LIMSServer/WebRoot/WEB-INF/query/com/steering/lims/data/pipe/FrmLabDateParm.xml

<?xml version="1.0" encoding="UTF-8"?>
<queryMap desc="试验条件">

	<query id="FrmLabDateParm.QueryOutdecCheckconsignDetail" desc="查询委托明细信息表">
		<![CDATA[
			SELECT T.CHECK_NO,
       T.SAMPLE_NO,
       T1.HEAT_NO,
       T1.LOT_NO,
       T1.STEEL_GRADE,
       T1.STEEL_NO,
       T.BATCH_NO,
       T.SIZE_DESC,
       T1.DIMATER || '*' || T1.HEIGHT PIPE_SIZE,
       
       T.PHY_CODE_MAX,
       T.PHY_NAME_MAX,
       NVL(T3.SPLINE_COUNT, T.SAMPLE_COUNT) SAMPLE_COUNT,
       T.DEPT_ID,
       T.JG_SEND_NAME,
       TO_CHAR(T.JG_SEND_TIME, 'YYYY-MM-DD HH24:MI:SS') JG_SEND_TIME,
       T.LAB_RECEIVE_NAME,
       TO_CHAR(T.LAB_RECEIVE_TIME, 'YYYY-MM-DD HH24:MI:SS') LAB_RECEIVE_TIME,
       T.CHECK_NAME,
       TO_CHAR(T.CHECK_TIME, 'YYYY-MM-DD HH24:MI:SS') CHECK_TIME,
       T.CHECK_SHIFT,
       T.CHECK_CLASS,
       T.CHECK_TEMP,
       T.DEVICE_NO,
       T.DEVICE_NAME,
       T.AUDIT_NAME,
       TO_CHAR(T.AUDIT_TIME, 'YYYY-MM-DD HH24:MI:SS') AUDIT_TIME,
       T.ISRCL,
       T.FLAG,
       T.SAMPLE_REMARK,
       T.REMARK,
       T.FILE_PATH1,
       T.FILE_PATH2,
       T.FILE_PATH3,
       T.FILE_PATH4,
       
       DECODE(T2.STANDARD, '', T.CHECK_STD, T2.STANDARD) STANDARD,
       TO_CHAR(T2.TEST_DATE, 'YYYY-MM-DD HH24:MI:SS') TEST_DATE,
       TO_CHAR(T2.REPORTED_DATE, 'YYYY-MM-DD HH24:MI:SS') REPORTED_DATE,
       T2.REPORTED_NAME,
       T2.APPROVED_NAME,
       NVL(T2.SAMPLE_NO1, T.SAMPLE_NO || '-1') SAMPLE_NO1,
       NVL(T2.SAMPLE_NO2, T.SAMPLE_NO || '-2') SAMPLE_NO2,
       NVL(T2.SAMPLE_NO3, T.SAMPLE_NO || '-3') SAMPLE_NO3,
       
       T2.SPECIMEN_SIZE1,
       T2.SPECIMEN_SIZE2,
       T2.SPECIMEN_SIZE3,
       
       T2.NACE_PH_S1,
       T2.NACE_PH_S2,
       T2.NACE_PH_S3,
       
       T2.NACE_PH_F1,
       T2.NACE_PH_F2,
       T2.NACE_PH_F3,
       T2.NACE_SOLUTION_S1,
       T2.NACE_SOLUTION_S2,
       T2.NACE_SOLUTION_S3,
       T2.NACE_SOLUTION_F1,
       T2.NACE_SOLUTION_F2,
       T2.NACE_SOLUTION_F3,
       T2.PSEUDO_STRESS,
       T2.SECTION_NO11,
       T2.SECTION_NO12,
       T2.SECTION_NO21,
       T2.SECTION_NO22,
       NVL(T2.TEST_TIME,
           CASE
             WHEN INSTR(T.PHY_NAME_MAX, '氢致开裂试验HIC') > 0 THEN
              '96'
             WHEN INSTR(T.PHY_NAME_MAX, 'SSC-B法试验') > 0 THEN
              '720'
             WHEN INSTR(T.PHY_NAME_MAX, 'SSC-D法试验') > 0 THEN
              '336'
             WHEN INSTR(T.PHY_NAME_MAX, '三点弯曲') > 0 THEN
              '720'
             ELSE
              ''
           END) TEST_TIME,
       
       NVL(T2.TEST_TEMP1,
           CASE
             WHEN INSTR(T.PHY_NAME_MAX, '氢致开裂试验HIC') > 0 THEN
              '23-26'
             WHEN INSTR(T.PHY_NAME_MAX, 'SSC-A法试验') > 0 THEN
              '22-26'
             WHEN INSTR(T.PHY_NAME_MAX, 'SSC-B法试验') > 0 THEN
              '23-26'
             WHEN INSTR(T.PHY_NAME_MAX, 'SSC-D法试验') > 0 THEN
              '23-25'
             WHEN INSTR(T.PHY_NAME_MAX, '三点弯曲') > 0 THEN
              '22-26'
             ELSE
              ''
           END) TEST_TEMP1,
       NVL(T2.TEST_TEMP2,
           CASE
             WHEN INSTR(T.PHY_NAME_MAX, '氢致开裂试验HIC') > 0 THEN
              '23-26'
             WHEN INSTR(T.PHY_NAME_MAX, 'SSC-A法试验') > 0 THEN
              '22-26'
             WHEN INSTR(T.PHY_NAME_MAX, 'SSC-B法试验') > 0 THEN
              '23-26'
             WHEN INSTR(T.PHY_NAME_MAX, 'SSC-D法试验') > 0 THEN
              '23-25'
             ELSE
              ''
           END) TEST_TEMP2,
       NVL(T2.TEST_TEMP3,
           CASE
             WHEN INSTR(T.PHY_NAME_MAX, '氢致开裂试验HIC') > 0 THEN
              '23-26'
             WHEN INSTR(T.PHY_NAME_MAX, 'SSC-A法试验') > 0 THEN
              '22-26'
             WHEN INSTR(T.PHY_NAME_MAX, 'SSC-B法试验') > 0 THEN
              '23-26'
             WHEN INSTR(T.PHY_NAME_MAX, 'SSC-D法试验') > 0 THEN
              '23-25'
             ELSE
              ''
           END) TEST_TEMP3,
       T2.NOTE,
       NVL(T2.NACE_PH_NAME, 'NACE-A') NACE_PH_NAME,
       NVL(T2.YSMIN_NAME, '名义最小') YSMIN_NAME,
       
       NVL(T2.YSMIN1,
           DECODE(T.PHY_CODE_MAX,
                  'C0031',
                  (SELECT MAX(A.VALUE1)
                     FROM PIPE_CHECKCONSIGN_PHYDETAIL A
                    WHERE A.CHECK_NO = T.CHECK_NO
                      AND A.SAMPLE_NO = T.SAMPLE_NO
                      AND A.PHY_CODE IN ('P0003',
                                         'P0016',
                                         'P0017',
                                         'P0018',
                                         'P0019',
                                         'P0445',
                                         'P0349',
                                         'P0446')),
                  '')) YSMIN1,
       NVL(T2.YSMIN2,
           DECODE(T.PHY_CODE_MAX,
                  'C0031',
                  (SELECT MAX(A.VALUE1)
                     FROM PIPE_CHECKCONSIGN_PHYDETAIL A
                    WHERE A.CHECK_NO = T.CHECK_NO
                      AND A.SAMPLE_NO = T.SAMPLE_NO
                      AND A.PHY_CODE IN ('P0003',
                                         'P0016',
                                         'P0017',
                                         'P0018',
                                         'P0019',
                                         'P0445',
                                         'P0349',
                                         'P0446')),
                  '')) YSMIN2,
       NVL(T2.YSMIN3,
           DECODE(T.PHY_CODE_MAX,
                  'C0031',
                  (SELECT MAX(A.VALUE1)
                     FROM PIPE_CHECKCONSIGN_PHYDETAIL A
                    WHERE A.CHECK_NO = T.CHECK_NO
                      AND A.SAMPLE_NO = T.SAMPLE_NO
                      AND A.PHY_CODE IN ('P0003',
                                         'P0016',
                                         'P0017',
                                         'P0018',
                                         'P0019',
                                         'P0445',
                                         'P0349',
                                         'P0446')),
                  '')) YSMIN3,
       
       T2.ACTUAL_S_YSMIN1,
       T2.ACTUAL_S_YSMIN2,
       T2.ACTUAL_S_YSMIN3,
       TO_CHAR(ACTUAL_LOAD1, 'FM99990.99') ACTUAL_LOAD1,
       TO_CHAR(ACTUAL_LOAD2, 'FM99990.99') ACTUAL_LOAD2,
       TO_CHAR(ACTUAL_LOAD3, 'FM99990.99') ACTUAL_LOAD3,
       TO_CHAR(CRACK_LENGTH1, 'FM99990.99') CRACK_LENGTH1,
       TO_CHAR(CRACK_LENGTH2, 'FM99990.99') CRACK_LENGTH2,
       TO_CHAR(CRACK_LENGTH3, 'FM99990.99') CRACK_LENGTH3,
       
       T2.PRESET_LOAD1,
       T2.PRESET_LOAD2,
       T2.PRESET_LOAD3,
       NVL(T2.NACE_H2S_NAME, 'NACE-A') NACE_H2S_NAME,
       NVL(T2.TEST_SOLUTION,
           CASE
             WHEN INSTR(T.PHY_NAME_MAX, '氢致开裂试验HIC') > 0 THEN
              '（质量分数）5.0 %氯化钠+0.5%冰醋酸+94.5%去离子水。Solution A：5.0%wt NaCl+0.5%wt Acetic Acid in deionized water'
             WHEN INSTR(T.PHY_NAME_MAX, '三点弯曲') > 0 THEN
              '0.5%（重量）冰醋酸加去离子水 5.0%wt Acetic Acid in deionized water'
             WHEN INSTR(T.PHY_NAME_MAX, 'SSC') > 0 THEN
              'NACE-A 5.0%（重量）的氯化钠和0.5%（重量）的冰醋酸，溶解在蒸馏水或去离子水中。5.0 wt% sodium chloride and 0.5 wt% glacial acetic acid dissolved in distilled or deionized water'
             ELSE
              ''
           END) TEST_SOLUTION,
       T2.SURFACE_AREA1,
       T2.SURFACE_AREA2,
       T2.SURFACE_AREA3,
       T2.WEIGHT_BEFORE_TEST1,
       T2.WEIGHT_BEFORE_TEST2,
       T2.WEIGHT_BEFORE_TEST3,
       T2.WEIGHT_AFTER_TEST1,
       T2.WEIGHT_AFTER_TEST2,
       T2.WEIGHT_AFTER_TEST3,
       T2.LOSS_OF_WEIGHT1,
       T2.LOSS_OF_WEIGHT2,
       T2.LOSS_OF_WEIGHT3,
       T2.MASS_LOSS1,
       T2.MASS_LOSS2,
       T2.MASS_LOSS3,
       T2.PITTING_DENSITY1,
       T2.PITTING_DENSITY2,
       T2.PITTING_DENSITY3,
       T2.PITTING_COUNT1,
       T2.PITTING_COUNT2,
       T2.PITTING_COUNT3,
       NVL(T2.NACE_PH, '2.7') NACE_PH,
       T2.CLEANING_SAMPLE,
       T2.COLLECTION_RATE,
       T2.SPRAY_TYPE,
       T2.ANGLE,
       T2.SAMPLE_TYPE,
       T2.CONCENTRATION,
       DECODE(T2.TEST_ITEM, '', T.PHY_NAME_MAX, T2.TEST_ITEM) TEST_ITEM,
       T2.CONNECTION,
       T2.PROOF_RING_NO1,
       T2.PROOF_RING_NO2,
       T2.PROOF_RING_NO3,
       T2.PRESSURE_MEDIUM,
       T2.WEIGHT,
       T2.TEST_RESULT,
       T2.LOAD_LEVEL,
       T2.LOAD_LEVEL2,
       T2.LOAD_LEVEL3,
       T2.YING_ACTUAL_LOAD1,
       T2.YING_ACTUAL_LOAD2,
       T2.YING_ACTUAL_LOAD3,
       NVL(T2.REPORT_NO,
           CASE
             WHEN INSTR(T.PHY_NAME_MAX, '氢致开裂试验HIC') > 0 THEN
              'FM-16-10-8.6-06-1'
             WHEN INSTR(T.PHY_NAME_MAX, 'SSC-A法试验') > 0 THEN
              'FM-16-10-8.6-02-1'
             WHEN INSTR(T.PHY_NAME_MAX, 'SSC-B法试验') > 0 THEN
              'FM-16-10-8.6-07-1'
             WHEN INSTR(T.PHY_NAME_MAX, 'SSC-D法试验') > 0 THEN
              'FM-16-10-8.6-09-1'
             WHEN INSTR(T.PHY_NAME_MAX, '三点弯曲') > 0 THEN
              'FM-16-10-8.6-13-1'
             ELSE
              ''
           END) REPORT_NO,
       NVL(T2.YING_ADD1, DECODE(T2.PHY_CODE_MAX, 'C0033', '', '0.01')) YING_ADD1,
       NVL(T2.YING_ADD2, DECODE(T2.PHY_CODE_MAX, 'C0033', '', '0.01')) YING_ADD2,
       NVL(T2.YING_ADD3, DECODE(T2.PHY_CODE_MAX, 'C0033', '', '0.01')) YING_ADD3,
       T2.TEST_RESULT2,
       T2.TEST_SPECIMENS1,
       T2.TEST_SPECIMENS2,
       NVL(T2.TEST_GAS, '≥99.5% H2S') TEST_GAS,
       NVL(T2.SAMPLING_ORIENTATION,
           CASE
             WHEN INSTR(T.PHY_NAME_MAX, 'SSC') > 0 THEN
              (SELECT MAX(P.SPLINE_ITEM_NAME_F)
                 FROM PIPE_CHECKCONSIGN_PHYDETAIL P
                WHERE P.CHECK_NO = T.CHECK_NO
                  AND P.PHY_CODE_MAX = T.PHY_CODE_MAX)
             ELSE
              '纵向 Longitudinal'
           END) SAMPLING_ORIENTATION,
       NVL(T2.DMTS,
           '碱性溶液脱脂，丙酮清洗 Degreased in alkaline solution and rinsed in acetone') DMTS,
       NVL(T2.SAMPLING_LOCATION,
           CASE
             WHEN INSTR(T.PHY_NAME_MAX, 'SSC-A') > 0 THEN
              '壁厚中心'
             WHEN INSTR(T.PHY_NAME_MAX, 'SSC-D') > 0 THEN
              '壁厚中心'
             ELSE
              '周向间隔120°120 degrees apart around the circumference'
           END) SAMPLING_LOCATION,
       NVL(T2.TEST_DURATION1,
           CASE
             WHEN INSTR(T.PHY_NAME_MAX, 'SSC-A') > 0 THEN
              '720'
             ELSE
              ''
           END) TEST_DURATION1,
       NVL(T2.TEST_DURATION2,
           CASE
             WHEN INSTR(T.PHY_NAME_MAX, 'SSC-A') > 0 THEN
              '720'
             ELSE
              ''
           END) TEST_DURATION2,
       NVL(T2.TEST_DURATION3,
           CASE
             WHEN INSTR(T.PHY_NAME_MAX, 'SSC-A') > 0 THEN
              '720'
             ELSE
              ''
           END) TEST_DURATION3,
       NVL(T2.LOAD_STERSS1, T2.YSMIN1 * T2.LOAD_LEVEL/100) LOAD_STERSS1,
       NVL(T2.LOAD_STERSS2, T2.YSMIN2 * T2.LOAD_LEVEL2/100) LOAD_STERSS2,
       NVL(T2.LOAD_STERSS3, T2.YSMIN3 * T2.LOAD_LEVEL3/100) LOAD_STERSS3,
       
       case
         when T2.YSMIN1 != 0 then
          NVL(T2.ACTUAL_LOAD_STERSS1,
              ROUND(NVL(T2.LOAD_STERSS1, T2.YSMIN1 * T2.LOAD_LEVEL) /
                    T2.YSMIN1,
                    1))
         else
          '0'
       end ACTUAL_LOAD_STERSS1,
       case
         when T2.YSMIN2 != 0 then
          NVL(T2.ACTUAL_LOAD_STERSS2,
              ROUND(NVL(T2.LOAD_STERSS2, T2.YSMIN2 * T2.LOAD_LEVEL2) /
                    T2.YSMIN2,
                    1))
         else
          '0'
       end ACTUAL_LOAD_STERSS2,
       case
         when T2.YSMIN3 != 0 then
          NVL(T2.ACTUAL_LOAD_STERSS3,
              ROUND(NVL(T2.LOAD_STERSS3, T2.YSMIN3 * T2.LOAD_LEVEL3) /
                    T2.YSMIN3,
                    1))
         else
          '0'
       end ACTUAL_LOAD_STERSS3

  FROM PIPE_CHECKCONSIGN_DETAIL     T,
       PIPE_CHECKCONSIGN_BASEINFO   T1,
       PIPE_CHECKCONSIGN_LAB_RESULT T2,
       COM_BASE_PHY_C               T3
 WHERE T.CHECK_NO = T1.CHECK_NO
   AND T.CHECK_NO = T2.CHECK_NO(+)
   AND T.SAMPLE_NO = T2.SAMPLE_NO(+)
   AND T.PHY_CODE_MAX = T2.PHY_CODE_MAX(+)
   AND T.PHY_CODE_MAX = T3.PHY_CODE(+)
   AND T.CHECK_NO = ?
   AND T.SAMPLE_NO = ?
   AND T.PHY_CODE_MAX = ?
		]]>
	</query>
	
	<query id="FrmLabDateParm.QueryPipeCheckconsignDetailParm" desc="查询工程试验参数">
		<![CDATA[
			 SELECT 
       T.CHECK_NO,
       T.SAMPLE_NO,
       T.PHY_CODE_MAX,
       T.STEP,
       T.LOAD,
       T.PRESSURE_MEDIUM,
       T.INTERNAL_PRESSURE,
       T.DOGLEG_DEGREE,
       T.HOLD_TIME,
       T.TEST_RESULT,
       T.PIN,
       T.BOX,
       T.COMPOUND_TYPE,
       T.COMPOUND_WEIGHT,
       T.MAKEUP_TORQUE,
       T.TOTAL_TORQUE,
       T.BREAKOUT_TORQUE,
       T.OBSERVED_THREAD_RESULT,
       T.SHOULDER_TORQUE,
       
       '删除' AS BTN_DELETE
 FROM PIPE_CHECKCONSIGN_DTL_PARM T
 WHERE T.CHECK_NO = ?
   AND T.SAMPLE_NO = ?
   AND T.PHY_CODE_MAX = ?
		]]>
	</query>
	
	<query id="FrmLabDateParm.QueryProofRingNo" desc="加载应力环号">
		<![CDATA[
			select PROOF_RING_NO
  from (select distinct t.PROOF_RING_NO1 PROOF_RING_NO
          from PIPE_CHECKCONSIGN_LAB_RESULT t
        union
        select distinct t.PROOF_RING_NO2 PROOF_RING_NO
          from PIPE_CHECKCONSIGN_LAB_RESULT t
        union
        select distinct t.PROOF_RING_NO3 PROOF_RING_NO
          from PIPE_CHECKCONSIGN_LAB_RESULT t)
 order by PROOF_RING_NO
		]]>
	</query>
	
	<query id="FrmLabDateParm.initStressRingNo" desc="加载应力环号">
		<![CDATA[
			select T.STRESSRING_NO from PIPE_STRESSRING_PARM t
		]]>
	</query>
	
	<query id="FrmLabDateParm.selectYsMin" desc="查询屈服强度">
		<![CDATA[
			SELECT NVL(B.YSMIN1, A.VALUE1) VALUE1, NVL(B.YSMIN1, A.STDMIN) STDMIN
  FROM PIPE_CHECKCONSIGN_PHYDETAIL A, PIPE_CHECKCONSIGN_LAB_RESULT B
 WHERE A.CHECK_NO = ?
   AND A.SAMPLE_NO = ?
   AND A.CHECK_NO = B.CHECK_NO
   AND A.SAMPLE_NO = B.SAMPLE_NO
   AND (INSTR(A.PHY_NAME, '屈服强度') > 0 OR INSTR(A.PHY_NAME, '延伸强度') > 0)
		]]>
	</query>
	
	<query id="FrmLabDateParm.getAuditName" desc="查询审核人">
		<![CDATA[
			select t.*
  from PIPE_CHECKCONSIGN_DETAIL t
 WHERE T.CHECK_NO = ?
   AND T.SAMPLE_NO = ?
   AND T.PHY_CODE_MAX = ?
		]]>
	</query>
	
	<query id="FrmLabDateParm.getFileFlag" desc="查询是否上传图片">
		<![CDATA[
			select LENGTH(T.FILE_PATH1) fileFlag
  from PIPE_CHECKCONSIGN_DETAIL t
 WHERE T.CHECK_NO = ?
   AND T.SAMPLE_NO = ?
   AND T.PHY_CODE_MAX = ?
		]]>
	</query>
	
	<query id="FrmLabDateParm.SaveCheckconsignLabResult" desc="保存实验原始记录">
		<![CDATA[
		UPDATE PIPE_CHECKCONSIGN_LAB_RESULT T
   SET T.STANDARD             = '#STANDARD#',
       T.TEST_DATE            = TO_DATE('#TEST_DATE#',
                                        'yyyy-MM-dd HH24:mi:ss'),
       T.REPORTED_DATE        = TO_DATE('#REPORTED_DATE#',
                                        'yyyy-MM-dd HH24:mi:ss'),
       T.REPORTED_NAME        = '#REPORTED_NAME#',
       T.APPROVED_NAME        = '#APPROVED_NAME#',
       T.SAMPLE_NO1           = '#SAMPLE_NO1#',
       T.SAMPLE_NO2           = '#SAMPLE_NO2#',
       T.SAMPLE_NO3           = '#SAMPLE_NO3#',
       T.SPECIMEN_SIZE1       = '#SPECIMEN_SIZE1#',
       T.SPECIMEN_SIZE2       = '#SPECIMEN_SIZE2#',
       T.SPECIMEN_SIZE3       = '#SPECIMEN_SIZE3#',
       T.NACE_PH_S1           = '#NACE_PH_S1#',
       T.NACE_PH_F1           = '#NACE_PH_F1#',
       T.NACE_PH_S2           = '#NACE_PH_S2#',
       T.NACE_PH_F2           = '#NACE_PH_F2#',
       T.NACE_PH_S3           = '#NACE_PH_S3#',
       T.NACE_PH_F3           = '#NACE_PH_F3#',
       T.NACE_SOLUTION_S1     = '#NACE_SOLUTION_S1#',
       T.NACE_SOLUTION_F1     = '#NACE_SOLUTION_F1#',
       T.NACE_SOLUTION_S2     = '#NACE_SOLUTION_S2#',
       T.NACE_SOLUTION_F2     = '#NACE_SOLUTION_F2#',
       T.NACE_SOLUTION_S3     = '#NACE_SOLUTION_S3#',
       T.NACE_SOLUTION_F3     = '#NACE_SOLUTION_F3#',
       T.PSEUDO_STRESS        = '#PSEUDO_STRESS#',
       T.SECTION_NO11         = '#SECTION_NO11#',
       T.SECTION_NO12         = '#SECTION_NO12#',
       T.SECTION_NO21         = '#SECTION_NO21#',
       T.SECTION_NO22         = '#SECTION_NO22#',
       T.TEST_TIME            = '#TEST_TIME#',
       T.TEST_TEMP1           = '#TEST_TEMP1#',
       T.TEST_TEMP2           = '#TEST_TEMP2#',
       T.TEST_TEMP3           = '#TEST_TEMP3#',
       T.NOTE                 = '#NOTE#',
       T.NACE_PH_NAME         = '#NACE_PH_NAME#',
       T.YSMIN_NAME           = '#YSMIN_NAME#',
       T.YSMIN1               = '#YSMIN1#',
       T.YSMIN2               = '#YSMIN2#',
       T.YSMIN3               = '#YSMIN3#',
       T.ACTUAL_S_YSMIN1      = '#ACTUAL_S_YSMIN1#',
       T.ACTUAL_S_YSMIN2      = '#ACTUAL_S_YSMIN2#',
       T.ACTUAL_S_YSMIN3      = '#ACTUAL_S_YSMIN3#',
       T.ACTUAL_LOAD1         = '#ACTUAL_LOAD1#',
       T.ACTUAL_LOAD2         = '#ACTUAL_LOAD2#',
       T.ACTUAL_LOAD3         = '#ACTUAL_LOAD3#',
       T.CRACK_LENGTH1        = '#CRACK_LENGTH1#',
       T.CRACK_LENGTH2        = '#CRACK_LENGTH2#',
       T.CRACK_LENGTH3        = '#CRACK_LENGTH3#',
       T.PRESET_LOAD1         = '#PRESET_LOAD1#',
       T.PRESET_LOAD2         = '#PRESET_LOAD2#',
       T.PRESET_LOAD3         = '#PRESET_LOAD3#',
       T.NACE_H2S_NAME        = '#NACE_H2S_NAME#',
       T.TEST_SOLUTION        = '#TEST_SOLUTION#',
       T.SURFACE_AREA1        = '#SURFACE_AREA1#',
       T.SURFACE_AREA2        = '#SURFACE_AREA2#',
       T.SURFACE_AREA3        = '#SURFACE_AREA3#',
       T.WEIGHT_BEFORE_TEST1  = '#WEIGHT_BEFORE_TEST1#',
       T.WEIGHT_BEFORE_TEST2  = '#WEIGHT_BEFORE_TEST2#',
       T.WEIGHT_BEFORE_TEST3  = '#WEIGHT_BEFORE_TEST3#',
       T.WEIGHT_AFTER_TEST1   = '#WEIGHT_AFTER_TEST1#',
       T.WEIGHT_AFTER_TEST2   = '#WEIGHT_AFTER_TEST2#',
       T.WEIGHT_AFTER_TEST3   = '#WEIGHT_AFTER_TEST3#',
       T.LOSS_OF_WEIGHT1      = '#LOSS_OF_WEIGHT1#',
       T.LOSS_OF_WEIGHT2      = '#LOSS_OF_WEIGHT2#',
       T.LOSS_OF_WEIGHT3      = '#LOSS_OF_WEIGHT3#',
       T.MASS_LOSS1           = '#MASS_LOSS1#',
       T.MASS_LOSS2           = '#MASS_LOSS2#',
       T.MASS_LOSS3           = '#MASS_LOSS3#',
       T.PITTING_DENSITY1     = '#PITTING_DENSITY1#',
       T.PITTING_DENSITY2     = '#PITTING_DENSITY2#',
       T.PITTING_DENSITY3     = '#PITTING_DENSITY3#',
       T.PITTING_COUNT1       = '#PITTING_COUNT1#',
       T.PITTING_COUNT2       = '#PITTING_COUNT2#',
       T.PITTING_COUNT3       = '#PITTING_COUNT3#',
       T.NACE_PH              = '#NACE_PH#',
       T.CLEANING_SAMPLE      = '#CLEANING_SAMPLE#',
       T.COLLECTION_RATE      = '#COLLECTION_RATE#',
       T.SPRAY_TYPE           = '#SPRAY_TYPE#',
       T.ANGLE                = '#ANGLE#',
       T.SAMPLE_TYPE          = '#SAMPLE_TYPE#',
       T.CONCENTRATION        = '#CONCENTRATION#',
       T.TEST_ITEM            = '#TEST_ITEM#',
       T.CONNECTION           = '#CONNECTION#',
       T.PROOF_RING_NO1       = '#PROOF_RING_NO1#',
       T.PROOF_RING_NO2       = '#PROOF_RING_NO2#',
       T.PROOF_RING_NO3       = '#PROOF_RING_NO3#',
       T.PRESSURE_MEDIUM      = '#PRESSURE_MEDIUM#',
       T.WEIGHT               = '#WEIGHT#',
       T.TEST_RESULT          = '#TEST_RESULT#',
       T.LOAD_LEVEL           = '#LOAD_LEVEL#',
       T.LOAD_LEVEL2          = '#LOAD_LEVEL2#',
       T.LOAD_LEVEL3          = '#LOAD_LEVEL3#',
       T.YING_ACTUAL_LOAD1    = '#YING_ACTUAL_LOAD1#',
       T.YING_ACTUAL_LOAD2    = '#YING_ACTUAL_LOAD2#',
       T.YING_ACTUAL_LOAD3    = '#YING_ACTUAL_LOAD3#',
       T.REPORT_NO            = '#REPORT_NO#',
       T.YING_ADD1            = '#YING_ADD1#',
       T.YING_ADD2            = '#YING_ADD2#',
       T.YING_ADD3            = '#YING_ADD3#',
       T.TEST_RESULT2         = '#TEST_RESULT2#',
       T.TEST_SPECIMENS1      = '#TEST_SPECIMENS1#',
       T.TEST_SPECIMENS2      = '#TEST_SPECIMENS2#',
       T.TEST_GAS             = '#TEST_GAS#',
       T.SAMPLING_ORIENTATION = '#SAMPLING_ORIENTATION#',
       T.DMTS                 = '#DMTS#',
       T.SAMPLING_LOCATION    = '#SAMPLING_LOCATION#',
       T.TEST_DURATION1       = '#TEST_DURATION1#',
       T.TEST_DURATION2       = '#TEST_DURATION2#',
       T.TEST_DURATION3       = '#TEST_DURATION3#',
       T.LOAD_STERSS1         = '#LOAD_STERSS1#',
       T.LOAD_STERSS2         = '#LOAD_STERSS2#',
       T.LOAD_STERSS3         = '#LOAD_STERSS3#',
       T.ACTUAL_LOAD_STERSS1  = '#ACTUAL_LOAD_STERSS1#',
       T.ACTUAL_LOAD_STERSS2  = '#ACTUAL_LOAD_STERSS2#',
       T.ACTUAL_LOAD_STERSS3  = '#ACTUAL_LOAD_STERSS3#'
 WHERE T.CHECK_NO = '#CHECK_NO#'
   AND T.SAMPLE_NO = '#SAMPLE_NO#'
   AND T.PHY_CODE_MAX = '#PHY_CODE_MAX#'
		]]>
	</query>
	
	<query id="FrmLabDateParm.InsertCheckconsignLabResult" desc="新增实验原始记录">
		<![CDATA[
		INSERT INTO PIPE_CHECKCONSIGN_LAB_RESULT
  (CHECK_NO,
   SAMPLE_NO,
   PHY_CODE_MAX,
   STANDARD,
   TEST_DATE,
   REPORTED_DATE,
   REPORTED_NAME,
   APPROVED_NAME,
   SAMPLE_NO1,
   SAMPLE_NO2,
   SAMPLE_NO3,
   SPECIMEN_SIZE1,
   SPECIMEN_SIZE2,
   SPECIMEN_SIZE3,
   NACE_PH_S1,
   NACE_PH_F1,
   NACE_PH_S2,
   NACE_PH_F2,
   NACE_PH_S3,
   NACE_PH_F3,
   NACE_SOLUTION_S1,
   NACE_SOLUTION_F1,
   NACE_SOLUTION_S2,
   NACE_SOLUTION_F2,
   NACE_SOLUTION_S3,
   NACE_SOLUTION_F3,
   PSEUDO_STRESS,
   SECTION_NO11,
   SECTION_NO12,
   SECTION_NO21,
   SECTION_NO22,
   TEST_TIME,
   TEST_TEMP1,
   TEST_TEMP2,
   TEST_TEMP3,
   NOTE,
   NACE_PH_NAME,
   YSMIN_NAME,
   YSMIN1,
   YSMIN2,
   YSMIN3,
   ACTUAL_S_YSMIN1,
   ACTUAL_S_YSMIN2,
   ACTUAL_S_YSMIN3,
   ACTUAL_LOAD1,
   ACTUAL_LOAD2,
   ACTUAL_LOAD3,
   CRACK_LENGTH1,
   CRACK_LENGTH2,
   CRACK_LENGTH3,
   PRESET_LOAD1,
   PRESET_LOAD2,
   PRESET_LOAD3,
   NACE_H2S_NAME,
   
   TEST_SOLUTION,
   SURFACE_AREA1,
   SURFACE_AREA2,
   SURFACE_AREA3,
   WEIGHT_BEFORE_TEST1,
   WEIGHT_BEFORE_TEST2,
   WEIGHT_BEFORE_TEST3,
   WEIGHT_AFTER_TEST1,
   WEIGHT_AFTER_TEST2,
   WEIGHT_AFTER_TEST3,
   LOSS_OF_WEIGHT1,
   LOSS_OF_WEIGHT2,
   LOSS_OF_WEIGHT3,
   MASS_LOSS1,
   MASS_LOSS2,
   MASS_LOSS3,
   PITTING_DENSITY1,
   PITTING_DENSITY2,
   PITTING_DENSITY3,
   PITTING_COUNT1,
   PITTING_COUNT2,
   PITTING_COUNT3,
   NACE_PH,
   CLEANING_SAMPLE,
   COLLECTION_RATE,
   SPRAY_TYPE,
   ANGLE,
   SAMPLE_TYPE,
   CONCENTRATION,
   TEST_ITEM,
   CONNECTION,
   PROOF_RING_NO1,
   PROOF_RING_NO2,
   PROOF_RING_NO3,
   PRESSURE_MEDIUM,
   WEIGHT,
   TEST_RESULT,
   LOAD_LEVEL,
   LOAD_LEVEL2,
   LOAD_LEVEL3,
   YING_ACTUAL_LOAD1,
   YING_ACTUAL_LOAD2,
   YING_ACTUAL_LOAD3,
   REPORT_NO,
   YING_ADD1,
   YING_ADD2,
   YING_ADD3,
   TEST_RESULT2,
   TEST_SPECIMENS1,
   TEST_SPECIMENS2,
   TEST_GAS,
   SAMPLING_ORIENTATION,
   DMTS,
   SAMPLING_LOCATION,
   TEST_DURATION1,
   TEST_DURATION2,
   TEST_DURATION3,
   LOAD_STERSS1,
   LOAD_STERSS2,
   LOAD_STERSS3,
   ACTUAL_LOAD_STERSS1,
   ACTUAL_LOAD_STERSS2,
   ACTUAL_LOAD_STERSS3)
VALUES
  ('#CHECK_NO#',
   '#SAMPLE_NO#',
   '#PHY_CODE_MAX#',
   '#STANDARD#',
   DECODE('#TEST_DATE#',
          '',
          '',
          TO_DATE('#TEST_DATE#', 'yyyy-MM-dd HH24:mi:ss')),
   DECODE('#REPORTED_DATE#',
          '',
          '',
          TO_DATE('#REPORTED_DATE#', 'yyyy-MM-dd HH24:mi:ss')),
   '#REPORTED_NAME#',
   '#APPROVED_NAME#',
   '#SAMPLE_NO1#',
   '#SAMPLE_NO2#',
   '#SAMPLE_NO3#',
   '#SPECIMEN_SIZE1#',
   '#SPECIMEN_SIZE2#',
   '#SPECIMEN_SIZE3#',
   '#NACE_PH_S1#',
   '#NACE_PH_F1#',
   '#NACE_PH_S2#',
   '#NACE_PH_F2#',
   '#NACE_PH_S3#',
   '#NACE_PH_F3#',
   '#NACE_SOLUTION_S1#',
   '#NACE_SOLUTION_F1#',
   '#NACE_SOLUTION_S2#',
   '#NACE_SOLUTION_F2#',
   '#NACE_SOLUTION_S3#',
   '#NACE_SOLUTION_F3#',
   '#PSEUDO_STRESS#',
   '#SECTION_NO11#',
   '#SECTION_NO12#',
   '#SECTION_NO21#',
   '#SECTION_NO22#',
   '#TEST_TIME#',
   '#TEST_TEMP1#',
   '#TEST_TEMP2#',
   '#TEST_TEMP3#',
   '#NOTE#',
   '#NACE_PH_NAME#',
   '#YSMIN_NAME#',
   '#YSMIN1#',
   '#YSMIN2#',
   '#YSMIN3#',
   '#ACTUAL_S_YSMIN1#',
   '#ACTUAL_S_YSMIN2#',
   '#ACTUAL_S_YSMIN3#',
   '#ACTUAL_LOAD1#',
   '#ACTUAL_LOAD2#',
   '#ACTUAL_LOAD3#',
   '#CRACK_LENGTH1#',
   '#CRACK_LENGTH2#',
   '#CRACK_LENGTH3#',
   '#PRESET_LOAD1#',
   '#PRESET_LOAD2#',
   '#PRESET_LOAD3#',
   '#NACE_H2S_NAME#',
   
   '#TEST_SOLUTION#',
   '#SURFACE_AREA1#',
   '#SURFACE_AREA2#',
   '#SURFACE_AREA3#',
   '#WEIGHT_BEFORE_TEST1#',
   '#WEIGHT_BEFORE_TEST2#',
   '#WEIGHT_BEFORE_TEST3#',
   '#WEIGHT_AFTER_TEST1#',
   '#WEIGHT_AFTER_TEST2#',
   '#WEIGHT_AFTER_TEST3#',
   '#LOSS_OF_WEIGHT1#',
   '#LOSS_OF_WEIGHT2#',
   '#LOSS_OF_WEIGHT3#',
   '#MASS_LOSS1#',
   '#MASS_LOSS2#',
   '#MASS_LOSS3#',
   '#PITTING_DENSITY1#',
   '#PITTING_DENSITY2#',
   '#PITTING_DENSITY3#',
   '#PITTING_COUNT1#',
   '#PITTING_COUNT2#',
   '#PITTING_COUNT3#',
   '#NACE_PH#',
   '#CLEANING_SAMPLE#',
   '#COLLECTION_RATE#',
   '#SPRAY_TYPE#',
   '#ANGLE#',
   '#SAMPLE_TYPE#',
   '#CONCENTRATION#',
   '#TEST_ITEM#',
   '#CONNECTION#',
   '#PROOF_RING_NO1#',
   '#PROOF_RING_NO2#',
   '#PROOF_RING_NO3#',
   '#PRESSURE_MEDIUM#',
   '#WEIGHT#',
   '#TEST_RESULT#',
   '#LOAD_LEVEL#',
   '#LOAD_LEVEL2#',
   '#LOAD_LEVEL3#',
   '#YING_ACTUAL_LOAD1#',
   '#YING_ACTUAL_LOAD2#',
   '#YING_ACTUAL_LOAD3#',
   '#REPORT_NO#',
   '#YING_ADD1#',
   '#YING_ADD2#',
   '#YING_ADD3#',
   '#TEST_RESULT2#',
   '#TEST_SPECIMENS1#',
   '#TEST_SPECIMENS2#',
   '#TEST_GAS#',
   '#SAMPLING_ORIENTATION#',
   '#DMTS#',
   '#SAMPLING_LOCATION#',
   '#TEST_DURATION1#',
   '#TEST_DURATION2#',
   '#TEST_DURATION3#',
   '#LOAD_STERSS1#',
   '#LOAD_STERSS2#',
   '#LOAD_STERSS3#',
   '#ACTUAL_LOAD_STERSS1#',
   '#ACTUAL_LOAD_STERSS2#',
   '#ACTUAL_LOAD_STERSS3#')
		]]>
	</query>
	
	<query id="FrmLabDateParm.SaveHIC" desc="保存HIC/SOHIC实验条件">
		<![CDATA[
			UPDATE PIPE_CHECKCONSIGN_DETAIL T
   SET T.STANDARD      = ?,
       T.TEST_DATE     = TO_DATE(?, 'yyyy-MM-dd HH24:mi:ss'),
       T.REPORTED_DATE = TO_DATE(?, 'yyyy-MM-dd HH24:mi:ss'),
       T.REPORTED_NAME = ?,
       T.APPROVED_NAME = ?,
       T.TEST_TIME     = ?,
       T.TEST_TEMP1    = ?,
       
       T.SAMPLE_NO1     = ?,
       T.SAMPLE_NO2     = ?,
       T.SAMPLE_NO3     = ?,
       T.SPECIMEN_SIZE1 = ?,
       T.SPECIMEN_SIZE2 = ?,
       T.SPECIMEN_SIZE3 = ?,
       
       T.NACE_SOLUTION_S1 = ?,
       T.NACE_SOLUTION_S2 = ?,
       T.NACE_SOLUTION_S3 = ?,
       T.NACE_SOLUTION_F1 = ?,
       T.NACE_SOLUTION_F2 = ?,
       T.NACE_SOLUTION_F3 = ?,
       
       T.NACE_PH_S1 = ?,
       T.NACE_PH_S2 = ?,
       T.NACE_PH_S3 = ?,
       T.NACE_PH_F1 = ?,
       T.NACE_PH_F2 = ?,
       T.NACE_PH_F3 = ?,
       
       T.SECTION_NO11 = ?,
       T.SECTION_NO12 = ?,
       T.SECTION_NO21 = ?,
       T.SECTION_NO22 = ?,
       
       T.PSEUDO_STRESS = ?,
       T.NOTE          = ?

 WHERE T.CHECK_NO = ?
   AND T.SAMPLE_NO = ?
   AND T.PHY_CODE_MAX = ?
			
		]]>
	</query>
	
	<query id="FrmLabDateParm.SaveSSC" desc="保存SSC实验条件 ">
		<![CDATA[
			UPDATE OUTDEC_CHECKCONSIGN_DETAIL T
   SET T.TECHNICAL_STANDARD = ?,
       T.DEGREASING_METHOD  = ?,
       T.NACE_PH            = ?,
       T.NACE_PH_S          = ?,
       T.NACE_PH_F          = ?,
       T.NACE_SOLUTION_S    = ?,
       T.NACE_SOLUTION_F    = ?,
       
       T.TEST_TEMP         = ?,
       T.SAMPLE_NO1        = ?,
       T.SAMPLE_NO2        = ?,
       T.SAMPLE_NO3        = ?,
       T.SPECIMEN_SIZE1    = ?,
       T.SPECIMEN_SIZE2    = ?,
       T.SPECIMEN_SIZE3    = ?,
       T.PROOF_RING_NO1    = ?,
       T.PROOF_RING_NO2    = ?,
       T.PROOF_RING_NO3    = ?,
       T.YSMIN1            = ?,
       T.YSMIN2            = ?,
       T.YSMIN3            = ?,
       T.ACTUAL_LOAD1      = ?,
       T.ACTUAL_LOAD2      = ?,
       T.ACTUAL_LOAD3      = ?,
       T.ACTUAL_S_YSMIN1   = ?,
       T.ACTUAL_S_YSMIN2   = ?,
       T.ACTUAL_S_YSMIN3   = ?,
       T.TEST_DURATION1    = ?,
       T.TEST_DURATION2    = ?,
       T.TEST_DURATION3    = ?,
       T.ACTUAL_LOAD_D1    = ?,
       T.ACTUAL_LOAD_D2    = ?,
       T.ACTUAL_LOAD_D3    = ?,
       T.ARM_DISPLACEMENT1 = ?,
       T.ARM_DISPLACEMENT2 = ?,
       T.ARM_DISPLACEMENT3 = ?,
       T.CRACK_LENGTH1     = ?,
       T.CRACK_LENGTH2     = ?,
       T.CRACK_LENGTH3     = ?,
       
       T.NOTE = ?
 WHERE T.CHECK_NO = ?
   AND T.SAMPLE_NO = ?
   AND T.PHY_CODE_MAX = ?

		]]>
	</query>
	
	<query id="FrmLabDateParm.SavePittingTest" desc="保存点蚀实验条件">
		<![CDATA[
			UPDATE OUTDEC_CHECKCONSIGN_DETAIL T
   SET T.TEST_SOLUTION   = ?,
       T.TEST_TEMP       = ?,
       T.CLEANING_SAMPLE = ?,
       T.TEST_DURATION1  = ?,
       
       T.SAMPLE_NO1     = ?,
       T.SAMPLE_NO2     = ?,
       T.SAMPLE_NO3     = ?,
       T.SPECIMEN_SIZE1 = ?,
       T.SPECIMEN_SIZE2 = ?,
       T.SPECIMEN_SIZE3 = ?,
       
       T.SURFACE_AREA1       = ?,
       T.SURFACE_AREA2       = ?,
       T.SURFACE_AREA3       = ?,
       T.WEIGHT_BEFORE_TEST1 = ?,
       T.WEIGHT_BEFORE_TEST2 = ?,
       T.WEIGHT_BEFORE_TEST3 = ?,
       T.WEIGHT_AFTER_TEST1  = ?,
       T.WEIGHT_AFTER_TEST2  = ?,
       T.WEIGHT_AFTER_TEST3  = ?,
       T.LOSS_OF_WEIGHT1     = ?,
       T.LOSS_OF_WEIGHT2     = ?,
       T.LOSS_OF_WEIGHT3     = ?,
       T.MASS_LOSS1          = ?,
       T.MASS_LOSS2          = ?,
       T.MASS_LOSS3          = ?,
       T.PITTING_DENSITY1    = ?,
       T.PITTING_DENSITY2    = ?,
       T.PITTING_DENSITY3    = ?,
       
       T.TECHNICAL_STANDARD = ?,
       T.NOTE               = ?
 WHERE T.CHECK_NO = ?
   AND T.SAMPLE_NO = ?
   AND T.PHY_CODE_MAX = ?

		]]>
	</query>
	
	<query id="FrmLabDateParm.SaveImpactTest" desc="保存冲击实验条件">
		<![CDATA[
			UPDATE OUTDEC_CHECKCONSIGN_DETAIL T
   SET T.TECHNICAL_STANDARD   = ?,
       T.TEST_TEMP            = ?,
       T.SPECIMEN_ORIENTATION = ?,
       T.SPECIMEN_WIDTH       = ?,
       T.SPECIMEN_DEPTH       = ?,
       T.SHAPE_OF_NOTCH       = ?,
       T.NOTCH_DEPTH          = ?,
       T.NOTE                 = ?,
       T.NOTE2                = ?,
       T.NOTE3                = ?
 WHERE T.CHECK_NO = ?
   AND T.SAMPLE_NO = ?
   AND T.PHY_CODE_MAX = ?
			
		]]>
	</query>
	
	<query id="FrmLabDateParm.SaveTensionTest" desc="保存拉伸实验条件">
		<![CDATA[
			UPDATE OUTDEC_CHECKCONSIGN_DETAIL T
   SET T.TECHNICAL_STANDARD   = ?,
       T.TEST_CONDITIONS1     = ?,
       T.SPECIMEN_ORIENTATION = ?,
       T.SPECIMEN_TYPE        = ?,
       T.TEST_TEMP            = ?,
       T.NOTE                 = ?
 WHERE T.CHECK_NO = ?
   AND T.SAMPLE_NO = ?
   AND T.PHY_CODE_MAX = ?
			
		]]>
	</query>
	
	<query id="FrmLabDateParm.SaveEriftExpandingTest" desc="保存扩口实验条件">
		<![CDATA[
			UPDATE OUTDEC_CHECKCONSIGN_DETAIL T
   SET T.TECHNICAL_STANDARD = ?,
       T.SPECIMEN_SIZE1     = ?,
       T.TEST_CONDITIONS1   = ?,
       T.TEST_CONDITIONS2   = ?,
       T.NOTE               = ?
 WHERE T.CHECK_NO = ?
   AND T.SAMPLE_NO = ?
   AND T.PHY_CODE_MAX = ?
			
		]]>
	</query>
	
	<query id="FrmLabDateParm.SaveBendingTest" desc="保存弯曲实验条件">
		<![CDATA[
			UPDATE OUTDEC_CHECKCONSIGN_DETAIL T
   SET T.TECHNICAL_STANDARD = ?,
       T.SPECIMEN_SIZE1     = ?,
       T.SPECIMEN_SIZE2     = ?,
       T.SPECIMEN_SIZE3     = ?,
       T.TEST_CONDITIONS1   = ?,
       T.TEST_CONDITIONS2   = ?,
       T.NOTE               = ?
 WHERE T.CHECK_NO = ?
   AND T.SAMPLE_NO = ?
   AND T.PHY_CODE_MAX = ?
			
		]]>
	</query>
	
	<query id="FrmLabDateParm.SaveFlatteningTest" desc="保存压扁实验条件">
		<![CDATA[
			UPDATE OUTDEC_CHECKCONSIGN_DETAIL T
   SET T.TECHNICAL_STANDARD = ?,
       T.SPECIMEN_SIZE1     = ?,
       T.TEST_CONDITIONS1   = ?,
       T.TEST_CONDITIONS2   = ?,
       T.TEST_CONDITIONS3   = ?,
       T.NOTE               = ?
 WHERE T.CHECK_NO = ?
   AND T.SAMPLE_NO = ?
   AND T.PHY_CODE_MAX = ?
		]]>
	</query>
	
	<query id="FrmLabDateParm.SaveHardnessTest" desc="保存硬度实验条件">
		<![CDATA[
			UPDATE OUTDEC_CHECKCONSIGN_DETAIL T
   SET T.TECHNICAL_STANDARD = ?, T.HARDNESS_TYPE = ?, T.NOTE = ?
 WHERE T.CHECK_NO = ?
   AND T.SAMPLE_NO = ?
   AND T.PHY_CODE_MAX = ?
		]]>
	</query>
	
	
	
	<query id="FrmLabDateParm.SaveMetallographicTest" desc="保存金物试验条件">
		<![CDATA[
			UPDATE OUTDEC_CHECKCONSIGN_DETAIL T
   SET T.TECHNICAL_STANDARD = ?, T.NOTE = ?,T.NOTE2 = ?, T.NOTE3 = ?
 WHERE T.CHECK_NO = ?
   AND T.SAMPLE_NO = ?
   AND T.PHY_CODE_MAX = ?
		]]>
	</query>
	
	<query id="FrmLabDateParm.insertDtlParmEntity" desc="新增工程试验条件">
		<![CDATA[
			 INSERT INTO PIPE_CHECKCONSIGN_DTL_PARM(
        CHECK_NO,
        SAMPLE_NO,
        PHY_CODE_MAX,
        STEP,
        LOAD,
        PRESSURE_MEDIUM,
        INTERNAL_PRESSURE,
        DOGLEG_DEGREE,
        HOLD_TIME,
        TEST_RESULT,
        PIN,
        BOX,
        COMPOUND_TYPE,
        COMPOUND_WEIGHT,
        MAKEUP_TORQUE,
        TOTAL_TORQUE,
        BREAKOUT_TORQUE,
        OBSERVED_THREAD_RESULT,
        SHOULDER_TORQUE
        )
 VALUES( 
        '#CHECK_NO#',
        '#SAMPLE_NO#',
        '#PHY_CODE_MAX#',
        '#STEP#',
        '#LOAD#',
        '#PRESSURE_MEDIUM#',
        '#INTERNAL_PRESSURE#',
        '#DOGLEG_DEGREE#',
        '#HOLD_TIME#',
        '#TEST_RESULT#',
        '#PIN#',
        '#BOX#',
        '#COMPOUND_TYPE#',
        '#COMPOUND_WEIGHT#',
        '#MAKEUP_TORQUE#',
        '#TOTAL_TORQUE#',
        '#BREAKOUT_TORQUE#',
        '#OBSERVED_THREAD_RESULT#',
        '#SHOULDER_TORQUE#'
        )
		]]>
	</query>
	
	<query id="FrmLabDateParm.updadtePhyDtlEntity" desc="更新">
		<![CDATA[
			UPDATE PIPE_CHECKCONSIGN_PHYDETAIL T
   SET T.VALUE1 = DECODE(T.PHY_UNIT,
                         'N.m',
                         TO_CHAR(1.3558 * '#VALUE2#', 'FM99990.00'),
                         'KN',
                         TO_CHAR(4.448 * '#VALUE2#', 'FM99990.00'),
                         'MPa',
                         TO_CHAR('#VALUE2#' / 145.038, 'FM99990.00'),
                         '#VALUE2#'),
       T.VALUE2 = '#VALUE2#'
 WHERE T.CHECK_NO = '#CHECK_NO#'
   AND T.SAMPLE_NO = '#SAMPLE_NO#'
   AND T.PHY_CODE = '#PHY_CODE#'
		]]>
	</query>
	
	<query id="FrmLabDateParm.updatePipeReport" desc="上传图片">
		<![CDATA[
			UPDATE PIPE_CHECKCONSIGN_BASEINFO
			   SET #PATH# = ?
			 WHERE CHECK_NO = ?
			   AND VALIDFLAG = '1'
		]]>
	</query>
	
	<query id="FrmLabDateParm.updateFlagSql" desc="修改标识">
		<![CDATA[
			UPDATE PIPE_CHECKCONSIGN_DETAIL T
   SET T.FLAG = '4'
 WHERE T.FLAG = '5'
   AND T.CHECK_NO = ?
		]]>
	</query>
	
	<query id="FrmLabDateParm.updateMetallographicTestFile" desc="金属上传多张图片">
		<![CDATA[ 
		UPDATE OUTDEC_CHECKCONSIGN_DETAIL T
		   SET T.FILE_PATH1 = {0}
		 WHERE T.CHECK_NO = {1}
		   AND T.SAMPLE_NO = {2}
		   AND T.PHY_CODE_MAX = {3}
		]]>
	</query>
	
	<query id="FrmLabDateParm.selectCount" desc="查询PIPE_CHECKCONSIGN_LAB_RESULT是否有数据">
		<![CDATA[
			select count(1) ACOUNT
  from PIPE_CHECKCONSIGN_LAB_RESULT t
 where t.check_no = ?
   and t.sample_no = ?
   and t.phy_code_max = ?
		]]>
	</query>
	
	<query id="FrmLabDateParm.insertHicParm" desc="新增腐蚀HIC实验参数表">
		<![CDATA[
				DECLARE
  V_CHECK_NO     PIPE_CHECKCONSIGN_HIC_PARM.CHECK_NO%type := ?;
  V_SAMPLE_NO    PIPE_CHECKCONSIGN_HIC_PARM.SAMPLE_NO%type := ?;
  V_PHY_CODE_MAX PIPE_CHECKCONSIGN_HIC_PARM.PHY_CODE_MAX%type := ?;

  V_REULST_NO PIPE_CHECKCONSIGN_HIC_PARM.REULST_NO%type := NULL;
  acout       int := 0;
  j           int := 0;

BEGIN

  --生成 编号
  SELECT TO_CHAR(SYSDATE, 'YYMMDD') ||
         LPAD(NVL(MAX(SUBSTR(T.REULST_NO, 7)), 0) + 1, 6, 0) DI
    INTO V_REULST_NO
    FROM PIPE_CHECKCONSIGN_HIC_PARM T
   WHERE TO_CHAR(T.CREATE_TIME, 'YYYY-MM-DD') =
         TO_CHAR(SYSDATE, 'YYYY-MM-DD');

  --判断表中是否已有数据
  select count(1)
    into acout
    from PIPE_CHECKCONSIGN_HIC_PARM t
   where t.check_no = V_CHECK_NO
     and t.sample_no = V_SAMPLE_NO
     and t.phy_code_max = V_PHY_CODE_MAX;

  if acout = 0 then
    for i in 1 .. 9 loop
    
      INSERT INTO PIPE_CHECKCONSIGN_HIC_PARM
        (REULST_NO, CHECK_NO, SAMPLE_NO, PHY_CODE_MAX, SEQ, CREATE_TIME)
      VALUES
        (V_REULST_NO + j,
         V_CHECK_NO,
         V_SAMPLE_NO,
         V_PHY_CODE_MAX,
         i,
         SYSDATE);
      j := j + 1;
    end loop;
  end if;
END;
		]]>
	</query>
	
	<query id="FrmLabDateParm.selectHicParm" desc="查询腐蚀HIC实验参数表">
		<![CDATA[
			SELECT T.REULST_NO,
       T.CHECK_NO,
       T.SAMPLE_NO,
       T.PHY_CODE_MAX,
       DECODE(T.SEQ,
              '1',
              B.LOT_NO || '-1',
              '2',
              B.LOT_NO || '-1',
              '3',
              B.LOT_NO || '-1',
              '4',
              B.LOT_NO || '-2',
              '5',
              B.LOT_NO || '-2',
              '6',
              B.LOT_NO || '-2',
              '7',
              B.LOT_NO || '-3',
              '8',
              B.LOT_NO || '-3',
              '9',
              B.LOT_NO || '-3') SAMPLE_NO_S,
       DECODE(T.SEQ,
              '1',
              '1-1',
              '2',
              '1-2',
              '3',
              '1-3',
              '4',
              '2-1',
              '5',
              '2-2',
              '6',
              '2-3',
              '7',
              '3-1',
              '8',
              '3-2',
              '9',
              '3-3') SECTION_NO,
       T.CRACK_LENGTH1,
       T.CRACK_WIDTH1,
       T.CRACK_LENGTH2,
       T.CRACK_WIDTH2,
       T.CRACK_LENGTH3,
       T.CRACK_WIDTH3,
       T.CRACK_LENGTH4,
       T.CRACK_WIDTH4,
       T.CRACK_LENGTH5,
       T.CRACK_WIDTH5,
       T.CRACK_LENGTH6,
       T.CRACK_WIDTH6,
       T.CRACK_LENGTH7,
       T.CRACK_WIDTH7,
       T.CRACK_LENGTH8,
       T.CRACK_WIDTH8,
       T.CRACK_LENGTH9,
       T.CRACK_WIDTH9,
       T.SAMPLE_THICKNESS,
       T.SAMPLE_WIDTH,
       T.CLR1,
       T.CTR1,
       T.CSR1,
       T.CLR2,
       T.CTR2,
       T.CSR2,
       T.CLR3,
       T.CTR3,
       T.CSR3,
       T.SEQ,
       T.CREATE_TIME
  FROM PIPE_CHECKCONSIGN_HIC_PARM T, PIPE_CHECKCONSIGN_BASEINFO B
 WHERE T.CHECK_NO = B.CHECK_NO
   AND T.CHECK_NO = ?
   AND T.SAMPLE_NO = ?
   AND T.PHY_CODE_MAX = ?
		]]>
	</query>
	
	<query id="FrmLabDateParm.saveHicParm" desc="保存腐蚀HIC实验参数表">
		<![CDATA[
			 UPDATE PIPE_CHECKCONSIGN_HIC_PARM T
   SET 
        T.REULST_NO = '#REULST_NO#',
        T.CHECK_NO = '#CHECK_NO#',
        T.SAMPLE_NO = '#SAMPLE_NO#',
        T.PHY_CODE_MAX = '#PHY_CODE_MAX#',
        T.SAMPLE_NO_S = '#SAMPLE_NO_S#',
        T.SECTION_NO = '#SECTION_NO#',
        T.CRACK_LENGTH1 = '#CRACK_LENGTH1#',
        T.CRACK_WIDTH1 = '#CRACK_WIDTH1#',
        T.CRACK_LENGTH2 = '#CRACK_LENGTH2#',
        T.CRACK_WIDTH2 = '#CRACK_WIDTH2#',
        T.CRACK_LENGTH3 = '#CRACK_LENGTH3#',
        T.CRACK_WIDTH3 = '#CRACK_WIDTH3#',
        T.CRACK_LENGTH4 = '#CRACK_LENGTH4#',
        T.CRACK_WIDTH4 = '#CRACK_WIDTH4#',
        T.CRACK_LENGTH5 = '#CRACK_LENGTH5#',
        T.CRACK_WIDTH5 = '#CRACK_WIDTH5#',
        T.CRACK_LENGTH6 = '#CRACK_LENGTH6#',
        T.CRACK_WIDTH6 = '#CRACK_WIDTH6#',
        T.CRACK_LENGTH7 = '#CRACK_LENGTH7#',
        T.CRACK_WIDTH7 = '#CRACK_WIDTH7#',
        T.CRACK_LENGTH8 = '#CRACK_LENGTH8#',
        T.CRACK_WIDTH8 = '#CRACK_WIDTH8#',
        T.CRACK_LENGTH9 = '#CRACK_LENGTH9#',
        T.CRACK_WIDTH9 = '#CRACK_WIDTH9#',
        T.SAMPLE_THICKNESS = '#SAMPLE_THICKNESS#',
        T.SAMPLE_WIDTH = '#SAMPLE_WIDTH#',
        T.CLR1 = '#CLR1#',
        T.CTR1 = '#CTR1#',
        T.CSR1 = '#CSR1#',
        T.CLR2 = '#CLR2#',
        T.CTR2 = '#CTR2#',
        T.CSR2 = '#CSR2#',
        T.CLR3 = '#CLR3#',
        T.CTR3 = '#CTR3#',
        T.CSR3 = '#CSR3#',
        T.SEQ = '#SEQ#',
        T.CREATE_TIME = SYSDATE
 WHERE
T.REULST_NO = '#REULST_NO#'
		]]>
	</query>
	
	<query id="FrmLabDateParm.saveHicParmCLR" desc="腐蚀HIC实验：计算平均值">
		<![CDATA[
			DECLARE
  V_CHECK_NO     PIPE_CHECKCONSIGN_HIC_PARM.CHECK_NO%type := ?;
  V_SAMPLE_NO    PIPE_CHECKCONSIGN_HIC_PARM.SAMPLE_NO%type := ?;
  V_PHY_CODE_MAX PIPE_CHECKCONSIGN_HIC_PARM.PHY_CODE_MAX%type := ?;

  N1 NUMBER;
  N2 NUMBER;
  N3 NUMBER;
  N4 NUMBER;
  N5 NUMBER;
  N6 NUMBER;
  N7 NUMBER;
  N8 NUMBER;
  N9 NUMBER;
BEGIN
  UPDATE PIPE_CHECKCONSIGN_HIC_PARM T
     SET T.CLR1 = 100 * (NVL(T.CRACK_LENGTH1, 0) + NVL(T.CRACK_LENGTH2, 0) +
                  NVL(T.CRACK_LENGTH3, 0) + NVL(T.CRACK_LENGTH4, 0) +
                  NVL(T.CRACK_LENGTH5, 0) + NVL(T.CRACK_LENGTH6, 0) +
                  NVL(T.CRACK_LENGTH7, 0) + NVL(T.CRACK_LENGTH8, 0) +
                  NVL(T.CRACK_LENGTH9, 0)) / NVL(T.SAMPLE_WIDTH, 0),
         T.CTR1 = 100 * (NVL(T.CRACK_WIDTH1, 0) + NVL(T.CRACK_WIDTH2, 0) +
                  NVL(T.CRACK_WIDTH3, 0) + NVL(T.CRACK_WIDTH4, 0) +
                  NVL(T.CRACK_WIDTH5, 0) + NVL(T.CRACK_WIDTH6, 0) +
                  NVL(T.CRACK_WIDTH7, 0) + NVL(T.CRACK_WIDTH8, 0) +
                  NVL(T.CRACK_WIDTH9, 0)) / NVL(T.SAMPLE_THICKNESS, 0),
         T.CSR1 = 100 * (NVL(T.CRACK_LENGTH1, 0) * NVL(T.CRACK_WIDTH1, 0) +
                  NVL(T.CRACK_LENGTH2, 0) * NVL(T.CRACK_WIDTH2, 0) +
                  NVL(T.CRACK_LENGTH3, 0) * NVL(T.CRACK_WIDTH3, 0) +
                  NVL(T.CRACK_LENGTH4, 0) * NVL(T.CRACK_WIDTH4, 0) +
                  NVL(T.CRACK_LENGTH5, 0) * NVL(T.CRACK_WIDTH5, 0) +
                  NVL(T.CRACK_LENGTH6, 0) * NVL(T.CRACK_WIDTH6, 0) +
                  NVL(T.CRACK_LENGTH7, 0) * NVL(T.CRACK_WIDTH7, 0) +
                  NVL(T.CRACK_LENGTH8, 0) * NVL(T.CRACK_WIDTH8, 0) +
                  NVL(T.CRACK_LENGTH9, 0) * NVL(T.CRACK_WIDTH9, 0)) /
                  (NVL(T.SAMPLE_WIDTH, 0) * NVL(T.SAMPLE_THICKNESS, 0))
   WHERE T.CHECK_NO = V_CHECK_NO
     AND T.SAMPLE_NO = V_SAMPLE_NO
     AND T.PHY_CODE_MAX = V_PHY_CODE_MAX;

  FOR MYROW IN (select avg(T.CLR1) CLR1, avg(T.CTR1) CTR1, avg(T.CSR1) CSR1
                  from PIPE_CHECKCONSIGN_HIC_PARM t
                 WHERE T.CHECK_NO = V_CHECK_NO
                   AND T.SAMPLE_NO = V_SAMPLE_NO
                   AND T.PHY_CODE_MAX = V_PHY_CODE_MAX
                   AND T.SEQ BETWEEN 1 AND 3) LOOP
  
    UPDATE PIPE_CHECKCONSIGN_HIC_PARM T
       SET T.CLR2 = MYROW.CLR1, T.CTR2 = MYROW.CTR1, T.CSR2 = MYROW.CSR1
     WHERE T.CHECK_NO = V_CHECK_NO
       AND T.SAMPLE_NO = V_SAMPLE_NO
       AND T.PHY_CODE_MAX = V_PHY_CODE_MAX
       AND T.SEQ BETWEEN 1 AND 3;
  END LOOP;

  FOR MYROW2 IN (select avg(T.CLR1) CLR1, avg(T.CTR1) CTR1, avg(T.CSR1) CSR1
                   from PIPE_CHECKCONSIGN_HIC_PARM t
                  WHERE T.CHECK_NO = V_CHECK_NO
                    AND T.SAMPLE_NO = V_SAMPLE_NO
                    AND T.PHY_CODE_MAX = V_PHY_CODE_MAX
                    AND T.SEQ BETWEEN 4 AND 6) LOOP
  
    UPDATE PIPE_CHECKCONSIGN_HIC_PARM T
       SET T.CLR2 = MYROW2.CLR1, T.CTR2 = MYROW2.CTR1, T.CSR2 = MYROW2.CSR1
     WHERE T.CHECK_NO = V_CHECK_NO
       AND T.SAMPLE_NO = V_SAMPLE_NO
       AND T.PHY_CODE_MAX = V_PHY_CODE_MAX
       AND T.SEQ BETWEEN 4 AND 6;
  END LOOP;

  FOR MYROW3 IN (select avg(T.CLR1) CLR1, avg(T.CTR1) CTR1, avg(T.CSR1) CSR1
                   from PIPE_CHECKCONSIGN_HIC_PARM t
                  WHERE T.CHECK_NO = V_CHECK_NO
                    AND T.SAMPLE_NO = V_SAMPLE_NO
                    AND T.PHY_CODE_MAX = V_PHY_CODE_MAX
                    AND T.SEQ BETWEEN 7 AND 9) LOOP
  
    UPDATE PIPE_CHECKCONSIGN_HIC_PARM T
       SET T.CLR2 = MYROW3.CLR1, T.CTR2 = MYROW3.CTR1, T.CSR2 = MYROW3.CSR1
     WHERE T.CHECK_NO = V_CHECK_NO
       AND T.SAMPLE_NO = V_SAMPLE_NO
       AND T.PHY_CODE_MAX = V_PHY_CODE_MAX
       AND T.SEQ BETWEEN 7 AND 9;
  END LOOP;

  FOR MYROW4 IN (select avg(T.CLR2) CLR1, avg(T.CTR2) CTR1, avg(T.CSR2) CSR1
                   from PIPE_CHECKCONSIGN_HIC_PARM t
                  WHERE T.CHECK_NO = V_CHECK_NO
                    AND T.SAMPLE_NO = V_SAMPLE_NO
                    AND T.PHY_CODE_MAX = V_PHY_CODE_MAX) LOOP
  
    UPDATE PIPE_CHECKCONSIGN_HIC_PARM T
       SET T.CLR3 = MYROW4.CLR1, T.CTR3 = MYROW4.CTR1, T.CSR3 = MYROW4.CSR1
     WHERE T.CHECK_NO = V_CHECK_NO
       AND T.SAMPLE_NO = V_SAMPLE_NO
       AND T.PHY_CODE_MAX = V_PHY_CODE_MAX;
  END LOOP;

  --裂纹长度率（CLR）
  SELECT *
    INTO N1, N2, N3, N4, N5, N6, N7, N8, N9
    FROM (select Clr1, seq
            from PIPE_CHECKCONSIGN_HIC_PARM t
           WHERE T.CHECK_NO = V_CHECK_NO
             AND T.SAMPLE_NO = V_SAMPLE_NO
             AND T.PHY_CODE_MAX = V_PHY_CODE_MAX) PIVOT(MAX(Clr1) FOR seq IN(1,
                                                                             2,
                                                                             3,
                                                                             4,
                                                                             5,
                                                                             6,
                                                                             7,
                                                                             8,
                                                                             9));
  UPDATE PIPE_CHECKCONSIGN_PHYDETAIL P
     SET P.VALUE1  = TO_CHAR(N1, 'FM99990.000'),
         P.VALUE2  = TO_CHAR(N2, 'FM99990.000'),
         P.VALUE3  = TO_CHAR(N3, 'FM99990.000'),
         P.VALUE5  = TO_CHAR(N4, 'FM99990.000'),
         P.VALUE6  = TO_CHAR(N5, 'FM99990.000'),
         P.VALUE7  = TO_CHAR(N6, 'FM99990.000'),
         P.VALUE9  = TO_CHAR(N7, 'FM99990.000'),
         P.VALUE10 = TO_CHAR(N8, 'FM99990.000'),
         P.VALUE11 = TO_CHAR(N9, 'FM99990.000')
   WHERE P.CHECK_NO = V_CHECK_NO
     AND P.SAMPLE_NO = V_SAMPLE_NO
     AND P.PHY_CODE_MAX = V_PHY_CODE_MAX
     AND P.PHY_NAME LIKE '%CLR%';

  --裂纹厚度率（CTR）
  SELECT *
    INTO N1, N2, N3, N4, N5, N6, N7, N8, N9
    FROM (select CTR1, seq
            from PIPE_CHECKCONSIGN_HIC_PARM t
           WHERE T.CHECK_NO = V_CHECK_NO
             AND T.SAMPLE_NO = V_SAMPLE_NO
             AND T.PHY_CODE_MAX = V_PHY_CODE_MAX) PIVOT(MAX(CTR1) FOR seq IN(1,
                                                                             2,
                                                                             3,
                                                                             4,
                                                                             5,
                                                                             6,
                                                                             7,
                                                                             8,
                                                                             9));
  UPDATE PIPE_CHECKCONSIGN_PHYDETAIL P
     SET P.VALUE1  = TO_CHAR(N1, 'FM99990.000'),
         P.VALUE2  = TO_CHAR(N2, 'FM99990.000'),
         P.VALUE3  = TO_CHAR(N3, 'FM99990.000'),
         P.VALUE5  = TO_CHAR(N4, 'FM99990.000'),
         P.VALUE6  = TO_CHAR(N5, 'FM99990.000'),
         P.VALUE7  = TO_CHAR(N6, 'FM99990.000'),
         P.VALUE9  = TO_CHAR(N7, 'FM99990.000'),
         P.VALUE10 = TO_CHAR(N8, 'FM99990.000'),
         P.VALUE11 = TO_CHAR(N9, 'FM99990.000')
   WHERE P.CHECK_NO = V_CHECK_NO
     AND P.SAMPLE_NO = V_SAMPLE_NO
     AND P.PHY_CODE_MAX = V_PHY_CODE_MAX
     AND P.PHY_NAME LIKE '%CTR%';

  --裂纹敏感率（CSR）
  SELECT *
    INTO N1, N2, N3, N4, N5, N6, N7, N8, N9
    FROM (select CSR1, seq
            from PIPE_CHECKCONSIGN_HIC_PARM t
           WHERE T.CHECK_NO = V_CHECK_NO
             AND T.SAMPLE_NO = V_SAMPLE_NO
             AND T.PHY_CODE_MAX = V_PHY_CODE_MAX) PIVOT(MAX(CSR1) FOR seq IN(1,
                                                                             2,
                                                                             3,
                                                                             4,
                                                                             5,
                                                                             6,
                                                                             7,
                                                                             8,
                                                                             9));
  UPDATE PIPE_CHECKCONSIGN_PHYDETAIL P
     SET P.VALUE1  = TO_CHAR(N1, 'FM99990.000'),
         P.VALUE2  = TO_CHAR(N2, 'FM99990.000'),
         P.VALUE3  = TO_CHAR(N3, 'FM99990.000'),
         P.VALUE5  = TO_CHAR(N4, 'FM99990.000'),
         P.VALUE6  = TO_CHAR(N5, 'FM99990.000'),
         P.VALUE7  = TO_CHAR(N6, 'FM99990.000'),
         P.VALUE9  = TO_CHAR(N7, 'FM99990.000'),
         P.VALUE10 = TO_CHAR(N8, 'FM99990.000'),
         P.VALUE11 = TO_CHAR(N9, 'FM99990.000')
   WHERE P.CHECK_NO = V_CHECK_NO
     AND P.SAMPLE_NO = V_SAMPLE_NO
     AND P.PHY_CODE_MAX = V_PHY_CODE_MAX
     AND P.PHY_NAME LIKE '%CSR%';

  UPDATE PIPE_CHECKCONSIGN_PHYDETAIL P
     SET P.VALUE4        = TO_CHAR(ROUND((P.VALUE1 + P.VALUE2 + P.VALUE3) / 3,
                                         3),
                                   'FM99990.000'),
         P.VALUE8        = TO_CHAR(ROUND((P.VALUE5 + P.VALUE6 + P.VALUE7) / 3,
                                         3),
                                   'FM99990.000'),
         P.VALUE12       = TO_CHAR(ROUND((P.VALUE9 + P.VALUE10 + P.VALUE11) / 3,
                                         3),
                                   'FM99990.000'),
         P.AVERAGE_VALUE = TO_CHAR(ROUND((P.VALUE1 + P.VALUE2 + P.VALUE3 +
                                         P.VALUE5 + P.VALUE6 + P.VALUE7 +
                                         P.VALUE9 + P.VALUE10 + P.VALUE11) / 9,
                                         3),
                                   'FM99990.000')
   WHERE P.CHECK_NO = V_CHECK_NO
     AND P.SAMPLE_NO = V_SAMPLE_NO
     AND P.PHY_CODE_MAX = V_PHY_CODE_MAX;
END;
		]]>
	</query>
	
	
	<query id="FrmLabDateParm.selectSscdParm" desc="查询腐蚀SSC-D实验参数表">
		<![CDATA[
			select t.*
		  from PIPE_CHECKCONSIGN_SSCD_PARM t
		 WHERE T.CHECK_NO = ?
		   AND T.SAMPLE_NO = ?
		   AND T.PHY_CODE_MAX = ?
		]]>
	</query>
	
	<query id="FrmLabDateParm.selectSsc3Parm" desc="查询SSC-B法试验（三点弯曲）实验参数表">
		<![CDATA[
			select T.CHECK_NO,
       T.SAMPLE_NO,
       T.PHY_CODE_MAX,
       T.SEQ,
       T.SPECIMEN_SIZE,
       T.PSEUDO_STRESS,
       T.LOAD_DEFLECTION,
       DECODE(T.TEST_RESULTS, '-1', '破坏', '未破坏') TEST_RESULTS,
       T.SAMPLE_NO2,
       T.SC_VALUE1,
       T.SC_VALUE2,
       DECODE(T.IS_OK, '1', '有效', '0', '无效') IS_OK,
       '删除' BTN_DELETE
  from PIPE_CHECKCONSIGN_SSC3_PARM t
 WHERE T.CHECK_NO = ?
   AND T.SAMPLE_NO = ?
   AND T.PHY_CODE_MAX = ?
 ORDER BY T.SEQ
		]]>
	</query>
	
	<query id="FrmLabDateParm.selectPhydetail" desc="查询PIPE_CHECKCONSIGN_PHYDETAIL表信息">
		<![CDATA[
			SELECT T.PHYDETAIL_ID,
       T.CHECK_NO,
       T.BATCH_NO,
       T.SAMPLE_NO,
       T.INDEX_SEQ,
       T.DEPT_ID,
       T.PHY_CODE_MAX,
       T.PHY_NAME_MAX,
       T.PHY_CODE_MIN,
       T.PHY_NAME_MIN,
       T.PHY_CODE,
       T.PHY_NAME,
       T.PHY_UNIT,
       T.ITEM_CODE_F,
       T.ITEM_NAME_F,
       T.ITEM_CODE_W,
       T.ITEM_NAME_W,
       T.ITEM_CODE_S,
       T.ITEM_NAME_S,
       T.GROUP_SEQ,
       T.RESULT_COUNT,
       T.ISCHECK,
       T.ISJUDGE,
       T.ISQUOTE,
       T.PHY_TYPE,
       T.PHY_FORMULA,
       T.STDMIN_SIGN,
       T.STDMIN,
       T.STDMAX_SIGN,
       T.STDMAX,
       T.JUDGE_BASIS,
       T.STDMIN_SIGN2,
       T.STDMIN2,
       T.STDMAX_SIGN2,
       T.STDMAX2,
       T.STD_CHOOSE,
       T.STDMEMO,
       T.ADDCONDITION,
       T.ADDSTDCON_CODE,
       T.ADDSTD_MIN_SIGN,
       T.ADDSTD_MIN,
       T.ADDSTD_MAX_SIGN,
       T.ADDSTD_MAX,
       T.ADDPERCENT,
       T.BILLET_SAMPLE,
       T.REMARK,
       NVL(T.VALUE1,
           CASE
             WHEN T.PHY_CODE_MAX IN ('C0030','C0031','C0133') THEN
              '符合 Passed'
             ELSE
              ''
           END) VALUE1,
       NVL(T.VALUE2,
           CASE
             WHEN T.PHY_CODE_MAX IN ('C0030','C0031','C0133') THEN
              '符合 Passed'
             ELSE
              ''
           END) VALUE2,
       NVL(T.VALUE3,
           CASE
             WHEN T.PHY_CODE_MAX IN ('C0030','C0031','C0133') THEN
              '符合 Passed'
             ELSE
              ''
           END) VALUE3,
       T.VALUE4,
       T.VALUE5,
       T.VALUE6,
       T.VALUE7,
       T.VALUE8,
       T.VALUE9,
       T.VALUE10,
       T.VALUE11,
       T.VALUE12,
       T.VALUE13,
       T.VALUE14,
       T.VALUE15,
       T.AVERAGE_VALUE,
       T.IS_GOOD,
       T.IS_DEFECT,
       T.CALCULATION_FORMULA,
       T.SEQ,
       T.PHY_CODE_DIR,
       T.PHY_NAME_DIR,
       CASE
         WHEN INSTR(T.ITEM_NAME_W, '%') > 0 THEN
          TO_CHAR(SUBSTR(T.ITEM_NAME_W, INSTR(T.ITEM_NAME_W, '%') - 2, 2),
                  'FM999.0')
         ELSE
          ''
       END LOAD_LEVEL
  FROM PIPE_CHECKCONSIGN_PHYDETAIL T
 WHERE T.CHECK_NO = ?
   AND T.SAMPLE_NO = ?
   AND T.PHY_CODE_MAX = ?
		]]>
	</query>
	
	<query id="FrmLabDateParm.insertSscdParm" desc="新增腐蚀SSC-D实验参数表">
		<![CDATA[
				DECLARE
  V_CHECK_NO     PIPE_CHECKCONSIGN_SSCD_PARM.CHECK_NO%type := ?;
  V_SAMPLE_NO    PIPE_CHECKCONSIGN_SSCD_PARM.SAMPLE_NO%type := ?;
  V_PHY_CODE_MAX PIPE_CHECKCONSIGN_SSCD_PARM.PHY_CODE_MAX%type := ?;
  V_REULST_NO    PIPE_CHECKCONSIGN_SSCD_PARM.REULST_NO%type := NULL;
  acout          int := 0;
  j              int := 0;

BEGIN

  --生成 编号
  SELECT TO_CHAR(SYSDATE, 'YYMMDD') ||
         LPAD(NVL(MAX(SUBSTR(T.REULST_NO, 7)), 0) + 1, 6, 0) DI
    INTO V_REULST_NO
    FROM PIPE_CHECKCONSIGN_SSCD_PARM T
   WHERE TO_CHAR(T.CREATE_TIME, 'YYYY-MM-DD') =
         TO_CHAR(SYSDATE, 'YYYY-MM-DD');

  for i in 1 .. 3 loop
  
    INSERT INTO PIPE_CHECKCONSIGN_SSCD_PARM
      (REULST_NO, CHECK_NO, SAMPLE_NO, PHY_CODE_MAX, SEQ, CREATE_TIME)
    VALUES
      (V_REULST_NO + j,
       V_CHECK_NO,
       V_SAMPLE_NO,
       V_PHY_CODE_MAX,
       i,
       SYSDATE);
    j := j + 1;
  end loop;

END;
		]]>
	</query>
	
	<query id="FrmLabDateParm.saveSscdParm" desc="保存腐蚀SSC-D实验参数表">
		<![CDATA[
			UPDATE PIPE_CHECKCONSIGN_SSCD_PARM T
   SET T.HRC1 = '#HRC1#',
       T.HRC2                     = '#HRC2#',
       T.HRC3                     = '#HRC3#',
       T.SAMPLE_LENGTH            = '#SAMPLE_LENGTH#',
       T.SAMPLE_THICKNESS         = '#SAMPLE_THICKNESS#',
       T.ABDOMINAL_WALL_THICKNESS = '#ABDOMINAL_WALL_THICKNESS#',
       T.EDGE_PITCH               = '#EDGE_PITCH#',
       T.INITIAL_CRACK_LENGTH     = '#INITIAL_CRACK_LENGTH#',
       T.SAMPLE_WIDTH             = '#SAMPLE_WIDTH#',
       T.WIDTH_AFTER_LOAD         = '#WIDTH_AFTER_LOAD#',
       T.CRACK_LENGTH_AFTER_TEST1 = '#CRACK_LENGTH_AFTER_TEST1#',
       T.CRACK_LENGTH_AFTER_TEST2 = '#CRACK_LENGTH_AFTER_TEST2#',
       T.CRACK_LENGTH_AFTER_TEST3 = '#CRACK_LENGTH_AFTER_TEST3#',
       T.CRACK_LENGTH_AFTER_TEST4 = '#CRACK_LENGTH_AFTER_TEST4#',
       T.CRACK_LENGTH_AFTER_TEST5 = '#CRACK_LENGTH_AFTER_TEST5#',
       T.INTEGER1                 = '#INTEGER1#',
       T.CREATE_TIME              = SYSDATE
 WHERE T.REULST_NO = '#REULST_NO#'
		]]>
	</query>
	
	<query id="FrmLabDateParm.savePhydetail" desc="保存腐蚀SSC实验结果">
		<![CDATA[
			UPDATE PIPE_CHECKCONSIGN_PHYDETAIL T
   SET T.VALUE1 = '#VALUE1#', T.VALUE2 = '#VALUE2#', T.VALUE3 = '#VALUE3#'
 WHERE T.PHYDETAIL_ID = '#PHYDETAIL_ID#'
		]]>
	</query>
	
	<query id="FrmLabDateParm.savePhydetailSsc" desc="保存腐蚀SSC实验结果">
		<![CDATA[
			UPDATE PIPE_CHECKCONSIGN_PHYDETAIL T
   SET T.VALUE1 = ?, T.VALUE2 = ?, T.VALUE3 = ?
 WHERE T.CHECK_NO = ?
   AND T.SAMPLE_NO = ?
   AND T.PHY_CODE_MAX = ?
		]]>
	</query>
	
	<query id="FrmLabDateParm.saveSscdParmKISCC" desc="腐蚀SSC-D实验:计算平均值">
		<![CDATA[
			DECLARE
  V_CHECK_NO     PIPE_CHECKCONSIGN_SSCD_PARM.CHECK_NO%type := ?;
  V_SAMPLE_NO    PIPE_CHECKCONSIGN_SSCD_PARM.SAMPLE_NO%type := ?;
  V_PHY_CODE_MAX PIPE_CHECKCONSIGN_SSCD_PARM.PHY_CODE_MAX%type := ?;

  N1 NUMBER;
  N2 NUMBER;
  N3 NUMBER;
BEGIN

  FOR MYROW IN (select T.REULST_NO,
                       (T.HRC1 + T.HRC2 + T.HRC3) / 3 HRC_AV,
                       ((T.CRACK_LENGTH_AFTER_TEST1 +
                       T.CRACK_LENGTH_AFTER_TEST2 +
                       T.CRACK_LENGTH_AFTER_TEST3) / 3 +
                       (T.CRACK_LENGTH_AFTER_TEST4 +
                       T.CRACK_LENGTH_AFTER_TEST5) / 2) / 2 - T.EDGE_PITCH A,
                       T.SAMPLE_WIDTH / 2 H
                  from PIPE_CHECKCONSIGN_SSCD_PARM t
                 WHERE T.CHECK_NO = V_CHECK_NO
                   AND T.SAMPLE_NO = V_SAMPLE_NO
                   AND T.PHY_CODE_MAX = V_PHY_CODE_MAX) LOOP
  
    UPDATE PIPE_CHECKCONSIGN_SSCD_PARM T
       SET T.KISCC        = T.INTEGER1 * MYROW.A / 1000 *
                            (2 * sqrt(3) + 2.38 * MYROW.H / MYROW.A) *
                            power(T.SAMPLE_THICKNESS /
                                  T.ABDOMINAL_WALL_THICKNESS,
                                  1 / sqrt(3)) / T.SAMPLE_THICKNESS / 1000 /
                            power(MYROW.H / 1000, 1.5),
           T.CRACK_LENGTH = MYROW.A,
           T.HRC_AV       = MYROW.HRC_AV
     WHERE T.CHECK_NO = V_CHECK_NO
       AND T.SAMPLE_NO = V_SAMPLE_NO
       AND T.PHY_CODE_MAX = V_PHY_CODE_MAX
       AND T.REULST_NO = MYROW.REULST_NO;
  END LOOP;

  FOR MYROW IN (select avg(T.KISCC) KISCC
                  from PIPE_CHECKCONSIGN_SSCD_PARM t
                 WHERE T.CHECK_NO = V_CHECK_NO
                   AND T.SAMPLE_NO = V_SAMPLE_NO
                   AND T.PHY_CODE_MAX = V_PHY_CODE_MAX) LOOP
  
    UPDATE PIPE_CHECKCONSIGN_SSCD_PARM T
       SET T.KISCC_AVG = MYROW.KISCC
     WHERE T.CHECK_NO = V_CHECK_NO
       AND T.SAMPLE_NO = V_SAMPLE_NO
       AND T.PHY_CODE_MAX = V_PHY_CODE_MAX;
  END LOOP;

  SELECT *
    INTO N1, N2, N3
    FROM (select KISCC, seq
            from PIPE_CHECKCONSIGN_SSCD_PARM t
           WHERE T.CHECK_NO = V_CHECK_NO
             AND T.SAMPLE_NO = V_SAMPLE_NO
             AND T.PHY_CODE_MAX = V_PHY_CODE_MAX) PIVOT(MAX(KISCC) FOR seq IN(1,
                                                                              2,
                                                                              3));
  UPDATE PIPE_CHECKCONSIGN_PHYDETAIL P
     SET P.VALUE1        = TO_CHAR(N1, 'FM99990.00'),
         P.VALUE2        = TO_CHAR(N2, 'FM99990.00'),
         P.VALUE3        = TO_CHAR(N3, 'FM99990.00'),
         P.AVERAGE_VALUE = ROUND((N1 + N2 + N3) / 3, 1)
   WHERE P.CHECK_NO = V_CHECK_NO
     AND P.SAMPLE_NO = V_SAMPLE_NO
     AND P.PHY_CODE_MAX = V_PHY_CODE_MAX;

END;
		]]>
	</query>
	
	<query id="FrmLabDateParm.saveLabDateParmSqlD" desc="D法赋值">
		<![CDATA[
			DECLARE
  V_CHECK_NO     PIPE_CHECKCONSIGN_SSCD_PARM.CHECK_NO%type := ?;
  V_SAMPLE_NO    PIPE_CHECKCONSIGN_SSCD_PARM.SAMPLE_NO%type := ?;
  V_PHY_CODE_MAX PIPE_CHECKCONSIGN_SSCD_PARM.PHY_CODE_MAX%type := ?;

  N1 NUMBER;
  N2 NUMBER;
  N3 NUMBER;
  C1 NUMBER;
  C2 NUMBER;
  C3 NUMBER;
  A1 NUMBER;
  A2 NUMBER;
  A3 NUMBER;
  B1 NUMBER;
  B2 NUMBER;
  B3 NUMBER;
BEGIN

  SELECT *
    INTO N1, N2, N3
    FROM (select INTEGER1, seq
            from PIPE_CHECKCONSIGN_SSCD_PARM t
           WHERE T.CHECK_NO = V_CHECK_NO
             AND T.SAMPLE_NO = V_SAMPLE_NO
             AND T.PHY_CODE_MAX = V_PHY_CODE_MAX) PIVOT(MAX(INTEGER1) FOR seq IN(1,
                                                                                 2,
                                                                                 3));
  SELECT *
    INTO C1, C2, C3
    FROM (select CRACK_LENGTH, seq
            from PIPE_CHECKCONSIGN_SSCD_PARM t
           WHERE T.CHECK_NO = V_CHECK_NO
             AND T.SAMPLE_NO = V_SAMPLE_NO
             AND T.PHY_CODE_MAX = V_PHY_CODE_MAX) PIVOT(MAX(CRACK_LENGTH) FOR seq IN(1,
                                                                                     2,
                                                                                     3));

  SELECT *
    INTO A1, A2, A3
    FROM (select WIDTH_AFTER_LOAD, seq
            from PIPE_CHECKCONSIGN_SSCD_PARM t
           WHERE T.CHECK_NO = V_CHECK_NO
             AND T.SAMPLE_NO = V_SAMPLE_NO
             AND T.PHY_CODE_MAX = V_PHY_CODE_MAX) PIVOT(MAX(WIDTH_AFTER_LOAD) FOR seq IN(1,
                                                                                         2,
                                                                                         3));
  SELECT *
    INTO B1, B2, B3
    FROM (select SAMPLE_WIDTH, seq
            from PIPE_CHECKCONSIGN_SSCD_PARM t
           WHERE T.CHECK_NO = V_CHECK_NO
             AND T.SAMPLE_NO = V_SAMPLE_NO
             AND T.PHY_CODE_MAX = V_PHY_CODE_MAX) PIVOT(MAX(SAMPLE_WIDTH) FOR seq IN(1,
                                                                                     2,
                                                                                     3));
  UPDATE PIPE_CHECKCONSIGN_LAB_RESULT P
     SET P.PRESET_LOAD1  = N1,
         P.PRESET_LOAD2  = N2,
         P.PRESET_LOAD3  = N3,
         P.CRACK_LENGTH1 = TO_CHAR(C1, 'FM99990.00'),
         P.CRACK_LENGTH2 = TO_CHAR(C2, 'FM99990.00'),
         P.CRACK_LENGTH3 = TO_CHAR(C3, 'FM99990.00'),
         P.ACTUAL_LOAD1  = TO_CHAR(A1 - B1, 'FM99990.00'),
         P.ACTUAL_LOAD2  = TO_CHAR(A2 - B2, 'FM99990.00'),
         P.ACTUAL_LOAD3  = TO_CHAR(A3 - B3, 'FM99990.00')
   WHERE P.CHECK_NO = V_CHECK_NO
     AND P.SAMPLE_NO = V_SAMPLE_NO
     AND P.PHY_CODE_MAX = V_PHY_CODE_MAX;
END;
		]]>
	</query>
	
	<query id="FrmLabDateParm.selectCount" desc="查询PIPE_CHECKCONSIGN_LAB_RESULT是否有数据">
		<![CDATA[
			select count(1) ACOUNT
  from PIPE_CHECKCONSIGN_LAB_RESULT t
 where t.check_no = ?
   and t.sample_no = ?
   and t.phy_code_max = ?
		]]>
	</query>
	
	<query id="FrmLabDateParm.UpdateFilePath" desc="上传图片">
		<![CDATA[
			UPDATE PIPE_CHECKCONSIGN_DETAIL T
			   SET #FILE_PATH# = ?
			 WHERE T.CHECK_NO = ?
			   AND T.SAMPLE_NO = ?
			   AND T.PHY_CODE_MAX = ?	
		]]>
	</query>
	
	<query id="FrmLabDateParm.saveSscbParm" desc="计算 腐蚀SSC-b实验参数">
		<![CDATA[
UPDATE PIPE_CHECKCONSIGN_LAB_RESULT T
   SET T.ACTUAL_LOAD1    = CEIL(100 * NVL(T.YSMIN1, 0) *
                                NVL(T.LOAD_LEVEL, 0) / 100 *
                                (3 * 100 * 100 - 4 * 25 * 25) /
                                (12 * 206000 *
                                SUBSTR(T.SPECIMEN_SIZE1,
                                        INSTR(REPLACE(T.SPECIMEN_SIZE1,
                                                      '×',
                                                      '*'),
                                              '*',
                                              1,
                                              2) + 1))) / 100,
       T.ACTUAL_LOAD2    = CEIL(100 * NVL(T.YSMIN2, 0) *
                                NVL(T.LOAD_LEVEL, 0) / 100 *
                                (3 * 100 * 100 - 4 * 25 * 25) /
                                (12 * 206000 *
                                SUBSTR(T.SPECIMEN_SIZE2,
                                        INSTR(REPLACE(T.SPECIMEN_SIZE2,
                                                      '×',
                                                      '*'),
                                              '*',
                                              1,
                                              2) + 1))) / 100,
       T.ACTUAL_LOAD3    = CEIL(100 * NVL(T.YSMIN3, 0) *
                                NVL(T.LOAD_LEVEL, 0) / 100 *
                                (3 * 100 * 100 - 4 * 25 * 25) /
                                (12 * 206000 *
                                SUBSTR(T.SPECIMEN_SIZE3,
                                        INSTR(REPLACE(T.SPECIMEN_SIZE3,
                                                      '×',
                                                      '*'),
                                              '*',
                                              1,
                                              2) + 1))) / 100,
       T.ACTUAL_S_YSMIN1 = ROUND(CEIL(100 * NVL(T.YSMIN1, 0) *
                                      NVL(T.LOAD_LEVEL, 0) / 100 *
                                      (3 * 100 * 100 - 4 * 25 * 25) /
                                      (12 * 206000 *
                                      SUBSTR(T.SPECIMEN_SIZE1,
                                              INSTR(REPLACE(T.SPECIMEN_SIZE1,
                                                            '×',
                                                            '*'),
                                                    '*',
                                                    1,
                                                    2) + 1))) /
                                 (NVL(T.YSMIN1, 0) *
                                  (3 * 100 * 100 - 4 * 25 * 25) /
                                  (12 * 206000 *
                                   SUBSTR(T.SPECIMEN_SIZE1,
                                          INSTR(REPLACE(T.SPECIMEN_SIZE1,
                                                        '×',
                                                        '*'),
                                                '*',
                                                1,
                                                2) + 1))),
                                 1),
       T.ACTUAL_S_YSMIN2 = ROUND(CEIL(100 * NVL(T.YSMIN2, 0) *
                                      NVL(T.LOAD_LEVEL, 0) / 100 *
                                      (3 * 100 * 100 - 4 * 25 * 25) /
                                      (12 * 206000 *
                                      SUBSTR(T.SPECIMEN_SIZE2,
                                              INSTR(REPLACE(T.SPECIMEN_SIZE2,
                                                            '×',
                                                            '*'),
                                                    '*',
                                                    1,
                                                    2) + 1))) /
                                 (NVL(T.YSMIN2, 0) *
                                  (3 * 100 * 100 - 4 * 25 * 25) /
                                  (12 * 206000 *
                                   SUBSTR(T.SPECIMEN_SIZE2,
                                          INSTR(REPLACE(T.SPECIMEN_SIZE2,
                                                        '×',
                                                        '*'),
                                                '*',
                                                1,
                                                2) + 1))),
                                 1),
       T.ACTUAL_S_YSMIN3 = ROUND(CEIL(100 * NVL(T.YSMIN3, 0) *
                                      NVL(T.LOAD_LEVEL, 0) / 100 *
                                      (3 * 100 * 100 - 4 * 25 * 25) /
                                      (12 * 206000 *
                                      SUBSTR(T.SPECIMEN_SIZE3,
                                              INSTR(REPLACE(T.SPECIMEN_SIZE3,
                                                            '×',
                                                            '*'),
                                                    '*',
                                                    1,
                                                    2) + 1))) /
                                 (NVL(T.YSMIN3, 0) *
                                  (3 * 100 * 100 - 4 * 25 * 25) /
                                  (12 * 206000 *
                                   SUBSTR(T.SPECIMEN_SIZE3,
                                          INSTR(REPLACE(T.SPECIMEN_SIZE3,
                                                        '×',
                                                        '*'),
                                                '*',
                                                1,
                                                2) + 1))),
                                 1)

 WHERE T.CHECK_NO = ?
   AND T.SAMPLE_NO = ?
   AND T.PHY_CODE_MAX = ?
		]]>
	</query>
	
	<query id="FrmLabDateParm.saveSscAParm" desc="计算 腐蚀SSC-A实验参数">
		<![CDATA[
DECLARE
  V_CHECK_NO     PIPE_CHECKCONSIGN_LAB_RESULT.CHECK_NO%type := ?;
  V_SAMPLE_NO    PIPE_CHECKCONSIGN_LAB_RESULT.SAMPLE_NO%type := ?;
  V_PHY_CODE_MAX PIPE_CHECKCONSIGN_LAB_RESULT.PHY_CODE_MAX%type := ?;
BEGIN
  FOR MYROW1 IN (SELECT T.*,
                        T1.*,
                        T.YSMIN1 * T.SPECIMEN_SIZE1 * T.SPECIMEN_SIZE1 *
                        3.1415926 / 4 ZHL,
                        T.YSMIN1 * T.SPECIMEN_SIZE1 * T.SPECIMEN_SIZE1 *
                        3.1415926 / 4 / 9.806655 ZHL2
                   FROM PIPE_CHECKCONSIGN_LAB_RESULT T,
                        PIPE_STRESSRING_PARM         T1
                  WHERE T.CHECK_NO = V_CHECK_NO
                    AND T.SAMPLE_NO = V_SAMPLE_NO
                    AND T.PHY_CODE_MAX = V_PHY_CODE_MAX
                    AND T.PROOF_RING_NO1 = T1.STRESSRING_NO) LOOP
  
    UPDATE PIPE_CHECKCONSIGN_LAB_RESULT T
       SET T.YING_ACTUAL_LOAD1 = TO_CHAR(DECODE(MYROW1.STRESSRING_TYPE,
                                             'A',
                                             (MYROW1.V6 * MYROW1.ZHL +
                                             MYROW1.V7) * MYROW1.LOAD_LEVEL / 100,
                                             'B',
                                             (MYROW1.ZHL2 * MYROW1.ZHL2 *
                                             MYROW1.ZHL2 * MYROW1.V5 +
                                             MYROW1.ZHL2 * MYROW1.ZHL2 *
                                             MYROW1.V6 +
                                             MYROW1.ZHL2 * MYROW1.V7 +
                                             MYROW1.V8) * MYROW1.LOAD_LEVEL / 100),
                                      'FM99990.00')
     WHERE T.CHECK_NO = V_CHECK_NO
       AND T.SAMPLE_NO = V_SAMPLE_NO
       AND T.PHY_CODE_MAX = V_PHY_CODE_MAX;
  
    UPDATE PIPE_CHECKCONSIGN_LAB_RESULT T
       SET T.ACTUAL_LOAD1    = T.YING_ACTUAL_LOAD1 + T.YING_ADD1,
           T.ACTUAL_S_YSMIN1 = ROUND(DECODE(MYROW1.STRESSRING_TYPE,
                                            'A',
                                            100 * (T.YING_ACTUAL_LOAD1 +T.YING_ADD1) /
                                            (MYROW1.V6 * MYROW1.ZHL +
                                            MYROW1.V7),
                                            'B',
                                            100 * (T.YING_ACTUAL_LOAD1 + T.YING_ADD1) /
                                            (MYROW1.ZHL2 * MYROW1.ZHL2 *
                                            MYROW1.ZHL2 * MYROW1.V5 +
                                            MYROW1.ZHL2 * MYROW1.ZHL2 *
                                            MYROW1.V6 +
                                            MYROW1.ZHL2 * MYROW1.V7 +
                                            MYROW1.V8)),
                                     1)
     WHERE T.CHECK_NO = V_CHECK_NO
       AND T.SAMPLE_NO = V_SAMPLE_NO
       AND T.PHY_CODE_MAX = V_PHY_CODE_MAX;
  END LOOP;

  FOR MYROW2 IN (SELECT T.*,
                        T1.*,
                        T.YSMIN2 * T.SPECIMEN_SIZE2 * T.SPECIMEN_SIZE2 *
                        3.1415926 / 4 ZHL,
                        T.YSMIN2 * T.SPECIMEN_SIZE2 * T.SPECIMEN_SIZE2 *
                        3.1415926 / 4 / 9.806655 ZHL2
                   FROM PIPE_CHECKCONSIGN_LAB_RESULT T,
                        PIPE_STRESSRING_PARM         T1
                  WHERE T.CHECK_NO = V_CHECK_NO
                    AND T.SAMPLE_NO = V_SAMPLE_NO
                    AND T.PHY_CODE_MAX = V_PHY_CODE_MAX
                    AND T.PROOF_RING_NO2 = T1.STRESSRING_NO) LOOP
  
    UPDATE PIPE_CHECKCONSIGN_LAB_RESULT T
       SET T.YING_ACTUAL_LOAD2 = TO_CHAR(DECODE(MYROW2.STRESSRING_TYPE,
                                             'A',
                                             (MYROW2.V6 * MYROW2.ZHL +
                                             MYROW2.V7) * MYROW2.LOAD_LEVEL2 / 100,
                                             'B',
                                             (MYROW2.ZHL2 * MYROW2.ZHL2 *
                                             MYROW2.ZHL2 * MYROW2.V5 +
                                             MYROW2.ZHL2 * MYROW2.ZHL2 *
                                             MYROW2.V6 +
                                             MYROW2.ZHL2 * MYROW2.V7 +
                                             MYROW2.V8) * MYROW2.LOAD_LEVEL2 / 100),
                                      'FM99990.00')
     WHERE T.CHECK_NO = V_CHECK_NO
       AND T.SAMPLE_NO = V_SAMPLE_NO
       AND T.PHY_CODE_MAX = V_PHY_CODE_MAX;
  
    UPDATE PIPE_CHECKCONSIGN_LAB_RESULT T
       SET T.ACTUAL_LOAD2    = T.YING_ACTUAL_LOAD2 +T.YING_ADD2,
           T.ACTUAL_S_YSMIN2 = ROUND(DECODE(MYROW2.STRESSRING_TYPE,
                                            'A',
                                            100 * (T.YING_ACTUAL_LOAD2 + T.YING_ADD2) /
                                            (MYROW2.V6 * MYROW2.ZHL +
                                            MYROW2.V7),
                                            'B',
                                            100 * (T.YING_ACTUAL_LOAD2 + T.YING_ADD2) /
                                            (MYROW2.ZHL2 * MYROW2.ZHL2 *
                                            MYROW2.ZHL2 * MYROW2.V5 +
                                            MYROW2.ZHL2 * MYROW2.ZHL2 *
                                            MYROW2.V6 +
                                            MYROW2.ZHL2 * MYROW2.V7 +
                                            MYROW2.V8)),
                                     1)
     WHERE T.CHECK_NO = V_CHECK_NO
       AND T.SAMPLE_NO = V_SAMPLE_NO
       AND T.PHY_CODE_MAX = V_PHY_CODE_MAX;
  END LOOP;

  FOR MYROW3 IN (SELECT T.*,
                        T1.*,
                        T.YSMIN3 * T.SPECIMEN_SIZE3 * T.SPECIMEN_SIZE3 *
                        3.1415926 / 4 ZHL,
                        T.YSMIN3 * T.SPECIMEN_SIZE3 * T.SPECIMEN_SIZE3 *
                        3.1415926 / 4 / 9.806655 ZHL2
                   FROM PIPE_CHECKCONSIGN_LAB_RESULT T,
                        PIPE_STRESSRING_PARM         T1
                  WHERE T.CHECK_NO = V_CHECK_NO
                    AND T.SAMPLE_NO = V_SAMPLE_NO
                    AND T.PHY_CODE_MAX = V_PHY_CODE_MAX
                    AND T.PROOF_RING_NO3 = T1.STRESSRING_NO) LOOP
  
    UPDATE PIPE_CHECKCONSIGN_LAB_RESULT T
       SET T.YING_ACTUAL_LOAD3 = TO_CHAR(DECODE(MYROW3.STRESSRING_TYPE,
                                             'A',
                                             (MYROW3.V6 * MYROW3.ZHL +
                                             MYROW3.V7) * MYROW3.LOAD_LEVEL3 / 100,
                                             'B',
                                             (MYROW3.ZHL2 * MYROW3.ZHL2 *
                                             MYROW3.ZHL2 * MYROW3.V5 +
                                             MYROW3.ZHL2 * MYROW3.ZHL2 *
                                             MYROW3.V6 +
                                             MYROW3.ZHL2 * MYROW3.V7 +
                                             MYROW3.V8) * MYROW3.LOAD_LEVEL3 / 100),
                                      'FM99990.00')
     WHERE T.CHECK_NO = V_CHECK_NO
       AND T.SAMPLE_NO = V_SAMPLE_NO
       AND T.PHY_CODE_MAX = V_PHY_CODE_MAX;
  
    UPDATE PIPE_CHECKCONSIGN_LAB_RESULT T
       SET T.ACTUAL_LOAD3    = T.YING_ACTUAL_LOAD3 + T.YING_ADD3,
           T.ACTUAL_S_YSMIN3 = ROUND(DECODE(MYROW3.STRESSRING_TYPE,
                                            'A',
                                            100 * (T.YING_ACTUAL_LOAD3 + T.YING_ADD3) /
                                            (MYROW3.V6 * MYROW3.ZHL +
                                            MYROW3.V7),
                                            'B',
                                            100 * (T.YING_ACTUAL_LOAD3 + T.YING_ADD3) /
                                            (MYROW3.ZHL2 * MYROW3.ZHL2 *
                                            MYROW3.ZHL2 * MYROW3.V5 +
                                            MYROW3.ZHL2 * MYROW3.ZHL2 *
                                            MYROW3.V6 +
                                            MYROW3.ZHL2 * MYROW3.V7 +
                                            MYROW3.V8)),
                                     1)
     WHERE T.CHECK_NO = V_CHECK_NO
       AND T.SAMPLE_NO = V_SAMPLE_NO
       AND T.PHY_CODE_MAX = V_PHY_CODE_MAX;
  END LOOP;
END;
		]]>
	</query>
	
	<query id="FrmLabDateParm.deleteSsc3" desc="删除SSC-B法试验（三点弯曲）实验参数表">
		<![CDATA[
			DELETE FROM PIPE_CHECKCONSIGN_SSC3_PARM T
 WHERE T.CHECK_NO = ?
   AND T.SAMPLE_NO = ?
   AND T.PHY_CODE_MAX = ?
		]]>
	</query>
	<query id="FrmLabDateParm.addSsc3" desc="新增SSC-B法试验（三点弯曲）实验参数表">
		<![CDATA[
			INSERT INTO PIPE_CHECKCONSIGN_SSC3_PARM
  (CHECK_NO,
   SAMPLE_NO,
   PHY_CODE_MAX,
   SEQ,
   SPECIMEN_SIZE,
   PSEUDO_STRESS,
   LOAD_DEFLECTION,
   TEST_RESULTS,
   SAMPLE_NO2)
VALUES
  ('#CHECK_NO#',
   '#SAMPLE_NO#',
   '#PHY_CODE_MAX#',
   '#SEQ#',
   '#SPECIMEN_SIZE#',
   '#PSEUDO_STRESS#',
   '#LOAD_DEFLECTION#',
   '#TEST_RESULTS#',
   '#SAMPLE_NO2#')
		]]>
	</query>
	<query id="FrmLabDateParm.saveSsc3" desc="计算SSC-B法试验（三点弯曲）实验参数表">
		<![CDATA[
			DECLARE
  V_CHECK_NO     PIPE_CHECKCONSIGN_SSC3_PARM.CHECK_NO%type := ?;
  V_SAMPLE_NO    PIPE_CHECKCONSIGN_SSC3_PARM.SAMPLE_NO%type := ?;
  V_PHY_CODE_MAX PIPE_CHECKCONSIGN_SSC3_PARM.PHY_CODE_MAX%type := ?;
  V_SC_VALUE1    PIPE_CHECKCONSIGN_SSC3_PARM.SC_VALUE1%type := null;
  V_SC_VALUE2    PIPE_CHECKCONSIGN_SSC3_PARM.SC_VALUE2%type := null;
BEGIN
  SELECT TO_CHAR((SUM(T.PSEUDO_STRESS) / 68.95 + 2 * SUM(T.TEST_RESULTS)) /
                 COUNT(1),
                 'FM99990.00')
    INTO V_SC_VALUE1
    FROM PIPE_CHECKCONSIGN_SSC3_PARM T
   WHERE T.CHECK_NO = V_CHECK_NO
     AND T.SAMPLE_NO = V_SAMPLE_NO
     AND T.PHY_CODE_MAX = V_PHY_CODE_MAX;
  FOR MYROW IN (SELECT *
                  FROM PIPE_CHECKCONSIGN_SSC3_PARM T
                 WHERE T.CHECK_NO = V_CHECK_NO
                   AND T.SAMPLE_NO = V_SAMPLE_NO
                   AND T.PHY_CODE_MAX = V_PHY_CODE_MAX) LOOP
    UPDATE PIPE_CHECKCONSIGN_SSC3_PARM T
       SET T.SC_VALUE1 = V_SC_VALUE1,
           T.IS_OK = CASE
                       WHEN to_number(68.95 * V_SC_VALUE1 + 210) >
                            to_number(T.PSEUDO_STRESS) AND
                            to_number(68.95 * V_SC_VALUE1 - 210) <
                            to_number(T.PSEUDO_STRESS) THEN
                        '1'
                       ELSE
                        '0'
                     END
     WHERE T.CHECK_NO = V_CHECK_NO
       AND T.SAMPLE_NO = V_SAMPLE_NO
       AND T.PHY_CODE_MAX = V_PHY_CODE_MAX
       AND T.SEQ = MYROW.SEQ;
  END LOOP;

  SELECT TO_CHAR((SUM(T.PSEUDO_STRESS) / 68.95 + 2 * SUM(T.TEST_RESULTS)) /
                 COUNT(1),
                 'FM99990.00')
    INTO V_SC_VALUE2
    FROM PIPE_CHECKCONSIGN_SSC3_PARM T
   WHERE T.CHECK_NO = V_CHECK_NO
     AND T.SAMPLE_NO = V_SAMPLE_NO
     AND T.PHY_CODE_MAX = V_PHY_CODE_MAX
     AND T.IS_OK = '1';

  UPDATE PIPE_CHECKCONSIGN_SSC3_PARM T
     SET T.SC_VALUE2 = V_SC_VALUE2
   WHERE T.CHECK_NO = V_CHECK_NO
     AND T.SAMPLE_NO = V_SAMPLE_NO
     AND T.PHY_CODE_MAX = V_PHY_CODE_MAX;

  UPDATE PIPE_CHECKCONSIGN_PHYDETAIL T
     SET T.VALUE1 = V_SC_VALUE2
   WHERE T.CHECK_NO = V_CHECK_NO
     AND T.SAMPLE_NO = V_SAMPLE_NO
     AND T.PHY_CODE_MAX = V_PHY_CODE_MAX;
END;
		]]>
	</query>

</queryMap>