Merge remote-tracking branch 'origin/master'

廖井涛

2025-08-25 fec9f42e00f2df68a2a20cbf132b17bdeed8e63a

 north-glass-erp/src/main/resources/mapper/pp/GlassOptimize.xml

@@ -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"/>
@@ -62,8 +64,8 @@
    <select id="projectInfoMp">
        SELECT
            f.order_number,
            g.child_width ,
            g.child_height ,
            g.child_width as 'width',
            g.child_height as 'height',
            f.quantity ,
            d.shape ,
            op.process_cards ,
@@ -76,7 +78,8 @@
            f.technology_number ,
            g.glass_child ,
            g.icon,
            op.project_name
            op.project_name,
            d.processing_note
        FROM
            ((pp.flow_card AS f
                LEFT JOIN sd.order_detail AS d ON (((f.order_id = d.order_id) AND (f.order_number = d.order_number))))
@@ -90,13 +93,350 @@
            f.order_number;
    </select>

    <!--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.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
                c.project_no,
                d.child_width as 'width',
                d.child_height as 'height',
                c.patch_num as quantity,
                o.shape,
                concat( c.process_id, '-', c.technology_number ) AS 'process_id',
                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,
                o.remarks,
                o.building_number,
                round( d.area * c.patch_num, 4 ) as 'area',
                c.order_sort as order_number,
                d.icon,
                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
                    AND c.order_sort = o.order_number
                    LEFT JOIN sd.order_glass_detail d ON c.order_id = d.order_id
                    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>



    <select id="directOptimization">
        (SELECT
             c.project_no,
             d.child_width as 'width',
             d.child_height as 'height',
             c.quantity,
             concat( c.process_id, '-', c.technology_number ) AS 'process_id',
             c.process_id AS processId,
             c.technology_number as layer,
             c.layers_number as totalLayer,
             round( d.area * c.quantity, 4 ) as 'area',
             c.order_number,
             d.icon  AS markIcon,
             op.project_name,
             0 as patchState,
             c.rack AS rackNo,
             0 as heatLayoutId,
             d.process,
             o.order_id AS orderNo,
             o.customer_name AS customerName,
             o.processing_note AS processingNote,
             o.project AS projectName,
             od.product_name AS productName,
             od.building_number AS buildingNumber
         FROM
             pp.flow_card c
                 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 sd.ORDER o ON o.order_id = c.order_id
                 LEFT JOIN order_detail od ON c.order_id = od.order_id
         WHERE
             c.project_no IS NOT NULL
           and c.project_no = #{projectNo}
         ORDER BY
             c.process_id,
             c.order_number
        ) union
        (
            SELECT
                c.project_no,
                d.child_width as 'width',
                d.child_height as 'height',
                c.patch_num as quantity,
                concat( c.process_id, '-', c.technology_number ) AS 'process_id',
                c.process_id AS 'process_ids',
                c.technology_number as layer,
                fc.layers_number as total_layer,
                round( d.area * c.patch_num, 4 ) as 'area',
                c.order_sort as order_number,
                d.icon,
                op.project_name,
                1 as patch_state,
                a.id as rackNo,
                0 as heatLayoutId,
                d.process,
                o.order_id AS orderNo,
                o.customer_name AS customerName,
                o.processing_note AS processingNote,
                o.project AS projectName,
                od.product_name AS productName,
                od.building_number AS buildingNumber
            FROM
                pp.patch_log c
                    LEFT JOIN sd.order_glass_detail d ON c.order_id = d.order_id
                    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 sd.ORDER o ON o.order_id = c.order_id
                    LEFT JOIN order_detail od ON c.order_id = od.order_id
                    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>

    <!--优化查询-->
    <select id="analogComputationOptimization">
        SELECT
            h.project_no,
            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,
            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_heat_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.layout_id,
            h.width,
            h.height,
            h.process_id,
            h.layer,
            d.area,
            c.quantity,
            d.child_width,
            d.child_height,
            o.shape,
            d.glass_child,
            o.product_name,
            o.price,
            o.remarks,
            o.building_number,
            c.order_number,
            d.icon,
            o.price
        ORDER BY
            LENGTH( h.layout_id ),
            h.layout_id;
    </select>


    <!--优化查询-->
    <select id="computeAndOptimization">
        SELECT
            c.rack AS rackNo,
            h.layout_id as heatLayoutId,
            h.width AS width,
            h.height AS height,
            count( 1 ) AS quantity,
            concat( h.process_id, '-', h.layer ) AS processId,
            h.process_id as process_ids,
            h.layer,
            c.layers_number as totalLayer,
            round( d.area * count( 1 ), 4 ) AS 'area',
            c.order_number,
            h.order_sort AS orderSort,
            d.icon AS markIcon,
            h.patch_state  AS patchState,
            d.process,
            o.order_id AS orderNo,
            o.customer_name AS customerName,
            o.processing_note AS processingNote,
            o.project AS projectName,
            od.product_name AS productName,
            od.building_number AS buildingNumber
        from
            pp.`optimize_heat_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_glass_detail d ON c.order_id = d.order_id
                AND c.order_number = d.order_number
                AND c.technology_number = d.technology_number
                LEFT JOIN sd.order o on  o.order_id = c.order_id
                LEFT JOIN order_detail od on  c.order_id = od.order_id
        WHERE
            h.project_no = #{projectNo}
        GROUP BY
            h.layout_id,
            h.width,
            h.height,
            h.process_id,
            h.layer,
            d.area,
            c.quantity,
            d.child_width,
            d.child_height,
            c.order_number,
            d.icon
        ORDER BY
            LENGTH( h.layout_id ),
            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
@@ -112,12 +452,32 @@
            fc.order_number
    </select>

    <select id="getFlowCardList">
        SELECT *
        FROM
            pp.flow_card AS fc
        WHERE
            fc.project_no = #{projectNo}

    </select>

    <select id="getPatchLogList">
        SELECT *
        FROM
            pp.patch_log
        WHERE
            project_no = #{projectNo}

    </select>

    <!--库存信息-->
    <select id="materialStoreMp">
        SELECT
            i.id AS id,
            i.producer AS producer,
            i.available_quantity AS available_quantity,
            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, '$.thickness') AS thickness,
@@ -133,12 +493,96 @@
            (
                    (`s`.`type` = '原片')
                    AND (`i`.`optimize_state` = 1)
                    AND (`i`.`available_quantity` > 0)
                    AND (`i`.`available_quantity`-i.plan_quantity > 0)
                    AND JSON_EXTRACT(s.json, '$.thickness') = #{thickness}
                    AND JSON_EXTRACT(s.json, '$.model') = #{model}
                )
        ORDER BY
            `i`.`available_quantity` DESC ;
    </select>

    <!--余料信息-->
    <select id="surplusMaterialsMp">
        SELECT
            i.id AS id,
            '' AS producer,
            i.quantity AS available_quantity,
            null as processingQuantity,
            0 as materialType,
            i.width,
            i.height,
            i.thickness,
            i.colour AS name,
            i.colour
        FROM  mm.surplus_materials as i
        WHERE
            i.quantity>0 and i.colour=#{model} and i.thickness=#{thickness}
        ORDER BY
            i.quantity DESC ;
    </select>

    <!--库存余料信息-->
    <select id="materialStoreSurplusMp">
        (SELECT
            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, '$.thickness') AS thickness,
            JSON_EXTRACT(s.json, '$.name') AS name,
            JSON_EXTRACT(s.json, '$.model') AS model
        FROM  mm.material_inventory as `i`
                  LEFT JOIN  mm.material_store  as s ON (
            (
                `i`.`material_code` = `s`.`id`
                )
            )
        WHERE
            (
                    (`s`.`type` = '原片')
                    AND (`i`.`optimize_state` = 1)
                    AND (`i`.`available_quantity`-i.plan_quantity > 0)
                    AND JSON_EXTRACT(s.json, '$.thickness') = #{thickness}
                    AND JSON_EXTRACT(s.json, '$.model') = #{model}
                )
        ORDER BY
            `i`.`available_quantity` DESC) union
        (SELECT
            i.id AS id,
            '' AS producer,
            i.quantity AS available_quantity,
            null as processingQuantity,
            0 as materialType,
            i.width,
            i.height,
            i.thickness,
            i.colour AS name,
            i.colour
        FROM  mm.surplus_materials as i
        WHERE
            i.quantity>0 and i.colour=#{model} and i.thickness=#{thickness}
        ORDER BY
            i.quantity DESC );
    </select>


    <select id="materialStoreOptimizeUse">
        select ms.id AS id,
               ou.use_count AS processingQuantity,
               ou.width,
               ou.height,
               ou.left_trim as leftTrim,
               ou.down_trim as downTrim,
               ou.up_trim as upTrim,
               ou.right_trim as rightTrim,
               JSON_EXTRACT(ms.json, '$.thickness') AS thickness,
               JSON_EXTRACT(ms.json, '$.name') AS name,
               JSON_EXTRACT(ms.json, '$.model') AS model
        from pp.optimize_use ou
            left join mm.material_store ms on ou.raw_stock_code=ms.id where project_no=#{projectNumber} and state=1
    </select>

    <select id="selectWordOrder" resultMap="wordOrderMap">
@@ -224,13 +668,79 @@
                AND pd.glass_sort = fc.technology_number
        WHERE
                CONCAT( JSON_UNQUOTE( JSON_EXTRACT( pd.separation, '$.thickness' )), JSON_UNQUOTE( JSON_EXTRACT( pd.separation, '$.color' )) )= #{optionVal}
              and ISNULL(fc.project_no)
              and ISNULL(fc.project_no) and fc.layout_status=1
        GROUP BY
            fc.process_id,
            fc.technology_number
        ORDER BY
            fc.process_id,
            fc.technology_number
    </select>

    <select id="getFlowCardListWhole">
        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_whole where
                CONCAT( JSON_UNQUOTE( JSON_EXTRACT( GlassType, '$.thickness' )), JSON_UNQUOTE( JSON_EXTRACT( GlassType, '$.color' )) )= #{optionVal}
    </select>

    <select id="getFlowCardListNormal">
        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}
    </select>

    <select id="getFlowCardListPatch">
        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_patch where
                CONCAT( JSON_UNQUOTE( JSON_EXTRACT( GlassType, '$.thickness' )), JSON_UNQUOTE( JSON_EXTRACT( GlassType, '$.color' )) )= #{optionVal}
    </select>

    <select id="getFlowCardListModify">
        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,
               占用 as occupyState
        FROM pp.v_optimize_porject_modify_merg where
            GlassType  REGEXP #{type} and GlassType  REGEXP #{thickness}
                                            and (工程号 is null or 工程号 = #{projectNO}) order by 占用,patch_state,流程卡号
    </select>

        <!--工程管理-->
@@ -242,6 +752,8 @@
               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`,
@@ -260,7 +772,8 @@
               `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}
@@ -277,29 +790,85 @@
        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>

    <!--删除工程-->
    <delete id="deleteProjectMp">
        delete from pp.optimize_project
        where project_no = #{projectNumber}
    </delete>

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

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

    <delete id="deleteOptimizeDetail">
        delete from pp.optimize_detail
        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,
            p.project_no,
            p.project_no as projectNumber,
            p.project_name,
            p.glass_type,
            p.glass_thickness,
            p.type,
            p.state,
            p.glass_total,
            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.update_time,
            p.optimize_state
        FROM
            (
                pp.optimize_project p
@@ -307,7 +876,7 @@
                    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
@@ -315,45 +884,31 @@

    <!--模拟计算查询流程卡-->
    <select id="selectProjectComputeMp">
        SELECT
            fc.process_id,
            fc.technology_number,
            fc.project_no,
            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
            fc.project_no = #{projectNo}
        GROUP BY
            fc.process_id, fc.technology_number
        ORDER BY
            fc.process_id, fc.technology_number;
        select
            流程卡号 as processId,
            层 as technologyNumber,
            总层数 as total_layers,
            规格 as TotalNumber,
            数量 as total_num,
            项目 as project,
            产品名称 as glass_child,
            面积 as total_area,
            tempering as tempering,
            merge as merge,
            patch_state as patch_state,
            0 as allow_rotate,
            0 as curtain_wall,
            0 as priority_level,
            1 as is_must
        from pp.v_optimize_init_project_process_summary where project_no = #{projectNo}
    </select>

    <select id="selectProjectCount">
        select * from pp.optimize_project where project_no=#{projectNo}
    </select>

    <!--模拟计算流程卡详情-->
    <select id="selectComputeDetailMp">
    <select id="selectComputeDetailMp1">
        SELECT
            d.width AS width,
            d.height AS height,
@@ -373,6 +928,87 @@
        WHERE
            p.state IN (1, 2)
          AND f.process_id = #{processId}
    </select>


    <!--模拟计算流程卡详情2-->
    <select id="selectComputeDetailMp">
        select `f`.`order_id`                               AS order_id,
               `f`.`order_number`                           AS order_number,
               `d`.`width`                                  AS maxwidth,
               `d`.`height`                                 AS maxheight,
               `g`.`child_width`                            AS width,
               `g`.`child_height`                           AS height,
               `f`.`process_id`                             AS process_id,
               sum(`f`.`quantity`)                          AS quantity,
               `f`.`technology_number`                      AS technology_number,
               `d`.`building_number`                        AS building_number,
               `d`.`shape`                                  AS shape,
               sum(round((`g`.`area` * `f`.`quantity`), 4)) AS area,
               `g`.`icon`                                   AS icon
        from ((
            `pp`.`flow_card` `f`
            left join `sd`.`order_detail` `d` on (((`f`.`order_id` = `d`.`order_id`)
                and (`f`.`order_number` = `d`.`order_number`))))
            left join `sd`.`order_glass_detail` `g` on (((`f`.`order_id` = `g`.`order_id`)
                and (`f`.`order_number` = `g`.`order_number`)
                and (`f`.`technology_number` = `g`.`technology_number`))))
        where (`f`.`layout_status` != 0)
          and f.process_id = #{processId}
          and f.technology_number = #{technologyNumber}
        group by `f`.`process_id`,
                 `f`.`technology_number`,
                 `f`.`order_id`,
                 `f`.`order_number`,
                 `d`.`width`,
                 `d`.`height`,
                 `g`.`child_width`,
                 `g`.`child_height`,
                 `f`.`quantity`,
                 `d`.`building_number`,
                 `d`.`shape`,
                 `g`.`area`,
                 `g`.`icon`
    </select>


    <select id="selectComputeDetailMpPatchState">
        select `l`.`order_id`                           AS order_id,
               `l`.`order_sort`                         AS order_number,
               `d`.`width`                              AS maxwidth,
               `d`.`height`                             AS maxheight,
               `g`.`child_width`                        AS width,
               `g`.`child_height`                       AS height,
               `l`.`process_id`                         AS process_id,
               `l`.`patch_num`                          AS quantity,
               `l`.`technology_number`                  AS technology_number,
               `d`.`building_number`                    AS building_number,
               `d`.`shape`                              AS shape,
               round((`g`.`area` * `l`.`patch_num`), 4) AS area,
               `g`.`icon`                               AS icon
        from (((
            `pp`.`patch_log` `l`
                left join (select `pp`.`optimize_project`.`project_no` AS `project_no`
                           from `pp`.`optimize_project`
                           where ((`optimize_project`.`state` = 1)or (`optimize_project`.`state` = 2))) `p` on ((`l`.`project_no` = `p`.`project_no`)))
            left join `sd`.`order_detail` `d` on (((`l`.`order_id` = `d`.`order_id`)and (`l`.`order_sort` = `d`.`order_number`))))
            left join `sd`.`order_glass_detail` `g` on (((`l`.`order_id` = `g`.`order_id`)and (`l`.`order_sort` = `g`.`order_number`)
                                                             and (`l`.`technology_number` = `g`.`technology_number`))))
        where `l`.process_id = #{processId}
          and `l`.technology_number = #{technologyNumber}
        group by `l`.`process_id`,
                 `l`.`technology_number`,
                 `l`.`order_id`,
                 `l`.`order_sort`,
                 `d`.`width`,
                 `d`.`height`,
                 `g`.`child_width`,
                 `g`.`child_height`,
                 `l`.`patch_num`,
                 `d`.`building_number`,
                 `d`.`shape`,
                 `g`.`area`,
                 `g`.`icon`
    </select>

    <select id="getProcessCardDetailmMp">
@@ -423,8 +1059,23 @@
    </select>

    <update id="updateFlowCardProject">
        UPDATE pp.flow_card set project_no=#{projectId}
        UPDATE pp.flow_card set project_no=#{projectId},layout_status=2
                             where process_id=#{processId} and technology_number=#{technologyNumber}
    </update>

    <update id="updatePatchLogProject">
        UPDATE pp.patch_log set project_no=#{projectId}
        where process_id=#{processId} and technology_number=#{technologyNumber}
    </update>

    <update id="updateFlowCardProjectReturn">
        UPDATE pp.flow_card set project_no=null,layout_status=1
        where process_id=#{processId} and technology_number=#{technologyNumber} and project_no=#{projectId}
    </update>

    <update id="updatePatchLogProjectReturn">
        UPDATE pp.patch_log set project_no=null
        where process_id=#{processId} and technology_number=#{technologyNumber} and project_no=#{projectId}
    </update>

    <select id="getSelectArea">
@@ -440,8 +1091,836 @@
        group by fc.process_id,fc.technology_number
    </select>

    <select id="getSelectAreaPatchLog">
        select
            sum(patch_area)
        from pp.patch_log
        where process_id=#{processId} and technology_number=#{technologyNumber}
        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}
    </update>

    <insert id="addProjectMp">
        insert into pp.optimize_project (project_no, project_name, order_glass_type, order_glass_thickness)
        values (#{projectId}, #{projectNmae}, #{glassType}, #{glassThickness})
        insert into pp.optimize_project (project_no, project_name, order_glass_type, order_glass_thickness,glass_type, glass_thickness,
                                         glass_total,glass_total_area,type,state,process_qty,process_cards)
        values (#{projectId}, #{projectNmae}, #{glassType}, #{glassThickness}, #{glassType}, #{glassThickness},#{sumQuantity}, #{sumArea},
                #{type},1,#{processIdCount},#{processId})
    </insert>


    <insert id="addSimulation" parameterType="map">
        <foreach collection="projectdetail" item="glass">
            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 (
            #{inputValues.project_no},
            #{glass.process_id},
            #{glass.width},
            #{glass.height},
            #{glass.x_coordinate},
            #{glass.y_coordinate},
            #{glass.angle},
            #{userName},
            NOW(),
            NOW(),
            0,
            #{glass.layers_number},
            #{glass.order_number},
            #{glass.tempering_layout_id},
            #{glass.tempering_feed_sequence},
            null,
            #{glass.width},
            #{glass.height},
            null,
            null
            );
        </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="ratioResult" item="glass">
            INSERT INTO pp.optimize_heat_layout (
            project_no,
            layout_id,
            glass_qty,
            glass_area,
            layout_rate,
            creater,
            create_time,
            intRemark,
            strRemark
            ) VALUES (
            #{inputValues.project_no},
            #{glass.tempering_layout_id},
            #{glass.glass_total},
            #{glass.area},
            #{glass.ratio},
            1,
            NOW(),
            null,
            null
            );
        </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,
            p_width,
            p_height,
            width,
            height,
            x_axis,
            y_axis,
            patch_state,
            mark_icon,
            isRotate,
            glass_point,
            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.isRotate},
            #{glass.glassPoint},
            #{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,
            realwidth,
            realheight,
            usage_rate,
            stock_code,
            up_trim,
            down_trim,
            left_trim,
            right_trim,
            count,
            glass_count,
            glass_area,
            create_time
            ) VALUES (
            #{projectId},
            #{glass.stockId},
            #{glass.width},
            #{glass.height},
            #{glass.realWidth},
            #{glass.realHeight},
            #{glass.usageRate},
            #{glass.stockCode},
            #{glass.upTrim},
            #{glass.downTrim},
            #{glass.leftTrim},
            #{glass.rightTrim},
            #{glass.count},
            #{glass.glassQuantity},
            #{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>
    <insert id="addOptimizeOffcut">
        INSERT INTO pp.optimize_offcut (
        project_no,
        stock_id,
        width,
        height,
        x_axis,
        y_axis,
        model,
        thickness
        ) VALUES (
        #{projectId},
        #{map.stockSort},
        #{map.width},
        #{map.height},
        #{map.x},
        #{map.y},
        #{glassType},
        #{glassThickness}

        )
    </insert>
    <insert id="addUpdateOffcut">
        INSERT INTO pp.optimize_offcut (
            project_no,
            stock_id,
            width,
            height,
            x_axis,
            y_axis,
            model,
            thickness
        ) VALUES (
                     #{processId},
                     1,
                     #{detail.width},
                     #{detail.height},
                     #{detail.x},
                     #{detail.y},
                     #{glassType},
                     #{glassThickness})
    </insert>


    <!--模拟计算工程更新-->
    <update id="addratioProjectResult" parameterType="map">
        UPDATE pp.optimize_project
        SET
            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},
            max_qty=#{inputValues.max_qty},
            load_width=#{inputValues.load_width},
            load_length=#{inputValues.load_length},
            x_space=#{inputValues.x_space},
            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} 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>



    <select id="selectOptimizeResult">
        SELECT content as Layouts
                        FROM pp.optimize_project_file
                        WHERE  project_no=#{processId} and type='优化结果';
    </select>

    <select id="getTemperedConfiguration">
        select JSON_EXTRACT( oc.config_detail, '$.glass_thickness' ) as glass_thickness,
               JSON_EXTRACT( oc.config_detail, '$.glass_type' ) as glass_type,
               JSON_EXTRACT( oc.config_detail, '$.tempering_time' ) as tempering_time,
               JSON_EXTRACT( oc.config_detail, '$.load_width' ) as load_width,
               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 where config_type=1 and creater=#{username}
    </select>

    <select id="getEdgeTrimming">
        select JSON_EXTRACT( oc.config_detail, '$.left_trim' ) as leftTrim,
               JSON_EXTRACT( oc.config_detail, '$.up_trim' ) as upTrim,
               JSON_EXTRACT( oc.config_detail, '$.right_trim' ) as rightTrim,
               JSON_EXTRACT( oc.config_detail, '$.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 and creater=#{username}
    </select>

    <select id="getGrindingTrimming">
        select JSON_EXTRACT( oc.config_detail, '$.left_edge' ) as leftEdge,
               JSON_EXTRACT( oc.config_detail, '$.up_edge' ) as upEdge,
               JSON_EXTRACT( oc.config_detail, '$.right_edge' ) as rightEdge,
               JSON_EXTRACT( oc.config_detail, '$.down_edge' ) as downEdge,
               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 and creater=#{username}
    </select>


    <select id="getGrindingOptimize">
        select
            CAST(REPLACE(JSON_EXTRACT( oc.config_detail, '$.left_edge' ), '"', '') AS DECIMAL(10,2)) as leftGrind,
            CAST(REPLACE(JSON_EXTRACT( oc.config_detail, '$.up_edge' ), '"', '') AS DECIMAL(10,2)) as upGrind,
            CAST(REPLACE(JSON_EXTRACT( oc.config_detail, '$.right_edge' ), '"', '') AS DECIMAL(10,2)) as rightGrind,
            CAST(REPLACE(JSON_EXTRACT( oc.config_detail, '$.down_edge' ), '"', '') AS DECIMAL(10,2)) as downGrind
        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} and creater=#{username}
    </update>
    <update id="updateFlowCardRack">
        UPDATE pp.flow_card
        SET rack = #{rackValue}
        WHERE process_id = #{processId} AND technology_number = #{technologyNumber}
    </update>
    <update id="updateNormalDetails">
        UPDATE pp.optimize_detail
        SET
            x_axis = #{detail.x},
            y_axis = #{detail.y}
        WHERE
            project_no = #{processId} AND polys_id = #{detail.polySort}
    </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>
    <delete id="deleteOptimizeOffcut">
        DELETE
        FROM
            pp.optimize_offcut
        WHERE
            project_no = #{projectNumber}
    </delete>
    <delete id="deleteOffcutDetails">
        delete from pp.optimize_offcut where project_no = #{processId}
    </delete>


    <select id="selectOptimizeProject">
        select
            project_no as engineerId,
            project_name as engineerName,
            avg_cut_pct as avgAvailability,
            valid_cut_pct as validAvailability,
            last_cut_pct as lastAvailability,
            glass_total as glassTotal,
            glass_total_area as glassTotalArea,
            raw_stock_qty as planPatternTotal,
            raw_stock_area as planPatternTotalArea,
            glass_thickness as thickness,
            glass_type as filmsId
        from
            pp.optimize_project
        where
            project_no = #{projectNo}
    </select>

    <select id="selectOptimizeLayout">
        select
            ol.project_no as engineeringId,
            op.glass_type as filmsId,
            ol.realwidth as rawGlassWidth,
            ol.realheight as rawGlassHeight,
            op.glass_thickness as rawGlassThickness,
            ol.stock_id rawSequence
        from
            pp.optimize_layout ol
                left join pp.optimize_project op on ol.project_no = op.project_no
        where
            ol.project_no = #{projectNo}
        order by
            ol.stock_id
    </select>


    <select id="selectOptimizeDetail">
        select
            opd.glass_id as glassId,
            opd.project_no as engineerId,
            opd.process_id as flowCardId,
            od.order_id as orderNumber,
            opd.order_sort as productSortNumber,
            IF(LOCATE('中空', ogd.process ) > 0, JSON_UNQUOTE(JSON_EXTRACT(pd.separation, "$.lowE")), 0) as hollowCombineDirection,
            opd.o_width as width,
            opd.o_height as height,
            op.glass_thickness as thickness,
            op.glass_type as filmsId,
            opd.total_layer as totalLayer,
            opd.layer,
            opd.stock_id as rawSequence,
            opd.p_width as edgWidth,
            opd.p_height as edgHeight,
            opd.x_axis as xAxis,
            opd.y_axis as yAxis,
            if(opd.o_width!=opd.width,1,0) as rawAngle,
            opd.heat_layout_id as temperingLayoutId,
            opd.heat_layout_sort as temperingFeedSequence,
            ohd.x_axis as xCoordinate,
            ohd.y_axis as yCoordinate,
            ohd.rotate_angle as angle,
            IF(LOCATE('中空', ogd.process ) > 0 or LOCATE('夹层', ogd.process ) > 0, 1, 0) as isMultiple,
            od.width as maxWidth,
            od.height as maxHeight,
            opd.mark_icon as markIcon,
            fc.`merge` as combine,
            concat( opd.process_id, '/', opd.layer ) as flowCardSequence,
            ogd.process
        from
            pp.optimize_detail opd
                left join pp.optimize_project op on op.project_no = opd.project_no
                left join pp.flow_card fc on opd.process_id = fc.process_id
                and opd.layer = fc.technology_number
                and opd.order_sort = order_number
                left join sd.`order` o on fc.order_id = o.order_id
                left join sd.order_detail od on fc.order_id = od.order_id
                and fc.order_number = od.order_number
                left join sd.order_glass_detail ogd on fc.order_id = ogd.order_id
                and fc.order_number = ogd.order_number
                and ogd.technology_number = fc.technology_number
                left join pp.optimize_heat_detail ohd on ohd.layout_id = opd.heat_layout_id
                and ohd.sort = opd.heat_layout_sort and ohd.project_no=opd.project_no
                left join sd.product_detail pd on od.product_id=pd.prod_id and opd.layer=pd.glass_sort
        where
            opd.project_no = #{projectNo}
    </select>

    <select id="selectFlowCardInfoList">
        select
            fc.process_id as flowCardId,
            ogd.child_width as width,
            ogd.child_height as height,
            REPLACE (JSON_UNQUOTE( JSON_EXTRACT( pd.separation, '$.thickness' )), 'mm', '' ) as thickness,
            JSON_UNQUOTE(JSON_EXTRACT( pd.separation, '$.color' )) as filmsId,
            fc.layers_number as totalLayer,
            fc.technology_number as layer,
            fc.quantity as glassTotal,
            od.order_number as orderNumber,
            od.product_name as productName,
            o.customer_name as customerName
        from
            pp.flow_card fc
                left join sd.`order` o on fc.order_id = o.order_id
                left join sd.order_detail od on fc.order_id = od.order_id
                and fc.order_number = od.order_number
                left join sd.order_glass_detail ogd on fc.order_id = ogd.order_id
                and fc.order_number = ogd.order_number
                and ogd.technology_number = fc.technology_number
                left join sd.product p on od.product_id = p.id
                left join sd.product_detail pd on od.product_id = pd.prod_id
                and fc.technology_number = pd.glass_sort
        where
            project_no =#{projectNo}
    </select>
    <select id="getGlassInfo" resultType="java.util.Map">
        select
            project_no,
            glass_type,
            glass_thickness
        from
            pp.optimize_project
        where
            project_no = #{projectId}
    </select>
    <select id="getOptimizeLayoutsInfo" resultType="java.util.Map">
        SELECT
            width,
            height,
            realwidth,
            realheight,
            stock_id AS stockId,
            stock_code AS stockCode,
            usage_rate AS usageRate,
            up_trim AS upTrim,
            down_trim AS downTrim,
            left_trim AS leftTrim,
            right_trim AS rightTrim,
            count AS quantity,
            glass_count AS glassQuantity
        FROM
            pp.optimize_layout
        where
            project_no = #{projectId}
    </select>
    <select id="getOptimizeDetailsInfo" resultType="java.util.Map">
        SELECT
            0 As isRemain,
            width AS realWidth,
            height AS realHeight,
            p_width AS width,
            p_height AS height,
            process_id AS processId,
            layer,
            total_layer AS totalLayer,
            order_sort As orderSort,
            stock_id AS layoutId,
            stock_number AS glassSort,
            x_axis AS x,
            y_axis AS y,
            mark_icon AS markIcon,
            isRotate,
            glass_point AS glassPoint,
            rack_no As rackNo
        FROM
            pp.optimize_detail
        WHERE
            project_no = #{projectId}
    </select>
    <select id="getOptimizeOffsetsInfo" resultType="java.util.Map">
        SELECT
            1 AS isRemain,
            0 AS isRotate,
            width AS realWidth,
            height AS realHeight,
            width AS width,
            height AS height,
            stock_id AS stockSort,
            x_axis AS x,
            y_axis AS y,
            model AS glassType,
            thickness AS glassThickness
        FROM
            pp.optimize_offcut
        WHERE
            project_no = #{projectId}
    </select>


</mapper>