//获取前驱界限
public static float GetProzontLimitValue(TimeCourseInfo T, AssayProjectParamInfo A, string VT, string VS)
{
float[] AbsList = ProcessAbsList(T, A, VT);
float max = AbsList[0];
for (int i = 0; i < AbsList.Count(); i++)
{
if (max < AbsList[i])
{
max = AbsList[i];
}
}
if (max > -0.000001 && max < 0.000001)
{
return(0.0f);
}
float sum = 0; int p = 0;
for (int i = RunConfigureUtility.R2Point; i < RunConfigureUtility.BlankPoint; i++)
{
sum += RunConfigureUtility.PTInterval[i];
if (sum > 150)
{
p = i;
break;
}
}
return(AbsList[p - 1] / max);
}
//试剂吸光度
public static float GetReangentAbs(TimeCourseInfo TC, AssayProjectParamInfo AR)
{
float Abs1 = TC.CuvXWmList[0] - TC.CuvBlkWm;
float Abs2 = TC.CuvXWsList[0] - TC.CuvBlkWs;
return(AR.SecWaveLength == 0 ? Abs1 : Abs1 - Abs2);
}
//底物吸光度
public static float GetAbsLimAbs(TimeCourseInfo TC, AssayProjectParamInfo AR)
{
float WmAbs = TC.CuvXWmList[AR.MeasureLightDot4 - 1] - TC.CuvBlkWm;
float WsAbs = TC.CuvXWsList[AR.MeasureLightDot4 - 1] - TC.CuvBlkWs;
return(AR.SecWaveLength == 0 ? WmAbs : WmAbs - WsAbs);
}
/// <summary>
/// 获取普通任务结果（每个比色杯43个点的反应进程结果）
/// </summary>
/// <param name="strMethodName"></param>
/// <param name="sampleResInfo"></param>
/// <returns></returns>
public TimeCourseInfo QueryCommonTaskReaction(string strMethodName, SampleResultInfo sampleResInfo)
{
//string sampleResultTCNO = "";
TimeCourseInfo timeCourseInfoResult = null;
try
{
//获取 TimeCourseTb 43个点进程数据
timeCourseInfoResult = ism_SqlMap.QueryForObject("PLCDataInfo." + strMethodName,
string.Format("select * from TimeCourseTb where TimeCourseNO='{0}' and CONVERT(varchar(50),DrawDate, 120) like '%{1}%'", sampleResInfo.TCNO, sampleResInfo.SampleCreateTime.ToString("yyyy-MM-dd"))) as TimeCourseInfo;
if (timeCourseInfoResult != null)
{
return(timeCourseInfoResult);
}
//如果上面没有获取到数据就去 timecourseBackUptb 获取43个点进程数据
timeCourseInfoResult = ism_SqlMap.QueryForObject("PLCDataInfo." + strMethodName,
string.Format("select * from timecourseBackUptb where TimeCourseNO='{0}' and CONVERT(varchar(50),DrawDate, 120) like '%{1}%'", sampleResInfo.TCNO, sampleResInfo.SampleCreateTime.ToString("yyyy-MM-dd"))) as TimeCourseInfo;
if (timeCourseInfoResult != null)
{
return(timeCourseInfoResult);
}
}
catch (Exception e)
{
LogInfo.WriteErrorLog("QueryCommonTaskReaction(string strMethodName, SampleResultInfo sampleResInfo)==" + e.ToString(), Module.WorkingArea);
}
return(null);
}
/// <summary>
/// 反应进程编号(下拉框改变事件)
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void comboBoxEditCuveNum_SelectedIndexChanged(object sender, EventArgs e)
{
//根据下拉框选择的比色表编号更新对应的校准信息
//TimeCourseInfo timecuvno = new TimeCourseInfo();
int tcno = 0;
string strCalibrationDT = "";
int TestNum = 0;
foreach (CalibrationResultinfo calib in lstCalibrationResultInfo)
{
if (comboBoxCalibTime.Text == calib.CalibrationDT.ToString() && comBoxEditCalibName.Text == calib.CalibratorName)
{
TestNum++;
}
if (comBoxEditCalibName.Text == calib.CalibratorName && Convert.ToInt32(comBoxProcessNumValue.Text) == calib.TCNO && comboBoxCalibTime.Text == calib.CalibrationDT.ToString())
{
tcno = calib.TCNO;
strCalibrationDT = calib.CalibrationDT.ToString("yyyy-MM-dd");
}
}
comboBoxNum.Text = TestNum.ToString();
this.comBoxEditCalibName.Enabled = false;
this.comboBoxCalibTime.Enabled = false;
this.comBoxProcessNumValue.Enabled = false;
//if (CalibrationTimeCoursetEvent != null)
//{
// CalibrationTimeCoursetEvent(new Dictionary<string, object[]>() { { "QueryCalibrationReactionProcess", new object[] { XmlUtility.Serializer(typeof(TimeCourseInfo), timecuvno) } } });
//}
TimeCourseInfo timeCourseInfoResult = new Calibrator().QueryCalibrationReactionProcess("QueryCalibrationReactionProcess", tcno, strCalibrationDT);
this.SampleReactionInfo = timeCourseInfoResult;
}
public float GetResultAbsValue(ResultInfo samResultInfo)
{
float abs = 0;
AssayProjectParamInfo para = myBatis.GetAssayProjectParamInfoByNameAndType("GetAssayProjectParamInfoByNameAndType", new AssayProjectInfo()
{
ProjectName = samResultInfo.ProjectName, SampleType = samResultInfo.SampleType
});
TimeCourseInfo tc = myBatis.GetTimeCourse(samResultInfo.TCNO, samResultInfo.SampleCreateTime);
string dilutionType = "";
if (samResultInfo.GetType().Name == "SampleResultInfo")
{
dilutionType = myBatis.GetSampleTaskDilutionType(samResultInfo as SampleResultInfo);
}
else
{
dilutionType = "常规体积";
}
//SampleInfo s = myBatis.GetSample(samResultInfo.SampleNum, samResultInfo.SampleCreateTime);
// string SMPVOLTypeStr = null;
//if (s != null)
//{
// SMPType smptype = new SMPTypeService().Get(s.SampleType) as SMPType;
// if (smptype != null)
// {
// SMPVOLTypeStr = smptype.SMPVOLType;
// }
// else
// {
// SMPVOLTypeStr = "S";
// }
//}
if (para != null)
{
switch (para.AnalysisMethod)
{
case "一点终点法":
abs = ABSProcess.OnePoint(tc, para, dilutionType);
break;
case "二点终点法":
abs = ABSProcess.TwoPoint(tc, para, dilutionType);
break;
case "速率A法":
abs = ABSProcess.RateA(tc, para, dilutionType);
break;
case "速率B法":
abs = ABSProcess.RateB(tc, para, dilutionType);
break;
}
}
return(abs);
}
//速A法
public static float RateA(TimeCourseInfo TC, AssayProjectParamInfo AR, string VolType)
{
float[] AbsList = null;
float[] TimeList = null;
ProcessAbsLinear(TC, AR, out AbsList, out TimeList, VolType);
return(RateProcessC(AbsList, TimeList, AR.MeasureLightDot3, AR.MeasureLightDot4));
}
//建立吸光度与时间关系
public static void ProcessAbsLinear(TimeCourseInfo T, AssayProjectParamInfo A, out float[] AbsList, out float[] TimeList, string VT)
{
AbsList = ProcessAbsList(T, A, VT);
TimeList = new float[AbsList.Count()];
for (int i = 0; i < AbsList.Count(); i++)
{
TimeList[i] = RunConfigureUtility.GetTimeCourseTime(i) / 60;
}
}
public void DataTransfer_Event(string strMethod, object sender)
{
switch (strMethod)
{
case "QueryCalibrationState":
List <CalibrationResultinfo> calibratorinfo = (List <CalibrationResultinfo>)XmlUtility.Deserialize(typeof(List <CalibrationResultinfo>), sender as string);
AddCalibrationState(calibratorinfo);
break;
case "QueryCalibrationResultinfo":
Resultinfo = (List <CalibrationResultinfo>)XmlUtility.Deserialize(typeof(List <CalibrationResultinfo>), sender as string);
// AddCalibrationState(Resultinfo);
calibrationTrace.CalibrationResultinfoAdd(Resultinfo);
break;
case "QueryCalibrationCurveInfo":
calibrationCurveInfo = (List <SDTTableItem>)XmlUtility.Deserialize(typeof(List <SDTTableItem>), sender as string);
calibrationCurve.SelectedlistCalibrationCurve(calibrationCurveInfo);
break;
case "SaveSDTTableItem":
string str = sender as string;
if (str == "校准曲线保存成功！")
{
calibrationCurve.StrResult = str;
}
else
{
calibrationCurve.StrResult = str;
}
break;
case "QuerysDTTableItem":
List <SDTTableItem> lisSDTTableItem = (List <SDTTableItem>)XmlUtility.Deserialize(typeof(List <SDTTableItem>), sender as string);
//form1.sDTTableItem = lisSDTTableItem;
//form1.add(lisSDTTableItem);
break;
case "QueryCalibrationReactionProcess":
TimeCourseInfo calibrationReactionProcess = (TimeCourseInfo)XmlUtility.Deserialize(typeof(TimeCourseInfo), sender as string);
if (calibrationReactionProcess != null)
{
reactionProcessCB.SampleReactionInfo = calibrationReactionProcess;
//reactionProcessCB.Add(calibrationReactionProcess[0]);
}
break;
case "QueryCalibrationResultInfoAndTimeCUVNO":
List <CalibrationResultinfo> lstCalibrationResultInfoAndTimeCUVNO = (List <CalibrationResultinfo>)XmlUtility.Deserialize(typeof(List <CalibrationResultinfo>), sender as string);
reactionProcessCB.calibrationResultInfoAndTimeCUVNOAdd(lstCalibrationResultInfoAndTimeCUVNO);
break;
}
}
//一点法
public static float OnePoint(TimeCourseInfo TC, AssayProjectParamInfo AR, string VolType)
{
float[] AbsList = null;
float[] TimeList = null;
ProcessAbsLinear(TC, AR, out AbsList, out TimeList, VolType);
float Sum = 0;
for (int i = AR.MeasureLightDot3; i <= AR.MeasureLightDot4; i++)
{
Sum += AbsList[i - 1];
}
return(Sum / (AR.MeasureLightDot4 - AR.MeasureLightDot3 + 1));
}
public static void TimeCourseLineFit(TimeCourseInfo TC, AssayProjectParamInfo AR, out float K1, out float B1, out float R1, out float K2, out float B2, out float R2)
{
K1 = 0;
B1 = 0;
R1 = 0;
K2 = 0;
B2 = 0;
R2 = 0;
if (AR == null || TC == null)
{
return;
}
if (AR.MeasureLightDot4 == 0 && AR.MeasureLightDot3 == 0)
{
return;
}
float[] AbsList = null;
float[] TimeList = null;
ProcessAbsLinear(TC, AR, out AbsList, out TimeList, null);
float[] X2 = new float[AR.MeasureLightDot4 - AR.MeasureLightDot3 + 1];
float[] Y2 = new float[AR.MeasureLightDot4 - AR.MeasureLightDot3 + 1];
for (int j = 0, i = AR.MeasureLightDot3; i <= AR.MeasureLightDot4; j++, i++)
{
X2[j] = TimeList[i - 1];
Y2[j] = AbsList[i - 1];
}
Least_Squaresstraight_LineFit(X2, Y2, out K2, out B2, out R2);
if (AR.MeasureLightDot4 == 0 && AR.MeasureLightDot3 == 0)
{
return;
}
float[] X1 = new float[AR.MeasureLightDot2 - AR.MeasureLightDot1 + 1];
float[] Y1 = new float[AR.MeasureLightDot2 - AR.MeasureLightDot1 + 1];
for (int j = 0, i = AR.MeasureLightDot1; i <= AR.MeasureLightDot2; j++, i++)
{
X1[j] = TimeList[i - 1];
Y1[j] = AbsList[i - 1];
}
Least_Squaresstraight_LineFit(X1, Y1, out K1, out B1, out R1);
}
private void loadReflectionMonitoring()
{
CUVNO.Visible = false;
txtSampleNum.Text = sampleInfoForRes.SampleNum.ToString();
dtpApplyTime.Value = sampleResInfo.SampleCreateTime;
txtSampleName.Text = sampleResInfo.ProjectName;
txtConcResult.Text = sampleResInfo.ConcResult.ToString();
chartReaction.Series.Clear();
string taskState = string.Empty;
switch (sampleResInfo.SampleCompletionStatus)
{
case 0:
taskState = "异常";
break;
case 1:
taskState = "检测中";
break;
case 2:
taskState = "已完成";
break;
}
txtProjectState.Text = taskState;
if (bAudit)
{
TimeCourseInfo timeCourseInfoResult = new WorkingAreaDataCheck().QueryCommonTaskReaction("QueryTimeCourse", sampleResInfo);
this.SampleReactionInfo = timeCourseInfoResult;
}
else
{
TimeCourseInfo timeCourseInfoResult = new WorkingAreaDataCheck().QueryCommonTaskReaction("QueryTimeCourse", sampleResInfo);
this.SampleReactionInfo = timeCourseInfoResult;
}
}
//二点法
public static float TwoPoint(TimeCourseInfo TC, AssayProjectParamInfo AR, string VolType)
{
float[] AbsList = null;
float[] TimeList = null;
ProcessAbsLinear(TC, AR, out AbsList, out TimeList, VolType);
float SecondPointSum = 0;
for (int i = AR.MeasureLightDot3; i <= AR.MeasureLightDot4; i++)
{
SecondPointSum += AbsList[i - 1];
}
float SecondPointAbs = SecondPointSum / (AR.MeasureLightDot4 - AR.MeasureLightDot3 + 1);
float FirstPointSum = 0;
for (int i = AR.MeasureLightDot1; i <= AR.MeasureLightDot2; i++)
{
FirstPointSum += AbsList[i - 1];
}
float FirstPointAbs = FirstPointSum / (AR.MeasureLightDot2 - AR.MeasureLightDot1 + 1);
return(SecondPointAbs - FirstPointAbs);
}
//获取每个吸光度读数点
//public static float[] ProcessAbsList(TimeCourse T, AssayRunPara A)
//{
// AssayValuePara AV = new AssayValueParaService().Get(A.Name) as AssayValuePara;
// float[] AbsList = new float[MachineInfo.LastAbsPoint];
// for (int i = 0; i < MachineInfo.LastAbsPoint; i++)
// {
// float c = A.SubWaveLength == 0 ? (T.CuvXWmList[i] - T.CuvBlkWm) : ((T.CuvXWmList[i] - T.CuvBlkWm) - (T.CuvXWsList[i] - T.CuvBlkWs));
// if (AV != null)
// {
// AbsList[i] = c * AV.EquipAdjustRfA + AV.EquipAdjustRfB;
// }
// else
// {
// AbsList[i] = c;
// }
// }
// return AbsList;
//}
//获取每个吸光度读数点
public static float[] ProcessAbsList(TimeCourseInfo T, AssayProjectParamInfo A, string VT)
{
float[] AbsList = new float[RunConfigureUtility.LastPoint];
for (int i = 0; i < RunConfigureUtility.LastPoint; i++)
{
float c = A.SecWaveLength == 0 ? (T.CuvXWmList[i] - T.CuvBlkWm) : ((T.CuvXWmList[i] - T.CuvBlkWm) - (T.CuvXWsList[i] - T.CuvBlkWs));
//R2体积修正
if ((A != null) && (A.AnalysisMethod == "二点终点法" || A.AnalysisMethod == "速率B法") && i < (RunConfigureUtility.R2Point - 1))
{
float k = 1;
switch (VT)
{
case "减量体积":
if (A.DecSamVol != 0)
{
k = (A.Reagent1VolSettings + A.DecSamVol) / (A.Reagent1VolSettings + A.Reagent2VolSettings + A.DecSamVol);
}
else
{
k = (A.Reagent1VolSettings + A.DecStosteVol) / (A.Reagent1VolSettings + A.Reagent2VolSettings + A.DecStosteVol);
}
break;
case "常规体积":
if (A.ComSamVol != 0)
{
k = (A.Reagent1VolSettings + A.ComSamVol) / (A.Reagent1VolSettings + A.Reagent2VolSettings + A.ComSamVol);
}
else
{
k = (A.Reagent1VolSettings + A.ComStosteVol) / (A.Reagent1VolSettings + A.Reagent2VolSettings + A.ComStosteVol);
}
break;
case "增量体积":
if (A.IncSamVol != 0)
{
k = (A.Reagent1VolSettings + A.IncSamVol) / (A.Reagent1VolSettings + A.Reagent2VolSettings + A.IncSamVol);
}
else
{
k = (A.Reagent1VolSettings + A.IncStosteVol) / (A.Reagent1VolSettings + A.Reagent2VolSettings + A.IncStosteVol);
}
break;
case "定标体积":
if (A.CalibSamVol != 0)
{
k = (A.Reagent1VolSettings + A.CalibSamVol) / (A.Reagent1VolSettings + A.Reagent2VolSettings + A.CalibSamVol);
}
else
{
k = (A.Reagent1VolSettings + A.CalibStosteVol) / (A.Reagent1VolSettings + A.Reagent2VolSettings + A.CalibStosteVol);
}
break;
case "自定义":
break;
}
c = c * k;
}
AbsList[i] = c;
}
return(AbsList);
}
public void AnalyzeResult(SampleResultInfo r)
{
AssayProjectParamInfo A = myBatis.GetAssayProjectParamInfoByNameAndType("GetAssayProjectParamInfoByNameAndType", new AssayProjectInfo()
{
ProjectName = r.ProjectName, SampleType = r.SampleType
});
if (A == null)
{
return;
}
TimeCourseInfo T = myBatis.GetTimeCourse(r.TCNO, r.SampleCreateTime);
if (T == null)
{
return;
}
SampleInfo S = myBatis.GetSample(r.SampleNum, r.SampleCreateTime);
if (S == null)
{
return;
}
AssayProjectRangeParamInfo ARP = myBatis.GetRangeParamInfo(r.ProjectName, r.SampleType);
if (ARP == null)
{
return;
}
ProjectRunSequenceInfo proRunSequence = myBatis.QueryProjectRunSequenceByProject(new AssayProjectInfo()
{
ProjectName = r.ProjectName, SampleType = r.SampleType
});
if (proRunSequence == null)
{
return;
}
//试剂吸光度判读，检测试剂是否正常
string RgtAbsFlag = null;
float RgtAbs = ABSProcess.GetReangentAbs(T, A);
if (A.ReagentBlankMaximum > 0.000001 && A.ReagentBlankMaximum < RgtAbs)
{
RgtAbsFlag = "RgtAbsMax";
}
if (A.ReagentBlankMaximum > 0.000001 && A.ReagentBlankMinimum > RgtAbs)
{
RgtAbsFlag = "RgtAbsMin";
}
if (RgtAbsFlag != null)
{
if (string.IsNullOrEmpty(r.Remarks) || string.IsNullOrWhiteSpace(r.Remarks))
{
r.Remarks = RgtAbsFlag;
}
else
{
r.Remarks += "|" + RgtAbsFlag;
}
myBatis.UpdateNORResultRunLog(r);
TroubleLog trouble = new TroubleLog();
trouble.TroubleType = TROUBLETYPE.WARN;
trouble.TroubleUnit = @"试剂";
trouble.TroubleCode = "000002";
trouble.TroubleInfo = string.Format(@"{0}:{1}发生试剂吸光度越界,其反应进程:{2}。请检测试剂是否过期. ", r.SampleNum, r.ProjectName, r.TCNO);
myBatis.TroubleLogSave("TroubleLogSave", trouble);
}
//底物耗尽判断处理,
string AbsLimFlag = null;
float AbsLimRef = A.LimitValue; //(0--3.5)
float AbsLim = ABSProcess.GetAbsLimAbs(T, A); //M2E abs
if (A.AnalysisMethod == "速率A法" || A.AnalysisMethod == "速率B法")
{
if (A.ReactionDirection == "正反应")//正反应
{
if (AbsLimRef > 0.000001 && AbsLimRef < AbsLim)
{
AbsLimFlag = "AbsLim";
}
}
if (A.ReactionDirection == "负反应")//负反应
{
if (AbsLimRef > 0.000001 && AbsLimRef > AbsLim)
{
AbsLimFlag = "AbsLim";
}
}
}
if (AbsLimFlag != null)
{
if (string.IsNullOrEmpty(r.Remarks) || string.IsNullOrWhiteSpace(r.Remarks))
{
r.Remarks = AbsLimFlag;
}
else
{
r.Remarks += "|" + AbsLimFlag;
}
myBatis.UpdateNORResultRunLog(r);
TroubleLog trouble = new TroubleLog();
trouble.TroubleType = TROUBLETYPE.ERR;
trouble.TroubleUnit = @"样本";
trouble.TroubleCode = "000003";
trouble.TroubleInfo = string.Format(@"{0}:{1}发生底物耗尽，其反应进程:{2}", r.SampleNum, r.ProjectName, r.TCNO);
myBatis.TroubleLogSave("TroubleLogSave", trouble);
if (ARP.AutoRerun == true)
{
//Schedule Schedule = new ScheduleService().GetSMPSchedule(r.SMPNO, r.ItemName) as Schedule;
TaskInfo task = myBatis.GetTask(r.ProjectName, r.SampleNum);
if (task == null)
{
task = new TaskInfo();
task.SampleNum = r.SampleNum;
task.ProjectName = r.ProjectName;
task.SampleType = r.SampleType;
//Schedule.WorkType = S.IsEmergency == true ? WORKTYPE.E : WORKTYPE.N;
task.SampleDilute = "减量体积";
task.SendTimes = 0;
task.FinishTimes = 0;
task.InspectTimes = 1;
task.TaskState = 0;
task.IsReRun = true;
//Schedule.ReRun = "AbsLim";
if (r.ResultVolType != task.SampleDilute)//结果体积参数和计划体积参数不同才可以提交工作计划
{
//new ScheduleService().Save(Schedule);
myBatis.SaveTske(task);
}
}
}
}
//技术 血清/尿液范围即线性范围判读
float LineRefMin = 0.0f; //线性参考值
float LineRefMax = 0.0f; //线性参考值
switch (S.SampleType)
{
case "尿液":
case "血清": LineRefMin = A.FirstSlope; LineRefMax = A.FirstSlopeHigh; break;
}
string LinFlag = null;
try
{
float v = r.ConcResult;
if (LineRefMax > 0.00001 && v > LineRefMax)
{
LinFlag = "Lin.H";
}
if (LineRefMax > 0.00001 && v < LineRefMin)
{
LinFlag = "Lin.L";
}
}
catch
{
}
if (LinFlag != null)
{
if (string.IsNullOrEmpty(r.Remarks) || string.IsNullOrWhiteSpace(r.Remarks))
{
r.Remarks = LinFlag;
}
else
{
r.Remarks += "|" + LinFlag;
}
myBatis.UpdateNORResultRunLog(r);
TroubleLog trouble = new TroubleLog();
trouble.TroubleType = TROUBLETYPE.ERR;
trouble.TroubleUnit = @"样本";
trouble.TroubleCode = "00001";
trouble.TroubleInfo = string.Format(@"{0}:{1}线性范围违规，其反应进程:{2}", r.SampleNum, r.ProjectName, r.TCNO);
myBatis.TroubleLogSave("TroubleLogSave", trouble);
if (ARP.AutoRerun == true)
{
//Schedule Schedule = new ScheduleService().GetSMPSchedule(r.SMPNO, r.ItemName) as Schedule;
TaskInfo task = myBatis.GetTask(r.ProjectName, r.SampleNum);
if (task == null)
{
task = new TaskInfo();
task.SampleNum = r.SampleNum;
task.ProjectName = r.ProjectName;
task.SampleType = r.SampleType;
//Schedule.WorkType = S.IsEmergency == true ? WORKTYPE.E : WORKTYPE.N;
switch (LinFlag)
{
case "Lin.L": task.SampleDilute = "增量体积"; break;
case "Lin.H": task.SampleDilute = "减量体积"; break;
}
task.SendTimes = 0;
task.FinishTimes = 0;
task.InspectTimes = 1;
task.TaskState = 0;
task.IsReRun = true;
//Schedule.ReRun = "AbsLim";
if (r.ResultVolType != task.SampleDilute)//结果体积参数和计划体积参数不同才可以提交工作计划
{
//new ScheduleService().Save(Schedule);
myBatis.SaveTske(task);
}
}
}
}
//血清结果浓度临界判读,只对血清样本起作用。
if (S.SampleType == "血清")
{
string PanicFlag = null;
try
{
float v = r.ConcResult;
if (A.SerumCriticalMaximum > 0.00001 && A.SerumCriticalMaximum < v)
{
PanicFlag = "Panic.H";
}
if (A.SerumCriticalMaximum > 0.00001 && A.SerumCriticalMinimum > v)
{
PanicFlag = "Panic.L";
}
}
catch
{
}
if (PanicFlag != null)
{
if (string.IsNullOrEmpty(r.Remarks) || string.IsNullOrWhiteSpace(r.Remarks))
{
r.Remarks = PanicFlag;
}
else
{
r.Remarks += "|" + PanicFlag;
}
myBatis.UpdateNORResultRunLog(r);
TroubleLog trouble = new TroubleLog();
trouble.TroubleType = TROUBLETYPE.ERR;
trouble.TroubleUnit = @"样本";
trouble.TroubleCode = "00001";
trouble.TroubleInfo = string.Format(@"{0}:{1}发生血清临界值违规，其反应进程:{2}", r.SampleNum, r.ProjectName, r.TCNO);
myBatis.TroubleLogSave("TroubleLogSave", trouble);
if (ARP.AutoRerun == true)
{
//Schedule Schedule = new ScheduleService().GetSMPSchedule(r.SMPNO, r.ItemName) as Schedule;
TaskInfo task = myBatis.GetTask(r.ProjectName, r.SampleNum);
if (task == null)
{
task = new TaskInfo();
task.SampleNum = r.SampleNum;
task.ProjectName = r.ProjectName;
task.SampleType = r.SampleType;
//Schedule.WorkType = S.IsEmergency == true ? WORKTYPE.E : WORKTYPE.N;
switch (r.ResultVolType)
{
case VOLTYPE.IV: task.SampleDilute = "增量体积"; break;
case VOLTYPE.DV: task.SampleDilute = "减量体积"; break;
case VOLTYPE.NA: task.SampleDilute = "常规体积"; break;
}
task.SendTimes = 0;
task.FinishTimes = 0;
task.InspectTimes = 1;
task.TaskState = 0;
task.IsReRun = true;
//Schedule.ReRun = "AbsLim";
if (r.ResultVolType != task.SampleDilute)//结果体积参数和计划体积参数不同才可以提交工作计划
{
//new ScheduleService().Save(Schedule);
myBatis.SaveTske(task);
}
}
}
}
}
//前驱界限，该值是个比例
string ProzontLimitPanicFlag = null;
float ProzontLimit = ABSProcess.GetProzontLimitValue(T, A, r.ResultVolType, S.SampleType);
if (A.ProLowestBound > 0.000001)
{
if (ProzontLimit > A.ProLowestBound / 100)
{
ProzontLimitPanicFlag = "P*";
}
}
if (ProzontLimitPanicFlag != null)
{
if (string.IsNullOrEmpty(r.Remarks) || string.IsNullOrWhiteSpace(r.Remarks))
{
r.Remarks = ProzontLimitPanicFlag;
}
else
{
r.Remarks += "|" + ProzontLimitPanicFlag;
}
myBatis.UpdateNORResultRunLog(r);
TroubleLog trouble = new TroubleLog();
trouble.TroubleType = TROUBLETYPE.ERR;
trouble.TroubleUnit = @"样本";
trouble.TroubleCode = "00001";
trouble.TroubleInfo = string.Format(@"{0}:{1}前驱界限违规！反应进程:{2}", r.SampleNum, r.ProjectName, r.TCNO);
myBatis.TroubleLogSave("TroubleLogSave", trouble);
if (ARP.AutoRerun == true)
{
//Schedule Schedule = new ScheduleService().GetSMPSchedule(r.SMPNO, r.ItemName) as Schedule;
TaskInfo task = myBatis.GetTask(r.ProjectName, r.SampleNum);
if (task == null)
{
task = new TaskInfo();
task.SampleNum = r.SampleNum;
task.ProjectName = r.ProjectName;
task.SampleType = r.SampleType;
//Schedule.WorkType = S.IsEmergency == true ? WORKTYPE.E : WORKTYPE.N;
task.SampleDilute = "减量体积";
task.SendTimes = 0;
task.FinishTimes = 0;
task.InspectTimes = 1;
task.TaskState = 0;
task.IsReRun = true;
//Schedule.ReRun = "AbsLim";
if (r.ResultVolType != task.SampleDilute)//结果体积参数和计划体积参数不同才可以提交工作计划
{
//new ScheduleService().Save(Schedule);
myBatis.SaveTske(task);
}
}
}
}
}
/// <summary>
/// 接收数据库数据传输
/// </summary>
/// <param name="strMethod"></param>
/// <param name="sender"></param>
public void DataTransfer_Event(string strMethod, object sender)
{
switch (strMethod)
{
case "QueryQCResultInfo":
InitialQCResultInfos(XmlUtility.Deserialize(typeof(List <QCResultForUIInfo>), sender as string) as List <QCResultForUIInfo>);
break;
case "QueryQCInfosForAddQCResult":
frmEditQCRes.QCInfos = (List <QualityControlInfo>)XmlUtility.Deserialize(typeof(List <QualityControlInfo>), sender as string);
break;
case "QueryProjectName":
List <string> lstProjectNames = (List <string>)XmlUtility.Deserialize(typeof(List <string>), sender as string);
this.Invoke(new EventHandler(delegate { txtProjectName.Properties.Items.Clear(); txtProjectName.Properties.Items.AddRange(lstProjectNames); }));
break;
case "GetsQCRelationProInfo":
lstQCRelationProjects = (List <QCRelationProjectInfo>)XmlUtility.Deserialize(typeof(List <QCRelationProjectInfo>), sender as string);
break;
case "QueryQCAllInfo":
lstQCInfo = (List <QualityControlInfo>)XmlUtility.Deserialize(typeof(List <QualityControlInfo>), sender as string);
break;
case "EditQCResultForManual":
if ((sender as string) == "添加成功！")
{
this.Invoke(new EventHandler(delegate
{
this.frmEditQCRes.Close();
}));
//CommunicationUI.ServiceClient.ClientSendMsgToService(ModuleInfo.QCResult, XmlUtility.Serializer(typeof(CommunicationEntity), new CommunicationEntity("QueryQCResultInfo", XmlUtility.Serializer(typeof(QCResultForUIInfo), new QCResultForUIInfo() { QCTimeStartTS = dtpQCStartTime.Value, QCTimeEndTS = dtpQCEndTime.Value }))));
qcStateDic.Clear();
qcStateDic.Add("QueryQCResultInfo", new object[] { XmlUtility.Serializer(typeof(QCResultForUIInfo), new QCResultForUIInfo()
{
QCTimeStartTS = dtpQCStartTime.Value, QCTimeEndTS = dtpQCEndTime.Value
}) });
ClientSendToServices(qcStateDic);
}
break;
case "AddQCResultForManual":
if ((sender as string) == "添加成功！")
{
this.Invoke(new EventHandler(delegate
{
this.frmEditQCRes.Close();
}));
qcStateDic.Clear();
qcStateDic.Add("QueryQCResultInfo", new object[] { XmlUtility.Serializer(typeof(QCResultForUIInfo), new QCResultForUIInfo()
{
QCTimeStartTS = dtpQCStartTime.Value, QCTimeEndTS = dtpQCEndTime.Value
}) });
ClientSendToServices(qcStateDic);
}
else
{
this.frmEditQCRes.StrReceiveInfo = sender as string;
}
break;
case "DeleteQCResult":
if ((sender as string) == "删除成功！")
{
this.Invoke(new EventHandler(delegate
{
this.frmEditQCRes.Close();
}));
qcStateDic.Clear();
qcStateDic.Add("QueryQCResultInfo", new object[] { XmlUtility.Serializer(typeof(QCResultForUIInfo), new QCResultForUIInfo()) });
ClientSendToServices(qcStateDic);
}
else
{
this.frmEditQCRes.StrReceiveInfo = "删除失败！";
}
break;
case "QueryTimeCourseByQCInfo":
TimeCourseInfo qcTimeCourse = (TimeCourseInfo)XmlUtility.Deserialize(typeof(TimeCourseInfo), sender as string);
reactionProcessQC.QCReactionInfo = qcTimeCourse;
break;
default:
break;
}
}
