修复 小片数据展示架号显示错误问题

于杰

9 天以前 9599b7f0354e0654d522fe4303ade7dd7aaa3680

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

@@ -185,18 +185,22 @@
             c.project_no,
             d.child_width as 'width',
             d.child_height as 'height',
             (d.child_width + d.child_height) * 2/ 1000 as 'perimeter',
             c.quantity,
             od.shape,
             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,
             d.glass_child,
             od.price,
             od.remarks,
             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,
@@ -212,6 +216,7 @@
                 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 sd.order_detail od ON c.order_id = od.order_id
                 AND c.order_number = od.order_number
         WHERE
             c.project_no IS NOT NULL
           and c.project_no = #{projectNo}
@@ -224,18 +229,22 @@
                c.project_no,
                d.child_width as 'width',
                d.child_height as 'height',
                (d.child_width + d.child_height) * 2/ 1000 as 'perimeter',
                c.patch_num as quantity,
                od.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,
                od.price,
                od.remarks,
                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,
@@ -251,7 +260,8 @@
                    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 sd.order_detail od ON c.order_id = od.order_id
                    LEFT JOIN sd.order_detail od ON fc.order_id = od.order_id
                    AND fc.order_number = od.order_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
@@ -328,15 +338,22 @@
    <!--优化查询-->
    <select id="computeAndOptimization">
        SELECT
            c.project_no,
            c.rack AS rackNo,
            h.layout_id as heatLayoutId,
#             h.layout_id as heatLayoutId,
            h.width AS width,
            h.height AS height,
            (h.width + h.height) * 2 / 1000 as 'perimeter',
            od.shape,
            count( 1 ) AS quantity,
            concat( h.process_id, '-', h.layer ) AS processId,
            concat( h.process_id, '-', h.layer ) AS process_id,
            c.process_id AS processId,
            h.process_id as process_ids,
            h.layer,
            c.layers_number as totalLayer,
            d.glass_child,
            od.price,
            od.remarks,
            round( d.area * count( 1 ), 4 ) AS 'area',
            c.order_number,
            h.order_sort AS orderSort,
@@ -362,7 +379,7 @@
        WHERE
            h.project_no = #{projectNo}
        GROUP BY
            h.layout_id,
#             h.layout_id,
            h.width,
            h.height,
            h.process_id,
@@ -580,7 +597,8 @@
               ou.right_trim as rightTrim,
               JSON_EXTRACT(ms.json, '$.thickness') AS thickness,
               JSON_EXTRACT(ms.json, '$.name') AS name,
               JSON_EXTRACT(ms.json, '$.model') AS model
               JSON_EXTRACT(ms.json, '$.model') AS model,
               (ou.width * ou.height * ou.use_count / 1000000.0) AS totalArea
        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>
@@ -793,7 +811,9 @@
    <!--修改模拟计算工程状态-->
    <update id="updateProjectTemperingStateMp">
        update pp.optimize_project as p
        set p.tempering_state = #{states}
        set p.tempering_state = #{states},
            p.load_rate = NULL,
            p.furnaces_qty = NULL
        where p.project_no = #{projectNumber}
    </update>

@@ -1154,7 +1174,7 @@
            NOW(),
            NOW(),
            0,
            #{glass.layers_number},
            #{glass.technology_number},
            #{glass.order_number},
            #{glass.tempering_layout_id},
            #{glass.tempering_feed_sequence},
@@ -1550,7 +1570,7 @@
            x_axis = #{detail.x},
            y_axis = #{detail.y}
        WHERE
            project_no = #{processId} AND polys_id = #{detail.polySort}
            project_no = #{processId} AND polys_id = #{detail.polySort} AND stock_id = #{detail.stockSort}
    </update>
    <update id="updateProjectOptimize">
        update pp.optimize_project as p
@@ -1558,8 +1578,15 @@
            p.avg_cut_pct = #{optimalResults.avgCutRate},
            p.valid_cut_pct = #{optimalResults.validCutRate},
            p.last_cut_pct = #{optimalResults.lastCutRate},
            p.raw_stock_qty = #{optimalResults.totalQuantity}
            p.raw_stock_qty = #{optimalResults.totalQuantity},
            p.raw_stock_area = #{totalArea}
        where p.project_no = #{projectId}
    </update>
    <update id="updateProjectTemperingId">
        UPDATE pp.optimize_detail
        SET heat_layout_id = NULL,
            heat_layout_sort = NULL
        WHERE project_no = #{projectNumber}
    </update>

    <select id="simulatedTypesettingUsingOpt">
@@ -1796,7 +1823,8 @@
            ol.realwidth as rawGlassWidth,
            ol.realheight as rawGlassHeight,
            op.glass_thickness as rawGlassThickness,
            ol.stock_id rawSequence
            ol.stock_id as rawSequence,
            ol.usage_rate as usageRate
        from
            pp.optimize_layout ol
                left join pp.optimize_project op on ol.project_no = op.project_no
@@ -1808,6 +1836,7 @@


    <select id="selectOptimizeDetail">

        select
            opd.glass_id as glassId,
            opd.project_no as engineerId,
@@ -1840,7 +1869,8 @@
            opd.mark_icon as markIcon,
            fc.`merge` as combine,
            concat( opd.process_id, '/', opd.layer ) as flowCardSequence,
            ogd.process
            ogd.process,
            if(opd.graph_no=100,0,1) as graphNo
        from
            pp.optimize_detail opd
                left join pp.optimize_project op on op.project_no = opd.project_no
@@ -2106,6 +2136,67 @@
        WHERE
            project_no = #{projectId}
    </select>
    <select id="getProjectState" resultType="java.util.Map" parameterType="java.lang.String">
        SELECT
            project_no,
            project_name,
            state,
            tempering_state,
            optimize_state
        FROM
            pp.optimize_project
        WHERE
            project_no = #{projectNo}
    </select>
    <select id="optimizeTemp" resultType="java.util.Map" parameterType="java.lang.String">
        SELECT
        project_no,
        layer,
        o_width as width,
        o_height as height,
        rack_no as rackNo,
        COUNT(*) as quantity,
        ROUND((o_width + o_height) * 2 / 1000, 2) as perimeter,
        ROUND(o_width * o_height * COUNT(*) / 1000000, 4) as area
    FROM
        pp.`optimize_detail`
    WHERE
        project_no =  #{projectNo}
      AND process_id = ''
    GROUP BY
        project_no,
        layer,
        o_width,
        o_height,
        REPLACE(REPLACE(rack_no, '+', ''), '#', '')
    ORDER BY
        o_width,
        o_height
    </select>
    <select id="selectTempProject" resultType="java.util.Map" parameterType="java.lang.String">
        SELECT
            project_no,
            o_width as width,
            o_height as height,
            rack_no as order_number,
            layer as processCard,
            COUNT(*) as quantity,
            ROUND(o_width * o_height * COUNT(*) / 1000000, 4) as Area
        FROM
            pp.`optimize_detail`
        WHERE
            project_no =  #{processId}
          AND process_id = ''
        GROUP BY
            project_no,
            layer,
            o_width,
            o_height,
            rack_no
        ORDER BY
            o_width,
            o_height
    </select>


</mapper>