select o.order_id, o.batch, o.project, o.order_type, o.area as gross_area, o.quantity as quantity, o.creator, o.customer_name, o.processing_note from sd.order_detail as od left join `order` as o on o.order_id=od.order_id where o.production_order!=2 and o.order_review=2 and o.order_id regexp #{orderGlassDetail.orderId} and o.batch regexp #{orderGlassDetail.order.batch} and o.project regexp #{orderGlassDetail.order.project} and o.order_type regexp #{orderGlassDetail.order.orderType} and o.customer_name regexp #{orderGlassDetail.order.customerName} and o.processing_note regexp #{orderGlassDetail.order.processingNote} and DATE_FORMAT((o.create_time),'%Y-%m-%d') BETWEEN #{ selectTime1 } AND #{ selectTime2 } group by o.order_id order by o.id desc ; select fc.process_id, fc.technology_number, fcss.TotalFloors, COUNT(fc.order_number) as TotalNumber, SUM(fc.quantity) as quantity, ROUND(SUM(od.width * od.height * fc.quantity / 1000000), 2) as area, o.project, ogd.glass_child, od.shape from pp.flow_card as fc left join sd.`order` as o on fc.order_id = o.order_id left join sd.order_detail as od on od.order_id = fc.order_id and od.order_number = fc.order_number left join sd.order_glass_detail as ogd on ogd.order_id = fc.order_id and ogd.order_number = fc.order_number and ogd.technology_number = fc.technology_number left join (select fcs.process_id, fcs.order_number, COUNT(DISTINCT fcs.technology_number) as TotalFloors from pp.flow_card as fcs GROUP BY fcs.process_id, fcs.order_number) as fcss on fcss.process_id = fc.process_id and fcss.order_number = fc.order_number where position(#{optionVal} in ogd.glass_child) GROUP BY fc.process_id, fc.technology_number ORDER BY fc.process_id, fc.technology_number select p.`id` AS `id`, p.`project_no` AS `Project Number`, p.`project_name` AS `Project Name`, p.`glass_type` AS `Glass Type`, p.`glass_thickness` AS `Thickness`, p.`type` AS `Type`, p.`state` AS `State`, p.`glass_total` AS `Quantity`, p.`glass_total_area` AS `Area`, p.`process_qty` AS `Process Card Quantity`, p.`raw_stock_qty` AS `Using Quantity`, concat((`p`.`load_rate` * 100), ' %') AS `Tempered loading rate`, `p`.`furnaces_qty` AS `Number of tempering furnaces`, concat(`p`.`avg_cut_pct`, ' %') AS `Average cutting rate`, concat(`p`.`valid_cut_pct`, ' %') AS `Effective cutting rate`, concat(`p`.`last_cut_pct`, ' %') AS `Residue glass cutting rate`, `p`.`process_cards` AS `Process card collection`, `p`.`frist_stock_qty` AS `Amount of original glass usage 1`, concat(`p`.`frist_cut_pct`, ' %') AS `Average cutting rate 1`, `p`.`remark` AS `Notes`, `a`.`name` AS `Creator`, `p`.`create_time` AS `Create time`, `p`.`update_time` AS `Modify time` from pp.optimize_project as p left join pp.optimize_admin as a on p.creater = a.Id where (`p`.`state` > -(1)) and `p`.`create_time` > #{startSelectTime} and `p`.`create_time` < #{endSelectTime} and p.project_no regexp #{optimizeProjectMange.projectNumber} and p.state = #{optimizeProjectMange.state} order by `p`.`create_time` desc, `p`.`project_no` update pp.optimize_project as p set p.state = #{state} where p.project_no = #{projectNumber} SELECT p.id, p.project_no, p.project_name, p.glass_type, p.glass_thickness, p.type, p.state, p.glass_total, p.glass_total_area, p.process_qty, p.process_cards, p.remark, a.name, p.create_time, p.update_time FROM ( pp.optimize_project p LEFT JOIN pp.optimize_admin a ON (( p.creater = a.Id ))) WHERE ( p.state = 1 ) ORDER BY p.create_time DESC, p.project_no