using OTSCLRINTERFACE; using OTSDataType; using OTSModelSharp.ServiceCenter; using System; using System.Collections.Generic; using System.Data; using System.Drawing; using System.IO; using System.Windows.Forms; using System.Xml; using static OTSDataType.otsdataconst; namespace OTSModelSharp { public class COTSMsrPrjResultData { // SEM stage data CSEMStageData m_pSEMStageData; //// stage CStage m_pStage; // general parameter COTSGeneralParam m_GenParam; // sample list List m_listSamples = new List(); List m_listHoleBSEImg = new List(); bool m_bModify; // path name String m_strPathName; // working sample index int m_nWorkingSampeIndex; const String UNTITLED_FILE_NAME = "Untitled"; const String SMPL_MSR_RESULT_FIELDS_FILE_SUBFOLDER = "FIELD_FILES"; // Inclusion file name const String SMPL_MSR_RESULT_INCLUSION_FILE = "Inclusion.db";//put all the table in one db file so that report can make join query. private otsdataconst.OTS_SysType_ID systemTypeId; private List listCenterPoint; private Size rectSize; public OTS_SysType_ID SystemTypeId { get => systemTypeId; set => systemTypeId = value; } public COTSMsrPrjResultData() { Init(); } // initialization public void Init() { m_listSamples.Clear(); m_listHoleBSEImg.Clear(); m_bModify = false; m_strPathName = ""; m_nWorkingSampeIndex = -1; } public void SetPathName(String a_strPathName) { m_strPathName = a_strPathName; } public bool Load(string strPathName) { Cleanup(); // check if the file exist if (!FileExists(strPathName)) { // shouldn't happen, file does not exist return false; } //获取测量项目文件 XmlDocument doc = new XmlDocument(); //载入xml文件 doc.Load(strPathName); XmlNode root = doc.SelectSingleNode("XMLData"); Serialize(false, doc, root); //设置测量项目文件路径 SetPathName(strPathName); //------------- foreach (var smpl in m_listSamples) { // get path of the pathname List allMeasuredFlds = new List(); CMsrSampleStatus poMsrStatus = new CMsrSampleStatus(); CMsrResultItems poMsrResults = smpl.GetMsrResults(); double aFldArea = smpl.CalculateAFieldArea(); int w, h; smpl.GetBSESize(out w, out h); double pixelsize = smpl.CalculatePixelSize(); var overlap = smpl.GetMsrParams().GetImageProcessParam().GetOverlapParam(); var noParticledataFields = smpl.GetFieldsData();//there's only the field postion info in the xml file,so the initial filed has only postion info. List allflddata = new List();//contains all the field if (GetAllFieldsFromDB(ref allMeasuredFlds, ref poMsrStatus,smpl.GetName(),ref poMsrResults, aFldArea, new Size(w, h), pixelsize)) { //------------complete the infomation that doesn't contain in database----- foreach (var f in allMeasuredFlds) { f.SetPixelSize(pixelsize); f.ImgWidth = w; f.ImgHeight = h; double effectiveWidth = f.ImgWidth * pixelsize - 2 * overlap; double effectiveHeight = f.ImgHeight * pixelsize - 2 * overlap; PointF fldPos = f.GetOTSPosition(); Point lt = new Point((int)fldPos.X - (int)effectiveWidth / 2, (int)fldPos.Y - (int)effectiveHeight / 2); Point rb = new Point((int)fldPos.X + (int)effectiveWidth / 2, (int)fldPos.Y + (int)effectiveHeight / 2); f.SetOTSRect(new OTSMeasureApp._0_OTSModel.OTSDataType.COTSRect(lt, rb)); f.SetMeasureSequence(f.GetId()); f.SetIsMeasureComplete(true); } } //------------------------------ foreach (var emptyfld in noParticledataFields) { bool isMeasured = false; foreach (var measuredField in allMeasuredFlds) { if (measuredField.PositionEquals(emptyfld)) { allflddata.Add(measuredField); isMeasured = true; break; } } if (!isMeasured) { emptyfld.SetPixelSize(pixelsize); emptyfld.ImgWidth = w; emptyfld.ImgHeight = h; double effectiveWidth = emptyfld.ImgWidth * pixelsize - 2 * overlap; double effectiveHeight = emptyfld.ImgHeight * pixelsize - 2 * overlap; PointF fldPos = emptyfld.GetOTSPosition(); Point lt = new Point((int)fldPos.X - (int)effectiveWidth / 2, (int)fldPos.Y - (int)effectiveHeight / 2); Point rb = new Point((int)fldPos.X + (int)effectiveWidth / 2, (int)fldPos.Y + (int)effectiveHeight / 2); emptyfld.SetOTSRect(new OTSMeasureApp._0_OTSModel.OTSDataType.COTSRect(lt, rb)); emptyfld.SetIsMeasureComplete(false); emptyfld.SetMeasureSequence(emptyfld.GetId()); allflddata.Add(emptyfld); } } smpl.SetFieldsData(allflddata); // file validation smpl.SetMsrStatus(poMsrStatus); smpl.SetMsrResults(poMsrResults); smpl.InitFieldPosData(out listCenterPoint, out rectSize); } if (m_listSamples.Count > 0) { m_nWorkingSampeIndex = 0; } //----------------------------------------- return true; } // gets the name of the folder public String GetFolderName(String a_strPathName) { string str = ""; str = Path.GetDirectoryName(a_strPathName); return str.ToString(); } public bool FileExists(string a_sPath) { bool b_IsExists = File.Exists(a_sPath); return b_IsExists; } public bool DirectoryExists(string a_sPath) { bool b_IsExists = Directory.Exists(a_sPath); return b_IsExists; } // cleanup public void Cleanup() { m_listHoleBSEImg.Clear(); m_listSamples.Clear(); m_bModify = false; m_strPathName = ""; m_nWorkingSampeIndex = -1; } // set modify flag public void SetModify(bool a_bModify = true) { m_bModify = a_bModify; } // file pathname public String GetPathName() { return m_strPathName; } public bool GetAllFieldsFromDB(ref List allFlds, ref CMsrSampleStatus status,string sampleName,ref CMsrResultItems rst, double aFieldArea, Size picSize, double pixelSize) { String strFilePath = GetFolderName(m_strPathName); if (strFilePath == "") { // file path string is an empty string return false; } // field file sub folder string String strFieldFileSubFolder = strFilePath + "\\" + sampleName + "\\" + SMPL_MSR_RESULT_FIELDS_FILE_SUBFOLDER + "\\"; String strIncAFilename = strFieldFileSubFolder + "\\" + SMPL_MSR_RESULT_INCLUSION_FILE; if (!FileExists(strIncAFilename)) { return false; } List completedFldPositions = new List(); CIncAFileMgr incAFileMgr = new CIncAFileMgr(strIncAFilename); var m_IncADataDB = incAFileMgr.GetIncADB(); List allFldsWithdata = new List(); m_IncADataDB.GetAllFieldsRecord(pixelSize, ref allFldsWithdata); var eleChemistryDB = incAFileMgr.GetPosXrayDBMgr().GetElementChemistryDB(); Dictionary mapXrayInfo = new Dictionary(); eleChemistryDB.GetAllMapedXrayInfo(ref mapXrayInfo); foreach (var f in allFldsWithdata) { foreach (var p in f.GetListAnalysisParticles()) { int curFldId = f.GetId(); int xrayId = p.GetAnalysisId(); string fldvec = ""; fldvec += curFldId.ToString(); fldvec += "_"; fldvec += xrayId.ToString(); if (mapXrayInfo.ContainsKey(fldvec)) { var xray = mapXrayInfo[fldvec]; p.SetXray(xray); } } } var xrayDataDBDB = incAFileMgr.GetPosXrayDBMgr().GetXrayDataDB(); Dictionary mapXrayData = new Dictionary();// map structure:[(fieldId,xrayId),CPosXrayPtr],every element of this map represent one unique xraydata. xrayDataDBDB.GetAllMapedXrayData(ref mapXrayData); foreach (var f in allFldsWithdata) { foreach (var p in f.GetListAnalysisParticles()) { int curFldId = f.GetId(); int xrayId = p.GetAnalysisId(); string fldvec = ""; fldvec += curFldId.ToString(); fldvec += "_"; fldvec += xrayId.ToString(); if (mapXrayData.ContainsKey(fldvec)) { var xray = mapXrayData[fldvec]; CPosXrayClr t2 = p.GetXray(); if (t2 == null) { t2 = new CPosXrayClr(); p.SetXray(t2); } t2.SetXrayData(xray.GetXrayData()); } } } CSegmentDB SegmentDB = incAFileMgr.GetSegmentDB(); double msrFldsArea = 0; Dictionary> mapTypeParticles = new Dictionary>();//record typeId relevants particlelist; List AllSegments; Dictionary> mapSegments = new Dictionary>(); if (SegmentDB.GetAllSegmentsRecord(mapSegments)) { foreach (var fld in allFldsWithdata) { int fldId = fld.GetId(); List parts = fld.GetListAnalysisParticles(); foreach (var part in parts) { string fldvec = ""; fldvec += fldId.ToString(); fldvec += "_"; fldvec += part.GetParticleId().ToString(); if (mapSegments.ContainsKey(fldvec)) { COTSFeatureClr f = new COTSFeatureClr(); AllSegments = mapSegments[fldvec]; f.SetSegmentsList(AllSegments, true); part.SetFeature(f); if (mapTypeParticles.ContainsKey(part.GetType())) { mapTypeParticles[part.GetType()].Add(part); } else { List ps = new List(); ps.Add(part); mapTypeParticles.Add(part.GetType(), ps); } } } msrFldsArea += aFieldArea; } } var fielddb = incAFileMgr.GetFieldDB(); var fielddata = fielddb.GetTableQueryForDataTable(); foreach (DataRow r in fielddata.Rows) { var p = new Point(Convert.ToInt32(r[(int)CFieldTable.ColumnID.N_FIELDPOS_X]), Convert.ToInt32(r[(int)CFieldTable.ColumnID.N_FIELDPOS_Y])); completedFldPositions.Add(p); } status.SetCompletedFieldsCenter(completedFldPositions); //add the empty field(there's no any particle in the bse image,so the field is empty) foreach (var p in completedFldPositions) { bool haveData = false; var emptyFld = new COTSField(p, pixelSize); foreach (var fld in allFldsWithdata) { if (fld.PositionEquals(emptyFld)) { haveData = true; allFlds.Add(fld); break; } } if (!haveData) { allFlds.Add(emptyFld); } } // get MsrStatus info from DB. var m_GenInfoDB = incAFileMgr.GetGeneralInfoDB();//DBStoreFile类 String strTimeStart = ""; String strTimeEnd = ""; String strRstStatus = ""; m_GenInfoDB.GetStringValue(m_GenInfoDB.GetTableItemNameTimeStart(), ref strTimeStart); m_GenInfoDB.GetStringValue(m_GenInfoDB.GetTableItemNameTimeEnd(), ref strTimeEnd); m_GenInfoDB.GetStringValue(m_GenInfoDB.GetTableItemNameResultStatus(), ref strRstStatus); DateTime timeStart, timeEnd; try { timeStart = Convert.ToDateTime(ConvertFormatOfDateString(strTimeStart)); //此处为兼容之前得测量得结果可以打开，故在此进行数据格式变换 timeEnd = Convert.ToDateTime(ConvertFormatOfDateString(strTimeEnd)); } catch { timeStart = Convert.ToDateTime(strTimeStart); //此处为兼容之前得测量得结果可以打开，故在此进行数据格式变换 timeEnd = Convert.ToDateTime(strTimeEnd); } status.SetStartTime(timeStart); status.SetEndTime(timeEnd); status.SetUsedTime(timeEnd - timeStart); status.SetStatus((OTS_MSR_SAMPLE_STATUS)Convert.ToInt32(strRstStatus)); //get MsrResults data from map. List rstItms = new List(); double allPartArea = 0; int typeNum; foreach (var typeParticles in mapTypeParticles) { typeNum = 0; double typeArea = 0; CMsrResultItem rstItm = new CMsrResultItem(); foreach (var p in typeParticles.Value) { typeNum += 1; typeArea += p.GetActualArea(); } rstItm.SetTypeId(typeParticles.Key); rstItm.SetNumber((uint)typeNum); rstItm.SetArea(Convert.ToDouble(typeArea.ToString("0.00"))); rstItm.SetName(typeParticles.Value[0].GetTypeName()); rstItms.Add(rstItm); allPartArea += typeArea; } rst.SetResultItems(rstItms); rst.SetMeasuredArea(Convert.ToUInt64(msrFldsArea * 1000000)); rst.SetRatio(allPartArea / (msrFldsArea * 1000000)); return true; //return false; } string ConvertFormatOfDateString(string Time) { string[] str1 = Time.Split(' '); string[] str2 = str1[0].Split('/'); return str2[2] + "/" + str2[1] + "/" + str2[0] + " " + str1[1]; } public string GetSampleWorkingFolder(string sampleName) { var pathname = FileHelper.GetFolderName(GetPathName()); var samplePathName = pathname + "\\" + sampleName + "\\"; return samplePathName; } public bool Save() { // Save or Save As, if strPathName is not empty, it is exist in the computer, this is a save action String strPathName = GetPathName(); if (strPathName.CompareTo(UNTITLED_FILE_NAME) == 0) { // this is a new file // return save as result return SaveAs(); } // is this a new file? strPathName.Trim(); //保存测量项目文件 .prj XmlDocument doc = new XmlDocument(); doc.Load(strPathName); doc.RemoveAll(); //添加xml文件头申明 XmlDeclaration xmldecl = doc.CreateXmlDeclaration("1.0", "UTF-8", null); doc.AppendChild(xmldecl); XmlElement rootNode = doc.CreateElement("XMLData"); doc.AppendChild(rootNode); Serialize(true, doc, rootNode); try { doc.Save(strPathName); } catch { return false; } // set file modify flag SetModify(false); // Ok, return TRUE return true; } public bool SaveAs() { // get file name String strPathName = ""; // file open dialog SaveFileDialog saveFileDialog = new SaveFileDialog(); saveFileDialog.FileName = m_strPathName.Split('\\')[m_strPathName.Split('\\').Length - 1]; saveFileDialog.Filter = "Directory (*.*)|*.*"; saveFileDialog.AddExtension = false; if (saveFileDialog.ShowDialog() != DialogResult.OK) { return false; } // get file pathname strPathName = saveFileDialog.FileName; string DirectoryName = Path.GetDirectoryName(strPathName); try { Directory.CreateDirectory(strPathName); } catch { MessageBox.Show("CreateDirectoryFailed!"); return false; } strPathName += "\\" + Path.GetFileNameWithoutExtension(strPathName) + ".prj"; //保存测量项目文件 .prj XmlDocument doc = new XmlDocument(); //添加xml文件头申明 XmlDeclaration xmldecl = doc.CreateXmlDeclaration("1.0", "UTF-8", null); doc.AppendChild(xmldecl); XmlElement rootNode = doc.CreateElement("XMLData"); doc.AppendChild(rootNode); Serialize(true, doc, rootNode); try { doc.Save(strPathName); } catch { return false; } // set file modify flag m_bModify = false; // Set project Path SetPathName(strPathName); // Ok, return TRUE return true; } // SEM stage data public CSEMStageData GetSEMStageData() { return m_pSEMStageData; } // SEM stage data public void SetSEMStageData(CSEMStageData a_pCSEMStageData) { m_pSEMStageData = a_pCSEMStageData; } // stage public CStage GetStage() { return m_pStage; } public void SetStage(CStage a_pStage) { m_pStage = new CStage(a_pStage); } // samples list public List GetSampleList() { return m_listSamples; } public COTSSample GetSampleByIndex(int a_nIndex) { // safe check if (a_nIndex < 0 || a_nIndex >= (int)m_listSamples.Count) { // invalid sample id return null; } // get the matching sample COTSSample pSample = m_listSamples[a_nIndex]; // return the sample return pSample; } public COTSSample GetSampleByName(String a_strSampleName) { bool Isfind = false; COTSSample pOTSSample = null; for (int itr = 0; itr < m_listSamples.Count; itr++) { if (m_listSamples[itr].GetName() == a_strSampleName) { pOTSSample = m_listSamples[itr]; Isfind = true; } } if (Isfind) { return pOTSSample; } return m_listSamples[0]; } public void AddSample(COTSSample pSample) { // add the new sample into the samples list m_listSamples.Add(pSample); // set the project file modified. SetModify(); // set the new as working sample m_nWorkingSampeIndex = (int)m_listSamples.Count - 1; } public bool DeleteSampleByIndex(int a_nIndex) { // check the index if (a_nIndex < 0 || a_nIndex >= (int)m_listSamples.Count) { // invalid input sample index return true; } // calculate new working sample index int nNewWorkingSampeIndex; if (a_nIndex < m_nWorkingSampeIndex) { nNewWorkingSampeIndex = m_nWorkingSampeIndex - 1; } else if (a_nIndex > m_nWorkingSampeIndex) { nNewWorkingSampeIndex = m_nWorkingSampeIndex; } else { // deleting working sample. if (a_nIndex == (int)m_listSamples.Count - 1) { // this is the last sample, select the above sample as working sample // if this is only sample in the list working sample index will be -1; nNewWorkingSampeIndex = m_nWorkingSampeIndex - 1; } else { // select next sample as working sample nNewWorkingSampeIndex = m_nWorkingSampeIndex; } } // delete the sample for (int i = m_listSamples.Count - 1; i >= 0; i--) { if (i == a_nIndex) { var sam = m_listSamples[i]; sam.GetMsrStatus().ClearCompletedFieldsInfo(); sam.GetMsrStatus().ClearCompletedFieldsInfo(); sam.ClearFields(); sam.GetMsrStatus().SetStatus(OTS_MSR_SAMPLE_STATUS.UNMEASURED); m_listSamples.Remove(m_listSamples[i]); break; } } // the file is modified. SetModify(); // reset working sample index m_nWorkingSampeIndex = nNewWorkingSampeIndex; // ok, return TRUE return true; } public bool DeleteSampleByName(String a_strSampleName) { // check input sample name a_strSampleName.Trim(); if (a_strSampleName == "") { // input sample name is empty return false; } // go through sample list int nIndex = 0; foreach (var pSample in m_listSamples) { // return TRUE if this is not an exclude sample and its name is same with input String strSampleName = pSample.GetName(); if (strSampleName.CompareTo(a_strSampleName) == 0) { // find the sample, return deleting result return DeleteSampleByIndex(nIndex); } ++nIndex; } // can't find the sample in the samples list, return FALSE return false; } public COTSSample GetWorkingSample() { return GetSampleByIndex(m_nWorkingSampeIndex); } public bool SetWorkingSampleByIndex(int a_nIndex) { // special treatment if (a_nIndex == -1 && m_listSamples.Count == 0) { m_nWorkingSampeIndex = -1; return true; } // check if the working sample index if (0 > a_nIndex || a_nIndex >= (int)m_listSamples.Count) { // invalid sample index return false; } m_nWorkingSampeIndex = a_nIndex; return true; } public bool SetWorkingSampleByName(String a_pSampleName) { // check input sample name a_pSampleName.Trim(); if (a_pSampleName == "") { // input sample name is empty return false; } // go through sample list int nIndex = 0; foreach (var pSample in m_listSamples) { // return TRUE if this is not an exclude sample and its name is same with input String strSampleName = pSample.GetName(); if (strSampleName.CompareTo(a_pSampleName) == 0) { // find the sample, return deleting result return SetWorkingSampleByIndex(nIndex); } ++nIndex; } // failed to find the named sample return FALSE return false; } // get modify flag public bool IsModified() { return m_bModify; } // file name public String GetFileName() { // make a copy of file path name String strPathName = m_strPathName; // is this a new file? if (strPathName.CompareTo(UNTITLED_FILE_NAME) == 0) { return strPathName; } // get file name String strFileName = GetFileNameWithoutExtension(strPathName); // return file name return strFileName; } // get file name without extension public String GetFileNameWithoutExtension(String a_strPathName) { string str = ""; str = Path.GetFileNameWithoutExtension(a_strPathName); return str; } // if the new sample name can be used. public bool IsValidSampleName(String a_sName) { foreach (var pSample in m_listSamples) { String sSampleName = pSample.GetName(); if (a_sName.Equals(sSampleName)) { return false; } } return true; } static String FindFile(String filename, String path) { if (Directory.Exists(path)) { if (File.Exists(path + filename)) return path + filename; String[] directorys = Directory.GetDirectories(path); foreach (String d in directorys) { String p = FindFile(filename, d); if (p != null) return p; } } return null; } // calculate measurement area public CDomain CalculateMsrArea(CHole a_pHole) { CDomain pMsrArea = new CDomain(a_pHole.GetShape(), a_pHole.GetDomainRect()); // measurement area should smaller than the sample hole RectangleF rectMsrArea = pMsrArea.GetDomainRect(); float nWidth = rectMsrArea.Width; float nHeight = rectMsrArea.Height; float nDeflateX = CalculateDeflateValue(nWidth); float nDeflateY = CalculateDeflateValue(nHeight); rectMsrArea.Offset(nDeflateX, nDeflateY); pMsrArea.SetDomainRect(rectMsrArea); // return measurement area return pMsrArea; } // calculate deflate value public float CalculateDeflateValue(float a_nWitchOrHeight) { const long LENGTH_THRESHOLD = 150000; const long LENGTH_THRESHOLD_MIN = 10000; const int EDGE = 1000; const int EDGE_MIN = 500; // deflate 1000 if width or height is greater than 15000 if (a_nWitchOrHeight >= LENGTH_THRESHOLD) { return EDGE; } // deflate 500 if width or height is greater than 15000 else if (a_nWitchOrHeight >= LENGTH_THRESHOLD_MIN) { return EDGE_MIN; } // otherwise, no deflate return 0; } //合并后新添加的需要的方法 public void SetGenParam(COTSGeneralParam GenParam) { m_GenParam = GenParam; } public COTSGeneralParam GetGenParam() { return m_GenParam; } public bool Reclassify() { string strFilePath = FileHelper.GetFolderName(m_strPathName); if (strFilePath == null) { return false; } foreach (var spl in m_listSamples) { //get the parameter MsrParam object CSampleParam pMsrParam = spl.GetMsrParams(); string stdFileName = pMsrParam.GetSTDName(); if (!stdFileName.Contains(".db")) { stdFileName += ".db"; } string filename = strFilePath + "\\" + spl.GetName() + "\\" + spl.GetName() + ".rst"; XmlDocument doc = new XmlDocument(); doc.Load(filename); XmlNode root = doc.SelectSingleNode("XMLData"); var members = root.SelectNodes("Member"); foreach (XmlNode member1 in members) { if (member1.Attributes["RegName"].Value == "Sample") { var paramNode = member1.SelectNodes("Member"); foreach (XmlNode member2 in paramNode) { if (member2.Attributes["RegName"].Value == "MsrParams") { ((XmlElement)member2).SetAttribute("STDName", stdFileName); } } } } doc.Save(filename);//save the new std db name foreach (var fld in spl.GetFieldsData()) { foreach (var part in fld.GetListAnalysisParticles()) { part.SetType((int)OTS_PARTICLE_TYPE.NOT_IDENTIFIED); part.SetClassifyId((int)OTS_PARTICLE_TYPE.NOT_IDENTIFIED); part.SetTypeName("Not Identified"); part.SetTypeColor("#000000"); } } var analysisparts = new List(); var m_classifyEngine = new CClassifyEngine(); if (SystemTypeId == OTS_SysType_ID.IncA) { //get the steel technology parameter STEEL_TECHNOLOGY steelTech = pMsrParam.GetSteelTechnology(); if (spl.GetMsrParams().GetSysSTDSwitch()) { if (stdFileName != "NoSTDDB.db") { foreach (var fld in spl.GetFieldsData()) { foreach (var part in fld.GetListAnalysisParticles()) { IClassifyEngine partEngine = m_classifyEngine.GetExpressionClassifyEngine(stdFileName); if (IsLowCounts(part)) { continue; } if (!partEngine.ClassifyByExpression(part)) { NLog.LogManager.GetCurrentClassLogger().Error("1 failed to classify!" + "Particle Engine"); } if (part.GetType() == (int)OTS_PARTICLE_TYPE.NOT_IDENTIFIED) { IClassifyEngine incAEngine = m_classifyEngine.GetIncClassifyEngine(); if (!incAEngine.ClassifyIncA(part, (int)steelTech)) { NLog.LogManager.GetCurrentClassLogger().Error("2 failed to classify!" + "IncA Engine"); } } } analysisparts.AddRange(fld.GetListAnalysisParticles()); } } else { foreach (var fld in spl.GetFieldsData()) { foreach (var part in fld.GetListAnalysisParticles()) { if (IsLowCounts(part)) { continue; } IClassifyEngine incAEngine = m_classifyEngine.GetIncClassifyEngine(); if (!incAEngine.ClassifyIncA(part, (int)steelTech)) { NLog.LogManager.GetCurrentClassLogger().Error("2 failed to classify!" + "IncA Engine"); } } analysisparts.AddRange(fld.GetListAnalysisParticles()); } } } else { if (stdFileName != "NoSTDDB.db") { foreach (var fld in spl.GetFieldsData()) { foreach (var part in fld.GetListAnalysisParticles()) { if (IsLowCounts(part)) { continue; } IClassifyEngine engine = m_classifyEngine.GetExpressionClassifyEngine(stdFileName); if (!engine.ClassifyByExpression(part)) { NLog.LogManager.GetCurrentClassLogger().Error("3 failed to classify!" + "Particle Engine"); } } analysisparts.AddRange(fld.GetListAnalysisParticles()); } } } } else if (SystemTypeId == OTS_SysType_ID.TCCleannessA|| SystemTypeId == OTS_SysType_ID.BatteryCleannessA) { if (stdFileName != "NoSTDDB.db") { foreach (var fld in spl.GetFieldsData()) { foreach (var part in fld.GetListAnalysisParticles()) { if (IsLowCounts(part)) { continue; } IClassifyEngine engine = m_classifyEngine.GetExpressionClassifyEngine(stdFileName); if (!engine.ClassifyByExpression(part)) { NLog.LogManager.GetCurrentClassLogger().Error("3 failed to classify!" + "Particle Engine"); } } analysisparts.AddRange(fld.GetListAnalysisParticles()); } } } string strFieldFileSubFolder = strFilePath + "\\" + spl.GetName() + "\\" + SMPL_MSR_RESULT_FIELDS_FILE_SUBFOLDER; string strIncAFilename = strFieldFileSubFolder + "\\" + SMPL_MSR_RESULT_INCLUSION_FILE; CIncAFileMgr pIncAFileMgr = new CIncAFileMgr(strIncAFilename); pIncAFileMgr.UpdateParticleList(analysisparts); if (stdFileName.ToLower() != "nostddb.db") { try { string userdBpath = Application.StartupPath + "\\Config\\SysData\\" + stdFileName; File.Copy(userdBpath, strFilePath + "\\" + spl.GetName() + "\\" + stdFileName, true); } catch (Exception ex) { MessageBox.Show(stdFileName + " copy failed:" + ex.ToString()); return false; } } } return true; } private bool IsLowCounts(COTSParticleClr particle) { COTSXRayParam pXRayParam = this.GetWorkingSample().GetMsrParams().GetXRayParam(); if (pXRayParam.GetUsingXray() == true) { var thecount = particle.GetXray().GetTotalCount(); var expect = pXRayParam.GetAnalyExpCount(); if (thecount < expect) { particle.SetType((int)OTS_PARTICLE_TYPE.LOW_COUNT);//4 represent "lowcount" particle.SetClassifyId((int)OTS_PARTICLE_TYPE.LOW_COUNT);//4 represent "lowcount" particle.SetTypeColor("#000000"); particle.SetTypeName("LowCounts"); return true; } } return false; } public void DeleteWorkingSampleFieldDataByFieldNo(int fieldNo) { string strFilePath = FileHelper.GetFolderName(m_strPathName); string strFieldFileSubFolder = strFilePath + "\\" + GetWorkingSample().GetName() + "\\" + SMPL_MSR_RESULT_FIELDS_FILE_SUBFOLDER; string strIncAFilename = strFieldFileSubFolder + "\\" + SMPL_MSR_RESULT_INCLUSION_FILE; CIncAFileMgr pIncAFileMgr = new CIncAFileMgr(strIncAFilename); var fldDB = pIncAFileMgr.GetFieldDB(); var incADataDb = pIncAFileMgr.GetIncADB(); var segmentDb = pIncAFileMgr.GetSegmentDB(); var posxrayinfodb = pIncAFileMgr.GetPosXrayDBMgr().GetXrayInfoDB(); var posxraydatadb = pIncAFileMgr.GetPosXrayDBMgr().GetXrayDataDB(); var elechemistrydb = pIncAFileMgr.GetPosXrayDBMgr().GetElementChemistryDB(); fldDB.DeleteDataByFieldNo (fieldNo); incADataDb.DeleteDataByFieldNo(fieldNo); segmentDb.DeleteDataByFieldNo(fieldNo); posxrayinfodb.DeleteDataByFieldNo(fieldNo); posxraydatadb.DeleteDataByFieldNo(fieldNo); elechemistrydb.DeleteDataByFieldNo(fieldNo); } /// /// 设置样品中对象属性 赋值 /// /// /// /// void Serialize(bool isStoring, XmlDocument classDoc, XmlNode rootNode) { // copy data over if (m_pSEMStageData == null) { m_pSEMStageData = new CSEMStageData(); } if (m_pStage == null) { m_pStage = new CStage(); } xInt xProjMgrFileMark = new xInt(); xString xProjMgrFileVersion = new xString(); xString xstrPathName = new xString(); xString xSystype = new xString(); Collection xholeBSEImgs = new Collection(); Collection xsamples = new Collection(); Slo slo = new Slo(); slo.Register("ProjMgrFileMark", xProjMgrFileMark); slo.Register("ProjMgrFileVersion", xProjMgrFileVersion); slo.Register("strPathName", xstrPathName); slo.Register("SysType", xSystype); slo.Register("SEMStageData", m_pSEMStageData); slo.Register("Stage", m_pStage); slo.Register("HoleBSEImg", xholeBSEImgs); slo.Register("Samples", xsamples); if (isStoring) { xProjMgrFileMark.AssignValue(0); xProjMgrFileVersion.AssignValue(""); xSystype.AssignValue(systemTypeId.ToString()); xstrPathName.AssignValue(m_strPathName); xholeBSEImgs.Clear(); xsamples.Clear(); foreach (var sample in m_listSamples) { xsamples.addItem(sample); } slo.Serialize(true, classDoc, rootNode); } else { slo.Serialize(false, classDoc, rootNode); m_strPathName = xstrPathName.value(); m_listHoleBSEImg.Clear(); m_listSamples.Clear(); for (int i = 0; i < (int)xsamples.size(); i++) { m_listSamples.Add(xsamples.getItem(i)); } if (xSystype.value() == "IncA") { systemTypeId = otsdataconst.OTS_SysType_ID.IncA; } else if(xSystype.value() == "TCCleannessA") { systemTypeId = otsdataconst.OTS_SysType_ID.TCCleannessA; } else if (xSystype.value() == "BatteryCleannessA") { systemTypeId = otsdataconst.OTS_SysType_ID.BatteryCleannessA; } } } } }