA.SCENE2=4 THEN '商业区用户' WHEN AA.SCENE2=5 THEN '风景区用户' WHEN AA.SCENE2=6 THEN '居民区用户' WHEN AA.SCENE2=7 THEN '高速公路' ELSE '未知场景' END AS DATA2, AA.APPTYPE AS DATA3_1, ROUND(SUM(AA.DL_FLOW)/1024/1024,2.0) AS DATA3, ROUND(SUM(AA.DL_FLOW)/(SUM(SUM(AA.DL_FLOW)) OVER()),3.0) AS DATA4, SUM(AA.XDR_COUNT) AS DATA5, ROUND(SUM(AA.XDR_COUNT)/(SUM(SUM(AA.XDR_COUNT)) OVER()),3.0) AS DATA6, ROUND(SUM(AA.DELAY)/1000/60,2.0) AS DATA7, ROUND(SUM(AA.DELAY)/(SUM(SUM(AA.DELAY)) OVER()),3.0) AS DATA8 FROM ( SELECT CITY, SCENE2, APPTYPE, DL_FLOW, XDR_COUNT, DELAY FROM LTE_SYS.[@c0]_T_QUALITYSTATISTICS_ALLUSER WHERE NETTYPE=1 AND HOUR>='[@c1]' AND HOUR<='[@c2]') AA GROUP BY AA.CITY, AA.SCENE2, AA.APPTYPE )T INNER JOIN LTE_SYS.[@c0]_T_BASE_CATEGORYTYPE APT ON T.DATA3_1=APT.CATEGORYID WHERE DATA1='[@c3]' AND APT.CATEGORYNAME='[@c4]' AND data2<>'未知场景'" } }, { "key": "sence_tb6", "desc": "获取表6网间业务指标统计（按场景）", "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 city, data1, data2, data3, data4, data5, data6, data7, data8, data9, data10, data11, data12, data13, data14, data15, data16, data17, data18, data19, data20, data21, data22, data23, data24, data25, data26, data27, data28, data29, data30, data31, data32, data33, data34, data35, data36, data37, data38, data39, data40, data41, data42, data43, data44, data45, data46, data47, data48, data49 FROM ( SELECT tb2.city, '全网' AS data1, '全网' AS data2, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data3, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)/MAX(tb1.sumdelay),2.0) AS data4 , ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data5, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)/MAX(tb1.sumdelay),2.0) AS data6 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data7, ROUND( SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow),2.0) AS data8 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data9, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow) ,2.0)AS data10 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data41, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data42 , ROUND( SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)*8000/1024,2.0) AS data43, ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data44, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data45 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)*8000/1024,2.0) AS data46, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data47, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data48, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN delay ELSE 0 END)*8000/1024,2.0) AS data49 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN delay ELSE 0 END)/1000/60,2.0) AS data11, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data12, ROUND( SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN delay ELSE 0 END)*8000/1024,2.0) AS data13, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data14, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data15 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data16, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data17, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END) AS data18 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data19, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data20, ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN delay ELSE 0 END)/1000/60,2.0) AS data21, ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data22, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN delay ELSE 0 END)*8000/1024,2.0) AS data23, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data24, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data25 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data26, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data27, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END) AS data28 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data29, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data30, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN delay ELSE 0 END)/1000/60,2.0) AS data31, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data32, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN delay ELSE 0 END)*8000/1024,2.0) AS data33, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data34, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data35 , ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data36, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data37, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END) AS data38 , ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data39, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data40 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 AppType IN(15,1,5,6,7,8) AND hour>='[@c1]' AND hour<='[@c2]' GROUP BY city)tb1 ON tb2.city=tb1.city WHERE nettype IN (1,2) AND AppType IN(15,1,5,6,7,8) AND hour>='[@c1]' AND hour<='[@c2]' GROUP BY tb2.city UNION SELECT tb2.city, CASE WHEN tb2.scene1=1 THEN '室外用户' WHEN tb2.scene1=2 THEN '占用室分的室内稳定用户(有室分)' WHEN tb2.scene1=3 THEN '占用宏站的室内稳定用户(无室分)' WHEN tb2.scene1=4 THEN '室内稳定用户(占用宏站和室分)' ELSE '未知场景' END AS data1, CASE WHEN tb2.scene1=1 THEN '室外用户' WHEN tb2.scene1=2 THEN '占用室分的室内稳定用户(有室分)' WHEN tb2.scene1=3 THEN '占用宏站的室内稳定用户(无室分)' WHEN tb2.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 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data3, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)/MAX(tb1.sumdelay),2.0) AS data4 , ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data5, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)/MAX(tb1.sumdelay),2.0) AS data6 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data7, ROUND( SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow),2.0) AS data8 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data9, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow) ,2.0)AS data10 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data41, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data42 , ROUND( SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)*8000/1024,2.0) AS data43, ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data44, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data45 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)*8000/1024,2.0) AS data46, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data47, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data48, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN delay ELSE 0 END)*8000/1024,2.0) AS data49 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN delay ELSE 0 END)/1000/60,2.0) AS data11, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data12, ROUND( SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN delay ELSE 0 END)*8000/1024,2.0) AS data13, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data14, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data15 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data16, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data17, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END) AS data18 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data19, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data20, ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN delay ELSE 0 END)/1000/60,2.0) AS data21, ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data22, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN delay ELSE 0 END)*8000/1024,2.0) AS data23, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data24, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data25 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data26, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data27, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END) AS data28 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data29, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data30, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN delay ELSE 0 END)/1000/60,2.0) AS data31, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data32, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN delay ELSE 0 END)*8000/1024,2.0) AS data33, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data34, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data35 , ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data36, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data37, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END) AS data38 , ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data39, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data40 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER tb2 LEFT JOIN ( SELECT city, scene1, 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 AppType IN(15,1,5,6,7,8) AND hour>='[@c1]' AND hour<='[@c2]' GROUP BY city, scene1)tb1 ON tb2.city=tb1.city AND tb2.scene1=tb1.scene1 WHERE nettype IN (1,2) AND AppType IN(15,1,5,6,7,8) AND hour>='[@c1]' AND hour<='[@c2]' GROUP BY tb2.city, tb2.scene1 UNION 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' ELSE '未知场景' END AS data1, 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' ELSE '未知场景' END AS data1, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data3, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)/MAX(tb1.sumdelay),2.0) AS data4 , ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data5, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)/MAX(tb1.sumdelay),2.0) AS data6 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data7, ROUND( SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow),2.0) AS data8 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data9, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow) ,2.0)AS data10 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data41, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data42 , ROUND( SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)*8000/1024,2.0) AS data43, ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data44, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data45 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)*8000/1024,2.0) AS data46, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data47, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data48, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN delay ELSE 0 END)*8000/1024,2.0) AS data49 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN delay ELSE 0 END)/1000/60,2.0) AS data11, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data12, ROUND( SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN delay ELSE 0 END)*8000/1024,2.0) AS data13, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data14, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data15 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data16, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data17, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END) AS data18 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data19, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data20, ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN delay ELSE 0 END)/1000/60,2.0) AS data21, ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data22, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN delay ELSE 0 END)*8000/1024,2.0) AS data23, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data24, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data25 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data26, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data27, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END) AS data28 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data29, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data30, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN delay ELSE 0 END)/1000/60,2.0) AS data31, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data32, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN delay ELSE 0 END)*8000/1024,2.0) AS data33, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data34, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data35 , ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data36, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data37, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END) AS data38 , ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data39, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data40 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER tb2 LEFT JOIN ( SELECT city, scene2, 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 AppType IN(15,1,5,6,7,8) AND hour>='[@c1]' AND hour<='[@c2]' GROUP BY city, scene2)tb1 ON tb2.city=tb1.city AND tb2.scene2=tb1.scene2 WHERE nettype IN (1,2) AND AppType IN(15,1,5,6,7,8) AND hour>='[@c1]' AND hour<='[@c2]' GROUP BY tb2.city, tb2.scene2 UNION SELECT tb2.city, '室内用户' AS data1, '室内用户' AS data2, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data3, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)/MAX(tb1.sumdelay),2.0) AS data4 , ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data5, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)/MAX(tb1.sumdelay),2.0) AS data6 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data7, ROUND( SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow),2.0) AS data8 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data9, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow) ,2.0)AS data10 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data41, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data42 , ROUND( SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)*8000/1024,2.0) AS data43, ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data44, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data45 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)*8000/1024,2.0) AS data46, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data47, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data48, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN delay ELSE 0 END)*8000/1024,2.0) AS data49 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN delay ELSE 0 END)/1000/60,2.0) AS data11, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data12, ROUND( SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN delay ELSE 0 END)*8000/1024,2.0) AS data13, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data14, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data15 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data16, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data17, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END) AS data18 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data19, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data20, ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN delay ELSE 0 END)/1000/60,2.0) AS data21, ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data22, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN delay ELSE 0 END)*8000/1024,2.0) AS data23, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data24, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data25 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data26, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data27, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END) AS data28 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data29, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data30, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN delay ELSE 0 END)/1000/60,2.0) AS data31, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data32, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN delay ELSE 0 END)*8000/1024,2.0) AS data33, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data34, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data35 , ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data36, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data37, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END) AS data38 , ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data39, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data40 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 AppType IN(15,1,5,6,7,8) AND hour>='[@c1]' AND hour<='[@c2]' AND scene1<>1 GROUP BY city)tb1 ON tb2.city=tb1.city WHERE nettype IN (1,2) AND AppType IN(15,1,5,6,7,8) AND hour>='[@c1]' AND hour<='[@c2]' AND scene1<>1 GROUP BY tb2.city ) T WHERE t.city='[@c3]' AND t.data1!='未知场景' ORDER BY t.data1" } }, { "key": "apptyep_seance_tb6", "desc": "获取表6网间业务指标统计（按某个场景下的大类业务）", "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": "" }, { "name": "sencename", "columnname": "", "type": "string", "format": "", "conditionid": "c4", "symbol": "" } ], "value": "SELECT city, data1, data2, data3, data4, data5, data6, data7, data8, data9, data10, data11, data12, data13, data14, data15, data16, data17, data18, data19, data20, data21, data22, data23, data24, data25, data26, data27, data28, data29, data30, data31, data32, data33, data34, data35, data36, data37, data38, data39, data40, data41, data42, data43, data44, data45, data46, data47, data48, data49 FROM ( SELECT tb2.city, '全网' AS data1, ( CASE WHEN AppType=1 THEN '即时通信' WHEN AppType=15 THEN '浏览下载' WHEN AppType=5 THEN '视频' WHEN AppType=6 THEN '音乐' WHEN AppType=7 THEN '应用商店' WHEN AppType=8 THEN '游戏' END ) AS data2, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data3, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)/MAX(tb1.sumdelay),2.0) AS data4 , ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data5, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)/MAX(tb1.sumdelay),2.0) AS data6 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data7, ROUND( SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow),2.0) AS data8 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data9, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow) ,2.0)AS data10 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data41, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data42 , ROUND( SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)*8000/1024,2.0) AS data43, ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data44, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data45 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)*8000/1024,2.0) AS data46, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data47, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data48, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN delay ELSE 0 END)*8000/1024,2.0) AS data49 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN delay ELSE 0 END)/1000/60,2.0) AS data11, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data12, ROUND( SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN delay ELSE 0 END)*8000/1024,2.0) AS data13, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data14, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data15 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data16, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data17, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END) AS data18 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data19, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data20, ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN delay ELSE 0 END)/1000/60,2.0) AS data21, ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data22, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN delay ELSE 0 END)*8000/1024,2.0) AS data23, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data24, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data25 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data26, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data27, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END) AS data28 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data29, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data30, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN delay ELSE 0 END)/1000/60,2.0) AS data31, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data32, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN delay ELSE 0 END)*8000/1024,2.0) AS data33, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data34, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data35 , ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data36, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data37, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END) AS data38 , ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data39, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data40 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 AppType IN(15,1,5,6,7,8) AND hour>='[@c1]' AND hour<='[@c2]' GROUP BY city)tb1 ON tb2.city=tb1.city WHERE nettype IN (1,2) AND AppType IN(15,1,5,6,7,8) AND hour>='[@c1]' AND hour<='[@c2]' GROUP BY tb2.city, tb2.AppType UNION SELECT tb2.city, CASE WHEN tb2.scene1=1 THEN '室外用户' WHEN tb2.scene1=2 THEN '占用室分的室内稳定用户(有室分)' WHEN tb2.scene1=3 THEN '占用宏站的室内稳定用户(无室分)' WHEN tb2.scene1=4 THEN '室内稳定用户(占用宏站和室分)' ELSE '未知场景' END AS data1, ( CASE WHEN AppType=1 THEN '即时通信' WHEN AppType=15 THEN '浏览下载' WHEN AppType=5 THEN '视频' WHEN AppType=6 THEN '音乐' WHEN AppType=7 THEN '应用商店' WHEN AppType=8 THEN '游戏' END ) AS data2, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data3, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)/MAX(tb1.sumdelay),2.0) AS data4 , ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data5, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)/MAX(tb1.sumdelay),2.0) AS data6 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data7, ROUND( SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow),2.0) AS data8 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data9, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow) ,2.0)AS data10 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data41, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data42 , ROUND( SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)*8000/1024,2.0) AS data43, ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data44, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data45 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)*8000/1024,2.0) AS data46, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data47, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data48, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN delay ELSE 0 END)*8000/1024,2.0) AS data49 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN delay ELSE 0 END)/1000/60,2.0) AS data11, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data12, ROUND( SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN delay ELSE 0 END)*8000/1024,2.0) AS data13, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data14, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data15 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data16, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data17, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END) AS data18 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data19, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data20, ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN delay ELSE 0 END)/1000/60,2.0) AS data21, ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data22, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN delay ELSE 0 END)*8000/1024,2.0) AS data23, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data24, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data25 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data26, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data27, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END) AS data28 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data29, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data30, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN delay ELSE 0 END)/1000/60,2.0) AS data31, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data32, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN delay ELSE 0 END)*8000/1024,2.0) AS data33, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data34, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data35 , ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data36, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data37, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END) AS data38 , ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data39, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data40 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER tb2 LEFT JOIN ( SELECT city, scene1, 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 AppType IN(15,1,5,6,7,8) AND hour>='[@c1]' AND hour<='[@c2]' GROUP BY city, scene1)tb1 ON tb2.city=tb1.city AND tb2.scene1=tb1.scene1 WHERE nettype IN (1,2) AND AppType IN(15,1,5,6,7,8) AND hour>='[@c1]' AND hour<='[@c2]' GROUP BY tb2.city, tb2.scene1, tb2.AppType UNION 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' ELSE '未知场景' END AS data1, ( CASE WHEN AppType=1 THEN '即时通信' WHEN AppType=15 THEN '浏览下载' WHEN AppType=5 THEN '视频' WHEN AppType=6 THEN '音乐' WHEN AppType=7 THEN '应用商店' WHEN AppType=8 THEN '游戏' END ) AS data2, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data3, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)/MAX(tb1.sumdelay),2.0) AS data4 , ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data5, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)/MAX(tb1.sumdelay),2.0) AS data6 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data7, ROUND( SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow),2.0) AS data8 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data9, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow) ,2.0)AS data10 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data41, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data42 , ROUND( SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)*8000/1024,2.0) AS data43, ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data44, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data45 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)*8000/1024,2.0) AS data46, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data47, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data48, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN delay ELSE 0 END)*8000/1024,2.0) AS data49 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN delay ELSE 0 END)/1000/60,2.0) AS data11, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data12, ROUND( SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN delay ELSE 0 END)*8000/1024,2.0) AS data13, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data14, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data15 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data16, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data17, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END) AS data18 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data19, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data20, ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN delay ELSE 0 END)/1000/60,2.0) AS data21, ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data22, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN delay ELSE 0 END)*8000/1024,2.0) AS data23, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data24, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data25 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data26, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data27, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END) AS data28 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data29, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data30, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN delay ELSE 0 END)/1000/60,2.0) AS data31, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data32, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN delay ELSE 0 END)*8000/1024,2.0) AS data33, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data34, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data35 , ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data36, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data37, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END) AS data38 , ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data39, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data40 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER tb2 LEFT JOIN ( SELECT city, scene2, 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 AppType IN(15,1,5,6,7,8) AND hour>='[@c1]' AND hour<='[@c2]' GROUP BY city, scene2)tb1 ON tb2.city=tb1.city AND tb2.scene2=tb1.scene2 WHERE nettype IN (1,2) AND AppType IN(15,1,5,6,7,8) AND hour>='[@c1]' AND hour<='[@c2]' GROUP BY tb2.city, tb2.scene2, tb2.AppType UNION SELECT tb2.city, '室内用户' AS data1, ( CASE WHEN AppType=1 THEN '即时通信' WHEN AppType=15 THEN '浏览下载' WHEN AppType=5 THEN '视频' WHEN AppType=6 THEN '音乐' WHEN AppType=7 THEN '应用商店' WHEN AppType=8 THEN '游戏' END ) AS data2, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data3, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)/MAX(tb1.sumdelay),2.0) AS data4 , ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data5, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)/MAX(tb1.sumdelay),2.0) AS data6 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data7, ROUND( SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow),2.0) AS data8 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data9, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow) ,2.0)AS data10 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data41, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data42 , ROUND( SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)*8000/1024,2.0) AS data43, ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data44, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data45 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)*8000/1024,2.0) AS data46, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data47, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data48, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN delay ELSE 0 END)*8000/1024,2.0) AS data49 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN delay ELSE 0 END)/1000/60,2.0) AS data11, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data12, ROUND( SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN delay ELSE 0 END)*8000/1024,2.0) AS data13, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data14, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data15 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data16, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data17, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END) AS data18 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data19, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data20, ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN delay ELSE 0 END)/1000/60,2.0) AS data21, ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data22, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN delay ELSE 0 END)*8000/1024,2.0) AS data23, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data24, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data25 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data26, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data27, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END) AS data28 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data29, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data30, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN delay ELSE 0 END)/1000/60,2.0) AS data31, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data32, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN delay ELSE 0 END)*8000/1024,2.0) AS data33, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data34, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data35 , ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data36, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data37, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END) AS data38 , ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data39, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data40 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 AppType IN(15,1,5,6,7,8) AND hour>='[@c1]' AND hour<='[@c2]' AND scene1<>1 GROUP BY city)tb1 ON tb2.city=tb1.city WHERE nettype IN (1,2) AND AppType IN(15,1,5,6,7,8) AND hour>='[@c1]' AND hour<='[@c2]' AND scene1<>1 GROUP BY tb2.city, tb2.AppType ) T WHERE t.city='[@c3]' AND t.data1='[@c4]' ORDER BY t.data2" } }, { "key": "apptype_tb6", "desc": "获取表6网间业务指标统计（按大类业务）", "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 tb2.city, ( CASE WHEN AppType=1 THEN '即时通信' WHEN AppType=15 THEN '浏览下载' WHEN AppType=5 THEN '视频' WHEN AppType=6 THEN '音乐' WHEN AppType=7 THEN '应用商店' WHEN AppType=8 THEN '游戏' END ) AS data2, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data3, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)/MAX(tb1.sumdelay),2.0) AS data4 , ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data5, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)/MAX(tb1.sumdelay),2.0) AS data6 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data7, ROUND( SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow),2.0) AS data8 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data9, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow) ,2.0)AS data10 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data41, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data42 , ROUND( SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)*8000/1024,2.0) AS data43, ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data44, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data45 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)*8000/1024,2.0) AS data46, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data47, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data48, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN delay ELSE 0 END)*8000/1024,2.0) AS data49 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN delay ELSE 0 END)/1000/60,2.0) AS data11, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data12, ROUND( SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN delay ELSE 0 END)*8000/1024,2.0) AS data13, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data14, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data15 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data16, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data17, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END) AS data18 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data19, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data20, ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN delay ELSE 0 END)/1000/60,2.0) AS data21, ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data22, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN delay ELSE 0 END)*8000/1024,2.0) AS data23, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data24, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data25 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data26, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data27, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END) AS data28 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data29, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data30, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN delay ELSE 0 END)/1000/60,2.0) AS data31, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data32, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN delay ELSE 0 END)*8000/1024,2.0) AS data33, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data34, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data35 , ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data36, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data37, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END) AS data38 , ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data39, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data40 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 AppType IN(15,1,5,6,7,8) AND hour>='[@c1]' AND hour<='[@c2]' GROUP BY city)tb1 ON tb2.city=tb1.city WHERE nettype IN (1,2) AND AppType IN(15,1,5,6,7,8) AND hour>='[@c1]' AND hour<='[@c2]' AND tb2.city='[@c3]' GROUP BY tb2.city, tb2.AppType" } }, { "key": "seance_apptype_tb6", "desc": "获取表6网间业务指标统计（按某个大类业务下的场景）", "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": "" }, { "name": "apptype", "columnname": "", "type": "string", "format": "", "conditionid": "c4", "symbol": "" } ], "value": "SELECT city, data1, data2, data3, data4, data5, data6, data7, data8, data9, data10, data11, data12, data13, data14, data15, data16, data17, data18, data19, data20, data21, data22, data23, data24, data25, data26, data27, data28, data29, data30, data31, data32, data33, data34, data35, data36, data37, data38, data39, data40, data41, data42, data43, data44, data45, data46, data47, data48, data49 FROM ( SELECT tb2.city, '全网' AS data1, ( CASE WHEN AppType=1 THEN '即时通信' WHEN AppType=15 THEN '浏览下载' WHEN AppType=5 THEN '视频' WHEN AppType=6 THEN '音乐' WHEN AppType=7 THEN '应用商店' WHEN AppType=8 THEN '游戏' END ) AS data2, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data3, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)/MAX(tb1.sumdelay),2.0) AS data4 , ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data5, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)/MAX(tb1.sumdelay),2.0) AS data6 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data7, ROUND( SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow),2.0) AS data8 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data9, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow) ,2.0)AS data10 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data41, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data42 , ROUND( SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)*8000/1024,2.0) AS data43, ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data44, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data45 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)*8000/1024,2.0) AS data46, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data47, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data48, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN delay ELSE 0 END)*8000/1024,2.0) AS data49 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN delay ELSE 0 END)/1000/60,2.0) AS data11, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data12, ROUND( SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN delay ELSE 0 END)*8000/1024,2.0) AS data13, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data14, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data15 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data16, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data17, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END) AS data18 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data19, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data20, ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN delay ELSE 0 END)/1000/60,2.0) AS data21, ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data22, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN delay ELSE 0 END)*8000/1024,2.0) AS data23, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data24, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data25 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data26, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data27, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END) AS data28 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data29, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data30, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN delay ELSE 0 END)/1000/60,2.0) AS data31, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data32, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN delay ELSE 0 END)*8000/1024,2.0) AS data33, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data34, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data35 , ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data36, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data37, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END) AS data38 , ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data39, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data40 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 AppType IN(15,1,5,6,7,8) AND hour>='[@c1]' AND hour<='[@c2]' GROUP BY city)tb1 ON tb2.city=tb1.city WHERE nettype IN (1,2) AND AppType IN(15,1,5,6,7,8) AND hour>='[@c1]' AND hour<='[@c2]' GROUP BY tb2.city, tb2.AppType UNION SELECT tb2.city, CASE WHEN tb2.scene1=1 THEN '室外用户' WHEN tb2.scene1=2 THEN '占用室分的室内稳定用户(有室分)' WHEN tb2.scene1=3 THEN '占用宏站的室内稳定用户(无室分)' WHEN tb2.scene1=4 THEN '室内稳定用户(占用宏站和室分)' ELSE '未知场景' END AS data1, ( CASE WHEN AppType=1 THEN '即时通信' WHEN AppType=15 THEN '浏览下载' WHEN AppType=5 THEN '视频' WHEN AppType=6 THEN '音乐' WHEN AppType=7 THEN '应用商店' WHEN AppType=8 THEN '游戏' END ) AS data2, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data3, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)/MAX(tb1.sumdelay),2.0) AS data4 , ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data5, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)/MAX(tb1.sumdelay),2.0) AS data6 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data7, ROUND( SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow),2.0) AS data8 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data9, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow) ,2.0)AS data10 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data41, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data42 , ROUND( SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)*8000/1024,2.0) AS data43, ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data44, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data45 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)*8000/1024,2.0) AS data46, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data47, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data48, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN delay ELSE 0 END)*8000/1024,2.0) AS data49 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN delay ELSE 0 END)/1000/60,2.0) AS data11, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data12, ROUND( SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN delay ELSE 0 END)*8000/1024,2.0) AS data13, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data14, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data15 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data16, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data17, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END) AS data18 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data19, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data20, ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN delay ELSE 0 END)/1000/60,2.0) AS data21, ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data22, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN delay ELSE 0 END)*8000/1024,2.0) AS data23, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data24, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data25 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data26, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data27, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END) AS data28 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data29, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data30, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN delay ELSE 0 END)/1000/60,2.0) AS data31, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data32, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN delay ELSE 0 END)*8000/1024,2.0) AS data33, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data34, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data35 , ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data36, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data37, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END) AS data38 , ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data39, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data40 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER tb2 LEFT JOIN ( SELECT city, scene1, 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 AppType IN(15,1,5,6,7,8) AND hour>='[@c1]' AND hour<='[@c2]' GROUP BY city, scene1)tb1 ON tb2.city=tb1.city AND tb2.scene1=tb1.scene1 WHERE nettype IN (1,2) AND AppType IN(15,1,5,6,7,8) AND hour>='[@c1]' AND hour<='[@c2]' GROUP BY tb2.city, tb2.scene1, tb2.AppType UNION 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' ELSE '未知场景' END AS data1, ( CASE WHEN AppType=1 THEN '即时通信' WHEN AppType=15 THEN '浏览下载' WHEN AppType=5 THEN '视频' WHEN AppType=6 THEN '音乐' WHEN AppType=7 THEN '应用商店' WHEN AppType=8 THEN '游戏' END ) AS data2, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data3, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)/MAX(tb1.sumdelay),2.0) AS data4 , ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data5, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)/MAX(tb1.sumdelay),2.0) AS data6 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data7, ROUND( SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow),2.0) AS data8 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data9, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow) ,2.0)AS data10 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data41, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data42 , ROUND( SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)*8000/1024,2.0) AS data43, ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data44, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data45 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)*8000/1024,2.0) AS data46, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data47, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data48, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN delay ELSE 0 END)*8000/1024,2.0) AS data49 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN delay ELSE 0 END)/1000/60,2.0) AS data11, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data12, ROUND( SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN delay ELSE 0 END)*8000/1024,2.0) AS data13, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data14, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data15 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data16, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data17, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END) AS data18 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data19, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data20, ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN delay ELSE 0 END)/1000/60,2.0) AS data21, ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data22, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN delay ELSE 0 END)*8000/1024,2.0) AS data23, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data24, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data25 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data26, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data27, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END) AS data28 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data29, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data30, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN delay ELSE 0 END)/1000/60,2.0) AS data31, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data32, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN delay ELSE 0 END)*8000/1024,2.0) AS data33, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data34, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data35 , ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data36, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data37, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END) AS data38 , ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data39, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data40 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER tb2 LEFT JOIN ( SELECT city, scene2, 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 AppType IN(15,1,5,6,7,8) AND hour>='[@c1]' AND hour<='[@c2]' GROUP BY city, scene2)tb1 ON tb2.city=tb1.city AND tb2.scene2=tb1.scene2 WHERE nettype IN (1,2) AND AppType IN(15,1,5,6,7,8) AND hour>='[@c1]' AND hour<='[@c2]' GROUP BY tb2.city, tb2.scene2, tb2.AppType UNION SELECT tb2.city, '室内用户' AS data1, ( CASE WHEN AppType=1 THEN '即时通信' WHEN AppType=15 THEN '浏览下载' WHEN AppType=5 THEN '视频' WHEN AppType=6 THEN '音乐' WHEN AppType=7 THEN '应用商店' WHEN AppType=8 THEN '游戏' END ) AS data2, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data3, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)/MAX(tb1.sumdelay),2.0) AS data4 , ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data5, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)/MAX(tb1.sumdelay),2.0) AS data6 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data7, ROUND( SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow),2.0) AS data8 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data9, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow) ,2.0)AS data10 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data41, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data42 , ROUND( SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>0 THEN delay ELSE 0 END)*8000/1024,2.0) AS data43, ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data44, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data45 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>0 THEN delay ELSE 0 END)*8000/1024,2.0) AS data46, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN delay ELSE 0 END)/1000/60,2.0) AS data47, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data48, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>0 THEN delay ELSE 0 END)*8000/1024,2.0) AS data49 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN delay ELSE 0 END)/1000/60,2.0) AS data11, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data12, ROUND( SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN delay ELSE 0 END)*8000/1024,2.0) AS data13, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data14, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data15 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data16, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data17, SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END) AS data18 , ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data19, ROUND(SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 AND dl_flow>5120 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data20, ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN delay ELSE 0 END)/1000/60,2.0) AS data21, ROUND(SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data22, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN delay ELSE 0 END)*8000/1024,2.0) AS data23, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data24, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data25 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data26, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data27, SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END) AS data28 , ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data29, ROUND( SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 AND dl_flow>5120 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data30, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN delay ELSE 0 END)/1000/60,2.0) AS data31, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN dl_flow ELSE 0 END)/1024/1024,2.0) AS data32, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN delay ELSE 0 END)*8000/1024,2.0) AS data33, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data34, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data35 , ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data36, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END) AS data37, SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END) AS data38 , ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data39, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) AND dl_flow>5120 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data40 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 AppType IN(15,1,5,6,7,8) AND hour>='[@c1]' AND hour<='[@c2]' AND scene1<>1 GROUP BY city)tb1 ON tb2.city=tb1.city WHERE nettype IN (1,2) AND AppType IN(15,1,5,6,7,8) AND hour>='[@c1]' AND hour<='[@c2]' AND scene1<>1 GROUP BY tb2.city, tb2.AppType ) T WHERE t.city='[@c3]' AND t.data2='[@c4]' ORDER BY t.data1" } } ] }