public void RunningErrors(int wn, string er)
{
RealTimeCUVDataInfo rt = myBatis.GetRealTimeCUVDataByWorkNo(wn);
if (rt == null)
{
return;
}
switch (rt.WorkType)
{
case WORKTYPE.N:
case WORKTYPE.E:
SampleResultInfo samResInfo = myBatis.GetNORResult(rt);
samResInfo.Remarks += "|" + er + "|";
myBatis.UpdateNORResultRunLog(samResInfo);
break;
case WORKTYPE.B:
case WORKTYPE.S:
CalibrationResultinfo calibResInfo = myBatis.QueryCalibResultInfoByTCNO(rt);
calibResInfo.Remarks += "|" + er + "|";
myBatis.UpdateCalibResultRunLog(calibResInfo);
break;
case WORKTYPE.C:
QualityControlResultInfo qcResInfo = myBatis.GetQCResult(rt);
qcResInfo.Remarks += "|" + er + "|";
myBatis.UpdateQCResultRunLog(qcResInfo);
break;
}
}
public bool GetResultBeExistFromRealTimeWorkNum(int workNo, out RealTimeCUVDataInfo rt)
{
bool bExist = false;
rt = myBatis.GetRealTimeCUVDataByWorkNo(workNo);
if (rt == null)
{
return(bExist);
}
switch (rt.WorkType)
{
case WORKTYPE.N:
case WORKTYPE.E:
SampleResultInfo samResInfo = myBatis.GetNORResult(rt);
if (samResInfo == null)
{
bExist = false;
}
else
{
bExist = true;
}
break;
case WORKTYPE.B:
case WORKTYPE.S:
CalibrationResultinfo calibResInfo = myBatis.QueryCalibResultInfoByTCNO(rt);
if (calibResInfo == null)
{
bExist = false;
}
else
{
bExist = true;
}
break;
case WORKTYPE.C:
QualityControlResultInfo qcResInfo = myBatis.GetQCResult(rt);
if (qcResInfo == null)
{
bExist = false;
}
else
{
bExist = true;
}
break;
}
return(bExist);
}
private void RealTimeCalculate(RealTimeCUVDataInfo realTimeData)
{
SampleResultInfo norResult = null;
switch (realTimeData.WorkType)
{
case WORKTYPE.N:
case WORKTYPE.E:
norResult = myBatis.GetNORResult(realTimeData) as SampleResultInfo;
if (norResult != null)
{
if (resultService.IsResultRight(norResult.ToString()) == true)
{
norResult.AbsValue = resultService.GetResultAbsValue(norResult);
float rc = resultService.GetResultConcValue(norResult);
norResult.ConcResult = rc < 0 ? 0 : rc;
}
else
{
norResult.AbsValue = -1;
norResult.ConcResult = -1;
}
//时时结果处理
myBatis.UpdateCurrentNORResult(norResult);
// resultService.ProcessCurrentNormalResultCalValue(norResult); 针对计算项目，在前台计算
resultService.AnalyzeResult(norResult);
//resultService.SetIntradayNorResultCalculated(true, norResult);
}
break;
case WORKTYPE.B:
case WORKTYPE.S:
CalibrationResultinfo calibResInfo = myBatis.QueryCalibResultInfoByTCNO(realTimeData); //根据进程编号获取需要更新的校准结果记录
if (calibResInfo != null)
{
if (resultService.IsResultRight(calibResInfo.Remarks) == true)
{
calibResInfo.CalibAbs = resultService.GetResultAbsValue(calibResInfo);
/*显示定标实际测量值
* AssayRunPara ar = new AssayRunParaService().Get(R.ItemName) as AssayRunPara;
* if(ar!=null)
* {
* float k = (ar.SDTVol.VolPre+ar.SDTVol.VolDil)/ar.SDTVol.VolPre;
* R.RAbsValue = (float.Parse(R.RAbsValue) * k).ToString("#0.0000");
* }
* */
//R.RConcValue = resultService.GetResultConcValue(R).ToString("#0.0000");
}
else
{
calibResInfo.CalibAbs = -1;
// R.RConcValue = "NA";
}
calibResInfo.TCNO = realTimeData.TC;
myBatis.UpdateSDTTaskState(calibResInfo.SampleNum, calibResInfo.ProjectName, calibResInfo.CalibratorName, calibResInfo.CalibrationDT, TaskState.SUCC);
resultService.OnSDTCalibrateCurve(calibResInfo);
//resultService.SetSDTResultCalculated(true, R);
}
break;
case WORKTYPE.C:
QualityControlResultInfo qCResInfo = myBatis.GetQCResult(realTimeData);
if (qCResInfo != null)
{
if (resultService.IsResultRight(qCResInfo.Remarks) == true)
{
qCResInfo.AbsValue = resultService.GetResultAbsValue(qCResInfo);
qCResInfo.ConcResult = resultService.GetResultConcValue(qCResInfo);
}
else
{
qCResInfo.AbsValue = -1;
qCResInfo.ConcResult = -1;
}
myBatis.UpdateQCResult(qCResInfo);
//resultService.SetQCResultCalculated(true, R);
}
break;
}
}
