ERP_override.git

			@@ -41,6 +41,8 @@
			<result property="thickness" column="thickness"/>
			<result property="type" column="type"/>
			<result property="state" column="state"/>
			<result property="temperingState" column="Tempering state"/>
			<result property="optimizeState" column="Optimize state"/>
			<result property="quantity" column="quantity"/>
			<result property="area" column="area"/>
			<result property="processCardQuantity" column="process Card Quantity"/>
			@@ -93,37 +95,45 @@

			<!--第一次优化查询-->
			<select id="firstOptimization">
			( SELECT
			c.project_no,
			d.child_width as 'width',
			d.child_height as 'height',
			c.quantity,
			o.shape,
			concat( c.process_id, '-', c.technology_number ) AS 'process_id',
			c.technology_number,
			d.glass_child,
			o.product_name,
			o.price,
			o.remarks,
			o.building_number,
			round( d.area * c.quantity, 4 ) as 'area',
			c.order_number,
			d.icon,
			op.project_name
			FROM
			pp.flow_card c
			LEFT JOIN sd.order_detail o ON c.order_id = o.order_id
			AND c.order_number = o.order_number
			LEFT JOIN sd.order_glass_detail d ON c.order_id = d.order_id
			AND c.order_number = d.order_number
			AND c.technology_number = d.technology_number
			INNER JOIN pp.optimize_project AS op ON op.project_no = c.project_no
			WHERE
			c.project_no IS NOT NULL
			and c.project_no = #{projectNo}
			ORDER BY
			c.process_id,
			c.order_number
			(SELECT
			c.project_no,
			d.child_width as 'width',
			d.child_height as 'height',
			c.quantity,
			o.shape,
			concat( c.process_id, '-', c.technology_number ) AS 'process_id',
			c.process_id AS 'process_ids',
			c.technology_number as layer,
			c.layers_number as total_layer,
			d.glass_child,
			o.product_name,
			o.price,
			o.remarks,
			o.building_number,
			round( d.area * c.quantity, 4 ) as 'area',
			c.order_number,
			d.icon,
			op.project_name,
			0 as patch_state,
			a.id as rackNo
			FROM
			pp.flow_card c
			LEFT JOIN sd.order_detail o ON c.order_id = o.order_id
			AND c.order_number = o.order_number
			LEFT JOIN sd.order_glass_detail d ON c.order_id = d.order_id
			AND c.order_number = d.order_number
			AND c.technology_number = d.technology_number
			INNER JOIN pp.optimize_project AS op ON op.project_no = c.project_no
			left join
			(select (@row_number := @row_number + 1) as id,process_id as process_id,technology_number as technology_number from (select process_id,technology_number from pp.flow_card tt where project_no =#{projectNo} group by process_id,technology_number) tt,(select @row_number := 0) as t) a
			on a.process_id=c.process_id and a.technology_number=c.technology_number
			WHERE
			c.project_no IS NOT NULL
			and c.project_no = #{projectNo}
			ORDER BY
			a.id,
			c.process_id,
			c.order_number
			) union
			(
			SELECT
			@@ -133,7 +143,9 @@
			c.patch_num as quantity,
			o.shape,
			concat( c.process_id, '-', c.technology_number ) AS 'process_id',
			c.technology_number,
			c.process_id AS 'process_ids',
			c.technology_number as layer,
			fc.layers_number as total_layer,
			d.glass_child,
			o.product_name,
			o.price,
			@@ -142,7 +154,9 @@
			round( d.area * c.patch_num, 4 ) as 'area',
			c.order_sort as order_number,
			d.icon,
			op.project_name
			op.project_name,
			1 as patch_state,
			a.id as rackNo
			FROM
			pp.patch_log c
			LEFT JOIN sd.order_detail o ON c.order_id = o.order_id
			@@ -151,26 +165,33 @@
			AND c.order_sort = d.order_number
			AND c.technology_number = d.technology_number
			INNER JOIN pp.optimize_project AS op ON op.project_no = c.project_no
			LEFT JOIN pp.flow_card fc ON c.process_id = fc.process_id and fc.technology_number=c.technology_number
			left join
			(select (@row_number := @row_number + 1) as id,process_id as process_id,technology_number as technology_number from (select process_id,technology_number from pp.flow_card tt where project_no =#{projectNo} group by process_id,technology_number) tt,(select @row_number := 0) as t) a
			on a.process_id=c.process_id and a.technology_number=c.technology_number
			WHERE
			c.project_no IS NOT NULL
			and c.project_no = #{projectNo}
			ORDER BY
			a.id,
			c.process_id,
			c.order_sort)
			</select>


			<!--第一次优化查询-->
			<!--优化查询-->
			<select id="analogComputationOptimization">
			SELECT
			h.project_no,
			h.layout_id,
			h.layout_id as rackNo,
			h.width AS width,
			h.height AS height,
			count( 1 ) AS quantity,
			o.shape,
			concat( h.process_id, '-', h.layer ) AS 'process_id',
			h.process_id as process_ids,
			h.layer,
			c.layers_number as total_layer,
			d.glass_child,
			o.product_name,
			o.price,
			@@ -179,7 +200,8 @@
			round( d.area * count( 1 ), 4 ) AS 'area',
			c.order_number,
			d.icon,
			o.price
			o.price,
			h.patch_state
			from
			pp.`optimize_heat_detail` h
			LEFT JOIN pp.flow_card c ON h.process_id = c.process_id
			@@ -217,13 +239,64 @@
			h.layout_id;
			</select>


			<select id="getOptimizeDetail">
			SELECT
			h.project_no,
			h.rack_no as rackNo,
			h.o_width AS width,
			h.o_height AS height,
			(h.height-h.o_height)/2 as shortGrind1,
			(h.height-h.o_height)/2 as shortGrind2,
			(h.width-h.o_width)/2 as longGrind2,
			(h.width-h.o_width)/2 as longGrind1,
			count( 1 ) AS quantity,
			o.shape,
			concat( h.process_id, '-', h.layer ) AS 'process_id',
			h.process_id as process_ids,
			h.layer,
			h.total_layer as total_layer,
			d.glass_child,
			o.product_name,
			o.price,
			o.remarks,
			o.building_number,
			round( d.area * count( 1 ), 4 ) AS 'area',
			c.order_number,
			d.icon,
			o.price,
			h.patch_state
			from
			pp.`optimize_detail` h
			LEFT JOIN pp.flow_card c ON h.process_id = c.process_id
			AND h.layer = c.technology_number
			AND h.order_sort = c.order_number
			LEFT JOIN sd.order_detail o ON c.order_id = o.order_id
			AND c.order_number = o.order_number
			LEFT JOIN sd.order_glass_detail d ON c.order_id = d.order_id
			AND c.order_number = d.order_number
			AND c.technology_number = d.technology_number
			WHERE
			h.project_no =#{projectNo}
			GROUP BY
			h.project_no,
			h.rack_no,
			h.width,
			h.height,
			h.process_id,
			h.layer,
			c.order_number
			ORDER BY
			h.rack_no;
			</select>

			<!--工程信息流程卡-->
			<select id="getProcessCardMp">
			SELECT
			fc.process_id,
			fc.order_number,
			fc.quantity,
			CONCAT(fc.technology_number, '/', COUNT(fc.technology_number)) AS layer,
			CONCAT(fc.technology_number, '/', COUNT(fc.layers_number)) AS layer,
			so.project,
			CONCAT(sd.child_width, ' × ', sd.child_height) AS sizes
			FROM
			@@ -263,6 +336,8 @@
			i.id AS id,
			i.producer AS producer,
			i.available_quantity-i.plan_quantity AS available_quantity,
			null as processingQuantity,
			1 as materialType,
			JSON_EXTRACT(s.json, '$.width') AS width,
			JSON_EXTRACT(s.json, '$.height') AS height,
			JSON_EXTRACT(s.json, '$.thickness') AS thickness,
			@@ -292,6 +367,8 @@
			i.id AS id,
			'' AS producer,
			i.quantity AS available_quantity,
			null as processingQuantity,
			0 as materialType,
			i.width,
			i.height,
			i.thickness,
			@@ -310,6 +387,8 @@
			i.id AS id,
			i.producer AS producer,
			i.available_quantity-i.plan_quantity AS available_quantity,
			null as processingQuantity,
			1 as materialType,
			JSON_EXTRACT(s.json, '$.width') AS width,
			JSON_EXTRACT(s.json, '$.height') AS height,
			JSON_EXTRACT(s.json, '$.thickness') AS thickness,
			@@ -335,6 +414,8 @@
			i.id AS id,
			'' AS producer,
			i.quantity AS available_quantity,
			null as processingQuantity,
			0 as materialType,
			i.width,
			i.height,
			i.thickness,
			@@ -464,7 +545,7 @@
			数量 as quantity,
			形状 as shape,
			项目 as project,
			单片名称 as glass_child,
			产品名称 as glass_child,
			面积 as area,
			GlassType as glassType,
			patch_state
			@@ -480,7 +561,7 @@
			数量 as quantity,
			形状 as shape,
			项目 as project,
			单片名称 as glass_child,
			产品名称 as glass_child,
			面积 as area,
			GlassType as glassType,
			patch_state
			@@ -496,7 +577,7 @@
			数量 as quantity,
			形状 as shape,
			项目 as project,
			单片名称 as glass_child,
			产品名称 as glass_child,
			面积 as area,
			GlassType as glassType,
			patch_state
			@@ -531,6 +612,8 @@
			p.`glass_thickness` AS `Thickness`,
			p.`type` AS `Type`,
			p.`state` AS `State`,
			p.`tempering_state` AS `Tempering state`,
			p.`optimize_state` AS `Optimize state`,
			p.`glass_total` AS `Quantity`,
			p.`glass_total_area` AS `Area`,
			p.`process_qty` AS `Process Card Quantity`,
			@@ -549,7 +632,8 @@
			`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)
			where (`p`.`state` > 0)
			and (tempering_state>0 or optimize_state>0)
			and DATE (`p`.`create_time`) BETWEEN #{startSelectTime} AND #{endSelectTime}
			<if test="optimizeProjectMange.projectNumber != null and optimizeProjectMange.projectNumber != ''">
			and p.project_no regexp #{optimizeProjectMange.projectNumber}
			@@ -563,6 +647,20 @@
			<update id="updateProjectStateMp">
			update pp.optimize_project as p
			set p.state = #{state}
			where p.project_no = #{projectNumber}
			</update>

			<!--修改模拟计算工程状态-->
			<update id="updateProjectTemperingStateMp">
			update pp.optimize_project as p
			set p.tempering_state = #{states}
			where p.project_no = #{projectNumber}
			</update>

			<!--修改优化工程状态-->
			<update id="updateProjectOptimizeStateMp">
			update pp.optimize_project as p
			set p.optimize_state = #{states}
			where p.project_no = #{projectNumber}
			</update>

			@@ -587,6 +685,32 @@
			where project_no = #{projectNumber}
			</delete>

			<delete id="deleteOptimizeLayout">
			delete from pp.optimize_layout
			where project_no = #{projectNumber}
			</delete>

			<delete id="deleteOptimizeProjectFile">
			delete from pp.optimize_project_file
			where project_no = #{projectNumber}
			</delete>

			<update id="updateOptimizeUse">
			update pp.optimize_use set state=0
			where project_no = #{projectNumber}
			</update>

			<select id="selectOptimizeDetailById">
			select * from pp.optimize_detail
			where project_no = #{projectNumber} and process_id= #{processId} and layer= #{layer} and order_sort= #{orderSort}
			and heat_layout_id is null limit 0,1;
			</select>

			<select id="selectOptimizeHeatDetail">
			select * from pp.optimize_heat_detail
			where project_no = #{projectNumber}
			</select>

			<select id="getProjectListMp">
			SELECT
			p.id,
			@@ -603,7 +727,8 @@
			p.remark,
			a.name,
			p.create_time,
			p.update_time
			p.update_time,
			p.optimize_state
			FROM
			(
			pp.optimize_project p
			@@ -611,7 +736,7 @@
			p.creater = a.Id
			)))
			WHERE
			( p.state = 1 )
			( p.state = 1 ) and p.tempering_state=0 and optimize_state=0
			ORDER BY
			p.create_time DESC,
			p.project_no
			@@ -705,6 +830,7 @@
			`g`.`area`,
			`g`.`icon`
			</select>


			<select id="selectComputeDetailMpPatchState">
			select `l`.`order_id` AS order_id,
			@@ -833,6 +959,13 @@
			group by process_id,technology_number
			</select>

			<select id="selectPatchLogState">
			select
			count(*)
			from pp.patch_log
			where process_id=#{processId} and technology_number=#{technologyNumber} and order_sort=#{orderNumber} and project_no=#{projectNo}
			</select>

			<update id="updateProjectMp">
			update pp.optimize_project set project_name=#{projectNmae},glass_total=#{sumQuantity},glass_total_area= #{sumArea},
			type=#{type},process_qty=#{processIdCount},process_cards=#{processId} where project_no=#{projectId}
			@@ -847,7 +980,7 @@


			<insert id="addSimulation" parameterType="map">
			<foreach collection="projectdetail.data[0].glass_details" item="glass">
			<foreach collection="projectdetail" item="glass">
			INSERT INTO pp.optimize_heat_detail (
			project_no,
			process_id,
			@@ -893,9 +1026,56 @@
			);
			</foreach>
			</insert>

			<insert id="insertOptimizeHeatDetail">
			INSERT INTO pp.optimize_heat_detail (
			project_no,
			process_id,
			width,
			height,
			x_axis,
			y_axis,
			rotate_angle,
			creater,
			create_time,
			update_time,
			patch_state,
			layer,
			order_sort,
			layout_id,
			sort,
			glass_id,
			pair_width,
			pair_height,
			intRemark,
			strRemark
			) VALUES (
			#{projectId},
			#{processId},
			#{width},
			#{height},
			0,
			0,
			0,
			#{username},
			NOW(),
			NOW(),
			#{patchState},
			#{technologyNumber},
			#{orderNumber},
			0,
			#{index},
			null,
			#{width},
			#{height},
			null,
			null
			);
			</insert>

			<!--模拟计算结果保存-->
			<insert id="addratioResult" parameterType="map">
			<foreach collection="projectdetail.data[0].ratioResult" item="glass">
			<foreach collection="ratioResult" item="glass">
			INSERT INTO pp.optimize_heat_layout (
			project_no,
			layout_id,
			@@ -920,11 +1100,144 @@
			</foreach>
			</insert>

			<!--优化小片保存-->
			<insert id="addOptimizeDetail" parameterType="map">
			<foreach collection="object" item="glass">
			INSERT INTO pp.optimize_detail (
			project_no,
			process_id,
			layer,
			total_layer,
			order_sort,
			stock_id,
			polys_id,
			o_width,
			o_height,
			width,
			height,
			x_axis,
			y_axis,
			patch_state,
			mark_icon,
			rack_no
			) VALUES (
			#{projectId},
			#{glass.processId},
			#{glass.layer},
			#{glass.totalLayer},
			#{glass.orderSort},
			#{glass.stockSort},
			#{glass.polySort},
			#{glass.realWidth},
			#{glass.realHeight},
			#{glass.width},
			#{glass.height},
			#{glass.x},
			#{glass.y},
			#{glass.patchState},
			#{glass.markIcon},
			#{glass.rackNo}
			);
			</foreach>
			</insert>

			<!--优化结果json格式保存-->
			<insert id="addOptimizeProjectFile" >
			INSERT INTO pp.optimize_project_file (
			project_no,
			type,
			content,
			create_time,
			creater
			) VALUES (
			#{projectId},
			"优化结果",
			#{object},
			now(),
			#{name}
			);
			</insert>

			<!--优化原片保存-->
			<insert id="addOptimizeLayout" parameterType="map">
			<foreach collection="object " item="glass">
			INSERT INTO pp.optimize_layout (
			project_no,
			stock_id,
			width,
			height,
			usage_rate,
			stock_code,
			up_trim,
			down_trim,
			left_trim,
			right_trim,
			glass_count,
			glass_area,
			create_time
			) VALUES (
			#{projectId},
			#{glass.stockId},
			#{glass.width},
			#{glass.height},
			#{glass.usageRate},
			#{glass.stockCode},
			#{glass.upTrim},
			#{glass.downTrim},
			#{glass.leftTrim},
			#{glass.rightTrim},
			#{glass.glassCount},
			#{glass.glassArea},
			now()
			);
			</foreach>
			</insert>

			<!--优化原片保存-->
			<insert id="addOptimizeUse" parameterType="map">
			<foreach collection="object " item="glass">
			INSERT INTO pp.optimize_use (
			project_no,
			raw_stock_code,
			type,
			width,
			height,
			use_count,
			not_use_count,
			state,
			left_trim,
			down_trim,
			right_trim,
			up_trim,
			creater,
			create_time
			) VALUES (
			#{projectId},
			#{glass.stockCode},
			1,
			#{glass.width},
			#{glass.height},
			#{glass.count},
			#{glass.count},
			1,
			#{glass.leftTrim},
			#{glass.downTrim},
			#{glass.rightTrim},
			#{glass.upTrim},
			#{name},
			now()
			);
			</foreach>
			</insert>


			<!--模拟计算工程更新-->
			<update id="addratioProjectResult" parameterType="map">
			UPDATE pp.optimize_project
			SET
			state = 10,
			tempering_state = 1,
			furnaces_qty=#{resultSum[0]},
			load_rate=#{resultSum[1]},
			chaos_pct = #{inputValues.chaos_pct},
			max_load_pct = #{inputValues.max_load_pct},
			max_area=#{inputValues.max_area},
			@@ -932,22 +1245,28 @@
			load_width=#{inputValues.load_width},
			load_length=#{inputValues.load_length},
			x_space=#{inputValues.x_space},
			y_space=#{inputValues.y_space},
			load_rate=#{inputValues.load_rate}
			y_space=#{inputValues.y_space}
			WHERE
			project_no = #{inputValues.project_no}

			</update>

			<!--优化设置保存-->
			<update id="optimizeParmsSave">
			update erp_user_info.user as u
			set u.optimize_parms = #{jsonString}
			set u.optimize_parms = #{jsonString} where user_name=#{username}
			</update>

			<update id="updateOptimizeResult">
			update pp.optimize_project_file as u
			set u.content = #{jsonString}
			where u.project_no=#{processId} and type='优化结果'
			</update>

			<update id="updateOptimizeDetail">
			update pp.optimize_detail
			set heat_layout_id=#{layoutId},heat_layout_sort=#{sort},glass_id=concat(process_id,'\|',#{layoutId},'\|',#{sort})
			where id=#{id};
			</update>


			@@ -966,7 +1285,7 @@
			JSON_EXTRACT( oc.config_detail, '$.load_length' ) as load_length,
			JSON_EXTRACT( oc.config_detail, '$.x_space' ) as x_space,
			JSON_EXTRACT( oc.config_detail, '$.y_space' ) as y_space
			from pp.optimize_admin oa left join pp.optimize_config oc on oa.h_id=oc.id where name='admin'
			from pp.optimize_admin oa where config_type=1 and creater=#{username}
			</select>

			<select id="getEdgeTrimming">
			@@ -976,7 +1295,7 @@
			JSON_EXTRACT( oc.config_detail, '$.down_trim' ) as downTrim,
			JSON_EXTRACT( oc.config_detail, '$.auto_fill_trim' ) as autoFillTrim,
			JSON_EXTRACT( oc.config_detail, '$.quick_trim' ) as quickTrim
			from pp.optimize_config oc where config_type=5
			from pp.optimize_config oc where config_type=5 and creater=#{username}
			</select>

			<select id="getGrindingTrimming">
			@@ -987,11 +1306,212 @@
			JSON_EXTRACT( oc.config_detail, '$.auto_fill_edge' ) as autoFillEdge,
			JSON_EXTRACT( oc.config_detail, '$.quick_edge' ) as quickEdge,
			JSON_EXTRACT( oc.config_detail, '$.min_auto_lenght' ) as minAutoLenght
			from pp.optimize_config oc where config_type=4
			from pp.optimize_config oc where config_type=4 and creater=#{username}
			</select>

			<update id="updateOptimizeConfig">
			UPDATE pp.optimize_config set config_detail=#{json},create_time=now()
			where config_type=#{type}
			where config_type=#{type} and creater=#{username}
			</update>

			<select id="simulatedTypesettingUsingOpt">
			SELECT
			c.project_no,
			d.child_width as 'width',
			d.child_height as 'height',
			c.quantity,
			o.shape,
			concat( c.process_id, '-', c.technology_number ) AS 'process_id',
			c.technology_number,
			d.glass_child,
			o.product_name,
			o.price,
			o.remarks,
			o.building_number,
			round( d.area * c.quantity, 4 ) as 'area',
			c.order_number,
			d.icon,
			op.project_name
			FROM
			pp.flow_card c
			LEFT JOIN sd.order_detail o ON c.order_id = o.order_id
			AND c.order_number = o.order_number
			LEFT JOIN sd.order_glass_detail d ON c.order_id = d.order_id
			AND c.order_number = d.order_number
			AND c.technology_number = d.technology_number
			INNER JOIN pp.optimize_project AS op ON op.project_no = c.project_no
			WHERE
			c.project_no IS NOT NULL
			and c.process_id IN
			<foreach item="item" index="index" collection="processId" open="(" separator="," close=")">
			#{item}
			</foreach>
			and c.technology_number IN
			<foreach item="item" index="index" collection="technologyNumber" open="(" separator="," close=")">
			#{item}
			</foreach>
			ORDER BY
			c.process_id,
			c.order_number
			</select>

			<select id="getFlowCardListSimulated">
			SELECT 流程卡号 as process_id,
			层 as technology_number,
			总层数 as TotalFloors,
			规格 as TotalNumber,
			数量 as quantity,
			形状 as shape,
			项目 as project,
			产品名称 as glass_child,
			面积 as area,
			GlassType as glassType,
			patch_state
			FROM pp.v_optimize_process_normal where
			CONCAT( JSON_UNQUOTE( JSON_EXTRACT( GlassType, '$.thickness' )), JSON_UNQUOTE( JSON_EXTRACT( GlassType, '$.color' )) )= #{optionVal}
			order by deliveryDate desc
			</select>







			<!--模拟计算查询流程卡第三方-->
			<select id="selectProjectComputeMpThirdParty">
			select
			process_id as processId,
			layer as technologyNumber,
			total_layer as total_layers,
			filmsid as TotalNumber,
			sum(glass_total) as total_num,
			product_name as glass_child,
			0 as tempering,
			0 as allow_rotate,
			0 as curtain_wall,
			0 as priority_level,
			1 as is_must
			from pp.other_flow_card where project_no = #{projectNo} group by process_id,layer
			</select>

			<!--模拟计算流程卡详情第三方-->
			<select id="selectComputeDetailMpThirdParty">
			select
			process_id as process_id,
			width as width,
			height as height,
			width as maxwidth,
			height as maxheight,
			order_number as order_number,
			glass_total as quantity,
			layer as technology_number,
			0 as patch_state
			from pp.other_flow_card where process_id = #{processId} and layer=#{technologyNumber}
			</select>

			<!--第一次优化查询-->
			<select id="firstOptimizationThirdParty">
			select
			project_no,
			concat( process_id, '-', layer ) AS process_id,
			width,
			height,
			layer,
			glass_total as quantity,
			product_name,
			order_number
			from pp.other_flow_card where project_no = #{projectNo}
			</select>

			<select id="analogComputationOptimizationThirdParty">
			SELECT
			h.project_no,
			h.layout_id,
			h.width AS width,
			h.height AS height,
			count( 1 ) AS quantity,
			concat( h.process_id, '-', h.layer ) AS 'process_id',
			h.layer,
			c.order_number
			from
			pp.`optimize_heat_detail` h
			LEFT JOIN pp.other_flow_card c ON h.process_id = c.process_id
			AND h.layer = c.technology_number
			AND h.order_sort = c.order_number
			WHERE
			h.project_no = #{projectNo}
			GROUP BY
			h.project_no,
			h.layout_id,
			h.width,
			h.height,
			h.process_id,
			h.layer,
			c.quantity,
			c.order_number
			ORDER BY
			LENGTH( h.layout_id ),
			h.layout_id;
			</select>

			<!--工程信息流程卡-->
			<select id="getProcessCardMpThirdParty">
			SELECT
			fc.process_id,
			fc.order_number,
			fc.glass_total as quantity,
			CONCAT(fc.layer, '/', COUNT(fc.total_layer)) AS layer,
			CONCAT(fc.width, ' × ', fc.height) AS sizes
			FROM
			pp.other_flow_card AS fc
			WHERE
			fc.project_no = #{projectNo}
			GROUP BY
			fc.layer,
			fc.order_number
			</select>
			<select id="getProjectByProjectNoSv" resultType="java.util.Map">
			SELECT
			p.id,
			p.project_no as projectNumber,
			p.project_name,
			p.glass_type,
			p.glass_thickness,
			p.type,
			p.state,
			p.glass_total as quantity,
			p.glass_total_area,
			p.process_qty,
			p.process_cards,
			p.remark,
			a.name,
			p.create_time,
			p.update_time,
			p.optimize_state
			FROM
			(
			pp.optimize_project p
			LEFT JOIN pp.optimize_admin a ON ((
			p.creater = a.Id
			)))
			WHERE
			( p.state = 1 ) and p.tempering_state=0 and optimize_state=0 and p.project_no = #{projectNo}
			ORDER BY
			p.create_time DESC,
			p.project_no

			</select>

			<delete id="deleteOptimizeDetailThirdParty">
			delete from pp.other_flow_card
			where project_no = #{projectNumber}
			</delete>







			</mapper>