select h.mac ROUND((CASE WHEN AVG(json->'$.e18[0]'*SIN((json->'$.e23[0]'/180)*PI()))]]>0 AND AVG(json->'$.e18[0]'*COS((json->'$.e23[0]'/180)*PI()))]]>0 THEN ATAN(AVG(json->'$.e18[0]'*SIN((json->'$.e23[0]'/180)*PI()))/AVG(json->'$.e18[0]'*COS((json->'$.e23[0]'/180)*PI())))*180/PI() WHEN AVG(json->'$.e18[0]'*SIN((json->'$.e23[0]'/180)*PI()))>0 AND AVG(json->'$.e18[0]'*COS((json->'$.e23[0]'/180)*PI()))0 THEN (ATAN(AVG(json->'$.e18[0]'*SIN((json->'$.e23[0]'/180)*PI()))/AVG(json->'$.e18[0]'*COS((json->'$.e23[0]'/180)*PI())))*180/PI())+180 WHEN AVG(json->'$.e18[0]'*SIN((json->'$.e23[0]'/180)*PI()))0 AND AVG(json->'$.e18[0]'*COS((json->'$.e23[0]'/180)*PI()))0 THEN (ATAN(AVG(json->'$.e18[0]'*SIN((json->'$.e23[0]'/180)*PI()))/AVG(json->'$.e18[0]'*COS((json->'$.e23[0]'/180)*PI())))*180/PI())+180 ELSE (ATAN(AVG(json->'$.e18[0]'*SIN((json->'$.e23[0]'/180)*PI()))/AVG(json->'$.e18[0]'*COS((json->'$.e23[0]'/180)*PI())))*180/PI())+360 END),3) AS 'AVG${sensorKey}', ROUND(MIN(json->'$.${sensorKey}[1]'),3) AS 'MIN${sensorKey}', ROUND(MAX(json->'$.${sensorKey}[2]'),3) AS 'MAX${sensorKey}' ROUND(AVG(json->'$.${sensorKey}[0]'),3) AS 'AVG${sensorKey}', ROUND(MIN(json->'$.${sensorKey}[1]'),3) AS 'MIN${sensorKey}', ROUND(MAX(json->'$.${sensorKey}[2]'),3) AS 'MAX${sensorKey}' FROM history_minutely_${yearAndMonth} h where h.time=]]>#{start} and h.time #{end} group by h.mac insert into history_five_minutely_${yearAndMonth} values (#{map.mac},#{map.time},#{map.json}) CREATE TABLE IF NOT EXISTS `history_five_minutely_${yearAndMonth}` ( `mac` varchar(20) CHARACTER SET latin1 DEFAULT NULL, `time` datetime DEFAULT NULL, `json` json DEFAULT NULL ) ENGINE=INNODB DEFAULT CHARSET=utf8 COLLATE=utf8_unicode_ci