OTS/OTSIncAMeasureApp/1-OTSMeasure/Measure/3-MeasureFlow/CMeasure.cs

using System.Collections.Generic;
using OTSDataType;
using System;
using static OTSDataType.otsdataconst;


using OTSModelSharp.ServiceCenter;
using System.Threading;

using OTSMeasureApp._1_OTSMeasure.Measure._3_MeasureFlow;
using OTSMeasureApp;
using OTSMeasureApp._0_OTSModel.OTSDataType;

namespace OTSModelSharp
{


    // enum and struct used for send message to App
  
    
    public class CMeasure
    {
      
        private const string UNTITLED_FILE_NAME = "Untitled";
        public delegate void   ProgressEventHandler(ST_MSTMsg msg);
        public event ProgressEventHandler ProgressEvent;

        public event ProgressEventHandler HolePreviewEvent;
        COTSMsrPrjResultData m_pProjData;
       public COTSMeasureParam m_pMeasureParam; // measure parameter, used for measure parameter setting
        List< COTSSample> m_listMeasurableSamples=new List<COTSSample>();
        string m_strWorkingFolder;
        readonly CMsrThreadStatus m_ThreadStatus;
        readonly ISemController m_SemController;
        protected static NLog.Logger loger = NLog.LogManager.GetCurrentClassLogger();
       public SortedDictionary<string, CSmplMeasure> mapSmplMsr = new SortedDictionary<string, CSmplMeasure>();//use this map to hold all the smplMeasure object 
       internal CBrightnessContrastAdjust BCregulater;

        public List<COTSSample> GetListMeasurableSamples()
        {
            return m_listMeasurableSamples;
        }

        public void SetListMeasurableSamples(List<COTSSample> value)
        {
            m_listMeasurableSamples = value;
        }

        public CMeasure()
        {         
            m_strWorkingFolder = "";
            m_ThreadStatus = new CMsrThreadStatus();


            m_SemController = SemController.GetSEMController();
           

        }

       
        public COTSMsrPrjResultData GetProjResultData()
        {
            return m_pProjData;
        }
        public ISemController GetSEMController()
        {

            // get SEM, scanner and x-ray controller via hardware manager
            return m_SemController;
        }
     

        public CMsrThreadStatus GetMsrThreadStatusobj() { return m_ThreadStatus; }
       public  void Init(COTSMeasureParam a_measureparam)
        {
            m_pMeasureParam = a_measureparam;
            m_pProjData = a_measureparam.GetResultData();
            SetListMeasurableSamples(a_measureparam.GetResultData().GetSampleList());
            return ;
        }
        void ThreadOver()
        {
          
            ST_MSTMsg MsrMsg = new ST_MSTMsg(m_ThreadStatus);
           

            MsrMsg.InitThreadOverMsg();
           
            SendMessageToMeasureGUI(MsrMsg);

            if (m_ThreadStatus.GetStatus() == otsdataconst.OTS_MSR_THREAD_STATUS.FAILED || m_ThreadStatus.GetStatus() == otsdataconst.OTS_MSR_THREAD_STATUS.COMPLETED)
            {

                if (m_pProjData.GetGenParam().AutoBeamOff)
                {
                    m_SemController.StopImageAcquisition();
                    Thread.Sleep(500);

                    m_SemController.SetSemBeamBlank(false); //true?
                    Thread.Sleep(500);
                    m_SemController.RunHIGH_VACUUM();
                }
            }
        }
       
        void SetWorkingFolderStrAndSaveCurrentSettings()
        {
            // get project file pathname
            string  strSettingFilePathName = m_pProjData.GetPathName();
            strSettingFilePathName.Trim();

            if (strSettingFilePathName == "")
            {
                loger .Error("SetWorkingFolderStr: project file pathname is an empty string");
                return ;
            }
            else if (strSettingFilePathName==UNTITLED_FILE_NAME)
            {
                loger .Error ("SetWorkingFolderStr: project file pathname is an invalid string");
                return ;
            }

            // working folder string
             m_strWorkingFolder = FileHelper.GetFolderName(strSettingFilePathName);

            m_pProjData.Save();
            return ;
        }
       public void SendMessageToMeasureGUI(ST_MSTMsg msg)
        {
            ProgressEvent(msg);
        }
        public void SendHolePreviewMessageToMeasureGUI(ST_MSTMsg msg)
        {
            HolePreviewEvent(msg);
        }
        public bool IsMeasureStopped()
        {
            return m_ThreadStatus.GetStatus() == OTS_MSR_THREAD_STATUS.STOPPED;
        }

        public bool  IsMeasureRunning() { return m_ThreadStatus.GetStatus() == OTS_MSR_THREAD_STATUS.INPROCESS; }
        public bool  IsMeasureFailed() { return m_ThreadStatus.GetStatus() == OTS_MSR_THREAD_STATUS.FAILED; }
        public bool  IsMeasureCompleted() { return m_ThreadStatus.GetStatus() == OTS_MSR_THREAD_STATUS.COMPLETED; }
        public   void DoMeasure()
        {
            // start measurement, creat thread measure status class, let the main thread know that measurement started
            m_ThreadStatus.SetStartTime(System.DateTime.Now);
            BCregulater = new CBrightnessContrastAdjust(this);
            BCregulater.SetPeriodStart(System.DateTime.Now);
            ST_MSTMsg MsgMsrStart = new ST_MSTMsg(m_ThreadStatus);
            MsgMsrStart.InitThreadStartMsg();
            SendMessageToMeasureGUI (MsgMsrStart);

            loger.Info("Measurement started!");
            // connect hardware
            loger.Info("Connect SEM!");
            if (!m_SemController.Connect())
            {
                loger .Error("DoMeasure: failed to connect hardware.");
                m_ThreadStatus.SetStatus(OTS_MSR_THREAD_STATUS.FAILED);
            
                m_ThreadStatus.ComputeTime(OTS_THREAD_TIME_TYPE.STOPPED);
                ThreadOver();
                return;
            }


            // set working directory which is the same directory of the setting file
            SetWorkingFolderStrAndSaveCurrentSettings();
     
        

            List <string >  listMeasuredSamples = m_ThreadStatus.GetCompletedSamples();

            // got through measure list
            foreach (var pSample in GetListMeasurableSamples())
            {// check and break if stop button is clicked 
                if (m_ThreadStatus.GetStatus()== OTS_MSR_THREAD_STATUS.STOPPED )
                {
                    // stop button clicked
                    loger .Info("DoMeasure: stop button is clicked.");                   
                    // record end time
                    m_ThreadStatus.ComputeTime(OTS_THREAD_TIME_TYPE.STOPPED);
                    ThreadOver();
                    return;
                }
                if (m_ThreadStatus.GetStatus() == OTS_MSR_THREAD_STATUS.PAUSED)
                {
                    // stop button clicked
                    loger.Info("DoMeasure: stop button is clicked.");
                    // record end time
                    m_ThreadStatus.ComputeTime(OTS_THREAD_TIME_TYPE.STOPPED);
                    while (m_ThreadStatus.GetStatus() == OTS_MSR_THREAD_STATUS.PAUSED)
                    {
                        Thread.Sleep(300);

                    }
                    //return;
                }

                if (!pSample.GetSwitch())
                {
                    continue;
                }
                var sta = pSample.GetMsrStatus().GetStatus();
                if (sta == OTS_MSR_SAMPLE_STATUS.SUCCESSED || sta == OTS_MSR_SAMPLE_STATUS.STOPPED)
                {
                    continue;
                
                }
             
                CSmplMeasure pSmplMeasure;
                if (!mapSmplMsr.ContainsKey(pSample.GetName()))
                {// create a sample measure object for the sample
                    switch (m_pProjData.SystemTypeId)
                    {
                        case OTS_SysType_ID.IncA:
                            pSmplMeasure = new CSmplMeasureIncA(m_strWorkingFolder, pSample);
                            break;
                        case OTS_SysType_ID.TCCleannessA:
                            pSmplMeasure = new CSmplMeasureCleanliness(m_strWorkingFolder, pSample);
                            break;
                        case OTS_SysType_ID.BatteryCleannessA:
                            pSmplMeasure = new CSmplMeasureCleanliness(m_strWorkingFolder, pSample);
                            break;
                        case OTS_SysType_ID.SteelMineral:
                            pSmplMeasure=new CSmplMeasureInclutionForSteelMineral(m_strWorkingFolder, pSample);
                            break;
                        default:
                            pSmplMeasure = new CSmplMeasureIncA(m_strWorkingFolder, pSample);
                            break;

                    }
                       
                  
                    
                    // set measure thread
                    pSmplMeasure.SetMsrThread(this);

                    mapSmplMsr[pSample.GetName()] = pSmplMeasure;
                }
                else
                {
                    pSmplMeasure = mapSmplMsr[pSample.GetName()];
                    pSample.GetMsrStatus().SetStatus(OTS_MSR_SAMPLE_STATUS.INPROCESS);
                    m_ThreadStatus.SetStatus(OTS_MSR_THREAD_STATUS.INPROCESS);
                }

                m_pProjData.SetWorkingSampleByName(pSample.GetName());

                if (BCregulater.CheckIsSampleAutoRegulate())
                {
                    BCregulater.DoBrightnessContrastAdjust();
                }
                pSmplMeasure.DoMeasureForOneSample();

               
                if (pSample.GetMsrStatus().GetStatus() == OTS_MSR_SAMPLE_STATUS.STOPPED)
                {// record end time
                    m_ThreadStatus.SetStatus(OTS_MSR_THREAD_STATUS.STOPPED);
                    m_ThreadStatus.ComputeTime(OTS_THREAD_TIME_TYPE.STOPPED);

                    // update thread measure status class, let the main thread know that this sample measurement stopped
                    ST_MSTMsg MsgSmpStop = new ST_MSTMsg(m_ThreadStatus);
                    MsgSmpStop.InitThreadStoppedMsg();
                    
                    SendMessageToMeasureGUI(MsgSmpStop);

                    ThreadOver();
                    break;
                }
			     if (pSample.GetMsrStatus().GetStatus() == OTS_MSR_SAMPLE_STATUS.FAILED)
			    {
                    // measurement failed
                    m_ThreadStatus.SetStatus(OTS_MSR_THREAD_STATUS.FAILED);
                // record end time
                    m_ThreadStatus.ComputeTime(OTS_THREAD_TIME_TYPE.STOPPED);

                // update thread measure status class, let the main thread know that this sample measurement failed
                ST_MSTMsg MsgSmpFailed=new ST_MSTMsg(m_ThreadStatus);
                    MsgSmpFailed.InitThreadFailedMsg();
                   
                 SendMessageToMeasureGUI(MsgSmpFailed);
                ThreadOver();
				  return;
			    }

              
                // update thread measure status class, let the main thread know that this sample measurement successes
                ST_MSTMsg MsgSmpSuccess = new ST_MSTMsg(m_ThreadStatus);
                MsgSmpSuccess.InitThreadSucceedMsg();

                SendMessageToMeasureGUI(MsgSmpSuccess);


                // continue to the next sample
                listMeasuredSamples.Add(pSample.GetName());

            }

            // measurement completed
            m_ThreadStatus.SetStatus(OTS_MSR_THREAD_STATUS.COMPLETED);
            // record end time
            m_ThreadStatus.ComputeTime(OTS_THREAD_TIME_TYPE.STOPPED);

            ThreadOver();
	}

       

        public COTSSample CreatePreviewSample(CDomain a_pMsrArea)
        {


            COTSSample pHoleSample = new COTSSample();

            pHoleSample.SetMsrDomain(a_pMsrArea);



            // get min magnification
            CSEMStageData pSEMStageData = m_pProjData.GetSEMStageData();
            double dMinMag = pSEMStageData.GetMinMag();
            // get scan field size 100
            int nScanFieldSize100 = pSEMStageData.GetScanFieldSize100();
            // get working distance
            double dWorkingDistance = 0.0;
            if (!GetSEMWorkingDistanceFromHW(ref dWorkingDistance))
            {

                return null;
            }

            CSEMFieldData poSEMDataMsr = new CSEMFieldData();
            poSEMDataMsr.SetScanFieldSize100(nScanFieldSize100);
            poSEMDataMsr.SetWorkingDistance(dWorkingDistance);
            poSEMDataMsr.SetMagnification(dMinMag);

            pHoleSample.SetSEMDataMsr(poSEMDataMsr);

            // Set image scan param
            COTSImgScanPrm poImageScanParam = new COTSImgScanPrm();
            poImageScanParam.SetStopMode(((int)OTS_MEASURE_STOP_MODE.CoverMode).ToString());
            poImageScanParam.SetStartImageMode(OTS_GET_IMAGE_MODE.Snake);
            poImageScanParam.SetScanImageSpeed(OTS_IMAGE_SCANSPEED_OPTIONS.low);


            CSampleParam poMsrParams = pHoleSample.GetMsrParams();
            poImageScanParam.SetImageResulotion(GetListMeasurableSamples()[0].GetMsrParams().GetImageScanParam().GetImageResulotion());//由于各样品分辨率应该一致，故此处没有读取选取的特定样品孔样品
            poMsrParams.CopyImageScanParam(poImageScanParam);
            pHoleSample.SetMsrParams(poMsrParams);

            return pHoleSample;
        }

        public  bool GetSEMWorkingDistanceFromHW(ref double a_dWorkingDistance)
        {

            m_SemController.GetWorkingDistance(ref a_dWorkingDistance);


            return true;
        }
    

        // measure status
       public void SetMsrLoopStatus(otsdataconst.OTS_MSR_THREAD_STATUS a_nMsrLoopStatus)
        {
          
                m_ThreadStatus.SetStatus( a_nMsrLoopStatus);
            
        }

    
    }
}