public ThreadProcessTianJinWeiYe(InspectConfig.ConfigData ConfigData)
{
//lin 20190813
//this.strConnectString = "server=127.0.0.1;user id=root;database=spidb;Charset=utf8";//Properties.Settings.Default.MySQLConnect;
this.strConnectString = WSClnt.PubStaticParam._strSPIdbConnectionString;
this._configData = ConfigData;
}
public ThreadProcessFov( InspectConfig.ConfigData Aconfig, string ExToFovImagePath, AppLayerLib.AppSettingHandler AappSettingHandle)
{
//lin 20190813
//this.strConnectString = Properties.Settings.Default.MySQLConnect;
this.strConnectString = WSClnt.PubStaticParam._strSPIdbConnectionString;
this.Aconfig = Aconfig;
this._ExToFovImagePath = ExToFovImagePath;
this._appSettingHandle = AappSettingHandle;
}
public ThreadProcessCDFO(InspectConfig.ConfigData _Config)
{
//this.dtStartTime = dtStartTime;
//this.dtEndTime = dtEndTime;
//lin 20190813
//this.strConnectString = "server=127.0.0.1;user id=root;database=spidb;Charset=utf8";//Properties.Settings.Default.MySQLConnect;
this.strConnectString = WSClnt.PubStaticParam._strSPIdbConnectionString;
//this.strCDPath = AstrCDPath;
this._ConfigAl = _Config;
}
public void SaveWholePCBImage(
string strBarcode,
string strDateTime,
String strJobName,
List <APP_SaveOrLoadImgDataInFo> AFovs,
ref AppSettingData AappSettingData,
ref InspectConfig.ConfigData Aconfig,
DateTime AdtStartTime,
string AstrPerWidthHeight,
Basefunction _baseFuc,
ImgCSCoreIM.ST_SaveOrLoadImgData stSave,
string ExToFovImagePath, string ip
)
{
if (AappSettingData.stDataExpVT.stSavePCBImageParams.bEnabled == false)
{
return;
}
String strPre = "SaveWholePCBImage:";
String strMsg = SaveWholePCBImagePrivate(strBarcode, strDateTime, strJobName,
AFovs,
ref AappSettingData,
ref Aconfig, AdtStartTime, AstrPerWidthHeight, _baseFuc, stSave, ip);
if (String.IsNullOrEmpty(strMsg) ||
String.Equals(strMsg.ToLower().Trim(), "true")) //Q.F.2017.04.06
{
strMsg = strPre + "Success!";
}
else
{
strMsg = strPre + strMsg;
}
strMsg += "\tOpID:" + AappSettingData.stDataExpVT.strOperatorID;
//if (_csBaseF != null)
// _csBaseF.LogRecord(strMsg, false);
}
private String SaveWholePCBImagePrivate(string strBarcode, string strDateTime, String strJobName,
List <APP_SaveOrLoadImgDataInFo> AFovs,
ref AppSettingData AappSettingData,
ref InspectConfig.ConfigData Aconfig,
DateTime AdtStartTime,
string AstrPerWidthHeight,
Basefunction _baseFuc,
ImgCSCoreIM.ST_SaveOrLoadImgData stSave, string ip
)
{
//String strPre = "SaveWholePCBImage:";
String strMsg = string.Empty;
try
{
if (String.IsNullOrEmpty(_strCurrentJobName) || !String.Equals(_strCurrentJobName, strJobName))
{
_strCurrentJobName = strJobName;
_bHasGetBoardBackGroudColor = false;
Array.Clear(_arrBoardBackGroudColor, 0, _arrBoardBackGroudColor.Length);
}
strJobName = Path.GetFileNameWithoutExtension(strJobName);
if (AFovs == null)
{
strMsg = "Fov Img is Null";
return(strMsg);
}
//if (ABrdRes.jugResult == JudgeRes.Unmeasured)
// return (strMsg = ABrdRes.jugResult.ToString());
int AiFOVWidth = 0, AiFOVHeight = 0;
float AfPixelSizeX0um = Aconfig._pixelSizeX0, AfPixelSizeY0um = Aconfig._pixelSizeY0;
AfPixelSizeX0um = 19.95233f; AfPixelSizeY0um = 19.9552f;
int index = 0;
int iFovCount = AFovs.Count;
unsafe
{
for (index = 0; index < iFovCount; ++index)
{
if (AFovs[index].stImgData.byImgDataR == null)
{
strMsg = "Fov Img is Null";
return(strMsg);
}
}
}
String strDayTime = strDateTime;
string strPath = AappSettingData.stDataExpVT.stSavePCBImageParams.strSaveImagePath;
if (string.IsNullOrEmpty(strPath) == false)
{
strPath = strPath + "\\" + ip;
}
if (_baseFuc.DirCheck(ref strPath) == -1)
{
strMsg = strPath + "Could not be created;";
return(strMsg);
}
//get board barcode
String strboardBarcode = strBarcode;
// AappSettingData, (byte)ABrdRes.LaneNo);//Q.F.2017.04.13
String strTime = AdtStartTime.ToString("yyyyMMddHHmmss");
if (string.Equals(strboardBarcode.ToUpper(), "NOREAD"))
{
strboardBarcode = strTime;
}
string strFileName = "";
if (AappSettingData.stDataExpVT.stSavePCBImageParams.bEnabled == true)
{
switch ((EM_SavePCBImageCustomer)AappSettingData.stDataExpVT.stSavePCBImageParams.Customer)
{
case EM_SavePCBImageCustomer.HuaWei:
{
if (!string.IsNullOrEmpty(AappSettingData.stDataExpVT.stSavePCBImageParams.TaskOrder))
{
strPath = Path.Combine(strPath, AappSettingData.stDataExpVT.stSavePCBImageParams.TaskOrder);
if (_baseFuc.DirCheck(ref strPath) == -1)
{
strMsg = strPath + "Could not be created;";
return(strMsg);
}
//strPath = Path.Combine(strPath, strboardBarcode);
//if (_baseFuc.DirCheck(ref strPath) == -1)
//{
// strMsg = strPath + "Could not be created;";
// return strMsg;
//}
}
else
{
strPath = Path.Combine(strPath, strDayTime);
if (_baseFuc.DirCheck(ref strPath) == -1)
{
strMsg = strPath + "Could not be created;";
return(strMsg);
}
}
strFileName = strboardBarcode + PubStaticParam.RS_UnderLineSplit + strTime + PubStaticParam.RS_UnderLineSplit + strJobName;
strFileName = Path.Combine(strPath, strFileName);
break;
}
case EM_SavePCBImageCustomer.JobBarcodePerDay:
{
strPath = Path.Combine(strPath, strDayTime);
if (_baseFuc.DirCheck(ref strPath) == -1)
{
strMsg = strPath + "Could not be created;";
return(strMsg);
}
strFileName = Path.Combine(strPath, strJobName + PubStaticParam.RS_UnderLineSplit + strboardBarcode + PubStaticParam.RS_UnderLineSplit + strTime);
break;
}
default:
{
break;
}
}
}
AiFOVWidth = AFovs[0].stImgData.iWidth;
AiFOVHeight = AFovs[0].stImgData.iHeight;
int intRange = (int)(iFovCount / _iProcessorCount) + 1;
int lImageLength = AiFOVWidth * AiFOVHeight;
ImgCSCoreIM.ColorFactorParams stColorFactors = AappSettingData.stColorFactorParams;
//cal Hue for backgroud
int hue = 0, saturation = 0, value = 0;
Color rgb = Color.Black;
//cal larger image size
int WholeImageWidth = 0, WholeImageHeight = 0;
double MinXMM = AFovs[0].fPosXmm;
double MaxXMM = AFovs[0].fPosXmm;
double MinYMM = AFovs[0].fPosYmm;
double MaxYMM = AFovs[0].fPosYmm;
for (index = 1; index < iFovCount; ++index)
{
if (MinXMM > AFovs[index].fPosXmm)//correctedXmm
{
MinXMM = AFovs[index].fPosXmm;
}
if (MaxXMM < AFovs[index].fPosXmm)
{
MaxXMM = AFovs[index].fPosXmm;
}
if (MinYMM > AFovs[index].fPosYmm)//correctedYmm
{
MinYMM = AFovs[index].fPosYmm;
}
if (MaxYMM < AFovs[index].fPosYmm)
{
MaxYMM = AFovs[index].fPosYmm;
}
}
WholeImageWidth = (int)Math.Ceiling((MaxXMM - MinXMM) * F_MM2UM / AfPixelSizeX0um);
WholeImageHeight = (int)Math.Ceiling((MaxYMM - MinYMM) * F_MM2UM / AfPixelSizeY0um);
WholeImageWidth += AiFOVWidth;
WholeImageHeight += AiFOVHeight;
int lLength = WholeImageWidth * WholeImageHeight;
if (_imgByte2DR == null || _imgByte2DR.Length != lLength)
{
_imgByte2DR = new byte[lLength];
_imgByte2DG = new byte[lLength];
_imgByte2DB = new byte[lLength];
}
Array.Clear(_imgByte2DR, 0, lLength);
Array.Clear(_imgByte2DG, 0, lLength);
Array.Clear(_imgByte2DB, 0, lLength);
if (_imgByte2DRFov == null || _imgByte2DRFov.Length != lLength)
{
_imgByte2DRFov = new byte[lImageLength];
_imgByte2DGFov = new byte[lImageLength];
_imgByte2DBFov = new byte[lImageLength];
}
Array.Clear(_imgByte2DRFov, 0, lImageLength);
Array.Clear(_imgByte2DGFov, 0, lImageLength);
Array.Clear(_imgByte2DBFov, 0, lImageLength);
float fFovWMM = AiFOVWidth * AfPixelSizeX0um * 0.001f;
float fFovHMM = AiFOVHeight * AfPixelSizeY0um * 0.001f;
double LeftXMM = MinXMM; // -fFovWMM * 0.5;
double LeftYMM = MinYMM; // -fFovHMM * 0.5;
//for (index = 0; index < lLength; ++index)
//{
// _imgByte2DG[index] = rgb.G;
// _imgByte2DB[index] = rgb.B;
// _imgByte2DB[index] = rgb.R;
//}
int i = 0, j = 0;
float fFactor = 1.0f;
short shColorPer = 0;
//Parallel.ForEach(Partitioner.Create(0, iFovCount, intRange), range =>
//{
//for (int a = range.Item1; a < range.Item2; ++a)
for (index = 0; index < iFovCount; ++index)
{
unsafe
{
// recal rgb value
if (stColorFactors.byRGB2DFactorR != 100)
{
shColorPer = (short)(stColorFactors.byRGB2DFactorR * 1.28);
for (i = 0; i < lImageLength; ++i)
{
_imgByte2DRFov[i] = (byte)((AFovs[index].stImgData.byImgDataR[i] * shColorPer) >> 7);
}
}
else
{
Array.Copy(AFovs[index].stImgData.byImgDataR, _imgByte2DRFov, lImageLength);
}
if (stColorFactors.byRGB2DFactorG != 100)
{
//fFactor = stColorFactors.byRGB2DFactorR * 0.01f;
shColorPer = (short)(stColorFactors.byRGB2DFactorG * 1.28);
for (i = 0; i < lImageLength; ++i)
{
// _imgByte2DRFov[i] = (byte)(AFovs[a]._rgbImg[0][i] * fFactor);
_imgByte2DGFov[i] = (byte)((AFovs[index].stImgData.byImgDataG[i] * shColorPer) >> 7);
}
}
else
{
Array.Copy(AFovs[index].stImgData.byImgDataG, _imgByte2DGFov, lImageLength);
}
if (stColorFactors.byRGB2DFactorB != 100)
{
//fFactor = stColorFactors.byRGB2DFactorR * 0.01f;
shColorPer = (short)(stColorFactors.byRGB2DFactorB * 1.28);
for (i = 0; i < lImageLength; ++i)
{
// _imgByte2DRFov[i] = (byte)(AFovs[a]._rgbImg[0][i] * fFactor);
_imgByte2DBFov[i] = (byte)((AFovs[index].stImgData.byImgDataB[i] * shColorPer) >> 7);
}
}
else
{
Array.Copy(AFovs[index].stImgData.byImgDataB, _imgByte2DBFov, lImageLength);
}
}
int iShiftX = (int)Math.Ceiling((AFovs[index].fPosXmm - LeftXMM) / AfPixelSizeX0um * F_MM2UM);
int iShiftY = (int)Math.Ceiling((AFovs[index].fPosYmm - LeftYMM) / AfPixelSizeY0um * F_MM2UM);//Q.F.2018.01.04
int iStartX = 0;
int iStartY = 0;
if (iShiftX < 0)
{
iStartX = 0 - iShiftX;
}
if (iShiftY < 0)
{
iStartY = 0 - iShiftY;
}
for (i = iStartY; i < AiFOVHeight; ++i)
{
Array.Copy(_imgByte2DRFov, i * AiFOVWidth + iStartX,
_imgByte2DR, (i + iShiftY) * WholeImageWidth + (0 + iShiftX),
AiFOVWidth - iStartX);
Array.Copy(_imgByte2DGFov, i * AiFOVWidth + iStartX,
_imgByte2DG, (i + iShiftY) * WholeImageWidth + (0 + iShiftX),
AiFOVWidth - iStartX);
Array.Copy(_imgByte2DBFov, i * AiFOVWidth + iStartX,
_imgByte2DB, (i + iShiftY) * WholeImageWidth + (0 + iShiftX),
AiFOVWidth - iStartX);
}
}
//});
Rectangle rect = new Rectangle(0, 0, WholeImageWidth, WholeImageHeight);
int iWidthNew = 0;
int iHeightNew = 0;
bool bAdjustWIdth = false;
AappSettingData.stDataExpVT.stSavePCBImageParams.byImageAdjustPercent = 30;
if (AappSettingData.stDataExpVT.stSavePCBImageParams.byImageAdjustPercent < 100)
{
bAdjustWIdth = true;
iWidthNew = (int)System.Math.Ceiling(WholeImageWidth * AappSettingData.stDataExpVT.stSavePCBImageParams.byImageAdjustPercent * 0.01);
iHeightNew = (int)System.Math.Ceiling(WholeImageHeight * AappSettingData.stDataExpVT.stSavePCBImageParams.byImageAdjustPercent * 0.01);
}
//else
//{
// bAdjustWIdth = true;
// iWidthNew = int.Parse(AstrPerWidthHeight.Split('@')[0]);
// iHeightNew = int.Parse(AstrPerWidthHeight.Split('@')[1]);
//}
//if (string.IsNullOrEmpty(AstrPerWidthHeight) == false)
//{
// bAdjustWIdth = true;
// iWidthNew = int.Parse(AstrPerWidthHeight.Split('@')[0]);
// iHeightNew = int.Parse(AstrPerWidthHeight.Split('@')[1]);
//}
//Q.F.2018.08.29
AappSettingData.stDataExpVT.stSavePCBImageParams.bFillBlack = true;
if (AappSettingData.stDataExpVT.stSavePCBImageParams.bFillBlack == true &&
_bHasGetBoardBackGroudColor == false)
{
Array.Clear(_fParams, 0, _fParams.Length);
_fParams[0] = WholeImageWidth;
_fParams[1] = WholeImageHeight;
_bHasGetBoardBackGroudColor = true;
CvFunction.GetPcbBcgrdColor(_imgByte2DR, _imgByte2DG, _imgByte2DB, _fParams, _arrBoardBackGroudColor);
}
int iSaveImageMode = 1;
//strboardBarcode = Path.GetFileNameWithoutExtension(strJobName) + "_" + strboardBarcode + "_" + strTime;
// string strFileName = "";//Path.Combine(strPath, strboardBarcode);
switch ((ImgCSCoreIM.EM_ImageFormat)AappSettingData.stDataExpVT.stSavePCBImageParams.ImageFormat)
{
case EM_ImageFormat.bmp:
{
strFileName += ".bmp";
iSaveImageMode = 2;
//resultBitMap.Save(strFileName, System.Drawing.Imaging.ImageFormat.Jpeg);
break;
}
default:
{
strFileName += ".jpg";
if (iSaveImageMode >= 2)
{
iSaveImageMode = 1;
}
//resultBitMap.Save(strFileName, System.Drawing.Imaging.ImageFormat.Jpeg);
break;
}
}
Bitmap resultBitMap = null;
//Stopwatch stopWatch = new Stopwatch();
//stopWatch.Reset();
//stopWatch.Start();
if (bAdjustWIdth == false)
{
if (AappSettingData.stDataExpVT.stSavePCBImageParams.bFillBlack == true)
{
Array.Clear(_fParams, 0, _fParams.Length);
_fParams[0] = WholeImageWidth;
_fParams[1] = WholeImageHeight;
_fParams[2] = _arrBoardBackGroudColor[0];
_fParams[3] = _arrBoardBackGroudColor[1];
_fParams[4] = _arrBoardBackGroudColor[2];
_fParams[5] = 1;
byte[] imgByte2DTmp = new byte[_imgByte2DB.Length];
CvFunction.FillPcbBlackHole(_imgByte2DR, _imgByte2DG, _imgByte2DB,
_fParams, _imgByte2DR, _imgByte2DG, _imgByte2DB);
}
switch (iSaveImageMode)
{
case 0:
{
unsafe
{
resultBitMap = new Bitmap(WholeImageWidth, WholeImageHeight, System.Drawing.Imaging.PixelFormat.Format24bppRgb);
System.Drawing.Imaging.BitmapData bmpData = resultBitMap.LockBits(rect, System.Drawing.Imaging.ImageLockMode.ReadWrite, resultBitMap.PixelFormat);
IntPtr iPtr = bmpData.Scan0;
int iStride = bmpData.Stride;
int iBytes = iStride * WholeImageHeight;
byte[] PixelValues = new byte[iBytes];
int iPoint = 0;
int offSet = iStride - WholeImageWidth * 3;
byte byG = 0, byB = 0, byR = 0;
//for (i = 0; i < WholeImageHeight; ++i)
//{
// for (j = 0; j < WholeImageWidth; ++j)
// {
for (index = 0; index < lLength; ++index)
{
//index = i * WholeImageWidth + j;
byG = _imgByte2DG[index];
byB = _imgByte2DB[index];
byR = _imgByte2DR[index];
PixelValues[iPoint++] = byB;
PixelValues[iPoint++] = byG;
PixelValues[iPoint++] = byR;
// }
// iPoint += 3;
iPoint += offSet;
}
//
System.Runtime.InteropServices.Marshal.Copy(PixelValues, 0, iPtr, iBytes);
resultBitMap.UnlockBits(bmpData);
resultBitMap.Save(strFileName, System.Drawing.Imaging.ImageFormat.Jpeg);
}
break;
}
case 1:
{
//ImgCSCoreIM.ST_SaveOrLoadImgData stSave = new ImgCSCoreIM.ST_SaveOrLoadImgData();
stSave.iImgFormat = 1;
stSave.bUseOpcv = false;
stSave.byImgDataR = _imgByte2DR;
stSave.byImgDataG = _imgByte2DG;
stSave.byImgDataB = _imgByte2DB;
stSave.iWidth = WholeImageWidth;
stSave.iHeight = WholeImageHeight;
_baseFuc.SaveImg(strFileName, stSave, 80);
stSave.byImgDataR = null;
stSave.byImgDataG = null;
stSave.byImgDataB = null;
break;
}
case 2:
{
//ImgCSCoreIM.ST_SaveOrLoadImgData stSave = new ImgCSCoreIM.ST_SaveOrLoadImgData();
stSave.iImgFormat = 0;
stSave.bUseOpcv = true;
stSave.byImgDataR = _imgByte2DR;
stSave.byImgDataG = _imgByte2DG;
stSave.byImgDataB = _imgByte2DB;
stSave.iWidth = WholeImageWidth;
stSave.iHeight = WholeImageHeight;
_baseFuc.SaveImg(strFileName, stSave, 100);
stSave.byImgDataR = null;
stSave.byImgDataG = null;
stSave.byImgDataB = null;
break;
}
default:
{
break;
}
}
}
else
{
unsafe
{
int lImageLengthNew = iWidthNew * iHeightNew;
if (_imgByte2DRReSize == null || _imgByte2DRReSize.Length != lImageLengthNew)
{
_imgByte2DRReSize = new byte[lImageLengthNew];
_imgByte2DGReSize = new byte[lImageLengthNew];
_imgByte2DBReSize = new byte[lImageLengthNew];
}
Array.Clear(_imgByte2DRReSize, 0, lImageLengthNew);
Array.Clear(_imgByte2DGReSize, 0, lImageLengthNew);
Array.Clear(_imgByte2DBReSize, 0, lImageLengthNew);
//_imgBi[0].RGBImageScale(_imgByte2DB,
// _imgByte2DG,
// _imgByte2DB,
// WholeImageWidth, WholeImageHeight,
// r, g, b, iWidthNew, iHeightNew);
Array.Clear(_fParams, 0, _fParams.Length);
_fParams[0] = WholeImageWidth;
_fParams[1] = WholeImageHeight;
_fParams[2] = iWidthNew;
_fParams[3] = iHeightNew;
_fParams[4] = 0;
_baseFuc.ResizeImgByOpcv(_imgByte2DR,
_imgByte2DG,
_imgByte2DB,
_imgByte2DRReSize, _imgByte2DGReSize, _imgByte2DBReSize, _fParams);
AappSettingData.stDataExpVT.stSavePCBImageParams.bFillBlack = true;
if (AappSettingData.stDataExpVT.stSavePCBImageParams.bFillBlack == true)
{
Array.Clear(_fParams, 0, _fParams.Length);
_fParams[0] = iWidthNew;
_fParams[1] = iHeightNew;
_fParams[2] = _arrBoardBackGroudColor[0];
_fParams[3] = _arrBoardBackGroudColor[1];
_fParams[4] = _arrBoardBackGroudColor[2];
_fParams[5] = 1;
//byte[] imgByte2DTmp = new byte[r.Length];
CvFunction.FillPcbBlackHole(_imgByte2DRReSize, _imgByte2DGReSize, _imgByte2DBReSize,
_fParams, _imgByte2DRReSize, _imgByte2DGReSize, _imgByte2DBReSize);
}
rect = new Rectangle(0, 0, iWidthNew, iHeightNew);
switch (iSaveImageMode)
{
case 0:
{
unsafe
{
resultBitMap = new Bitmap(iWidthNew, iHeightNew, System.Drawing.Imaging.PixelFormat.Format24bppRgb);
//Rectangle rect = new Rectangle(0, 0, AiFOVWidth, AiFOVHeight);
// Rectangle rect = new Rectangle(0, 0, WholeImageWidth, WholeImageHeight);
System.Drawing.Imaging.BitmapData bmpData = resultBitMap.LockBits(rect, System.Drawing.Imaging.ImageLockMode.ReadWrite, resultBitMap.PixelFormat);
IntPtr iPtr = bmpData.Scan0;
int iStride = bmpData.Stride;
int iBytes = iStride * iHeightNew;
byte[] PixelValues = new byte[iBytes];
int iPoint = 0;
int offSet = iStride - iWidthNew * 3;
byte byG = 0, byB = 0, byR = 0;
for (i = 0; i < iHeightNew; ++i)
{
for (j = 0; j < iWidthNew; ++j)
{
index = i * iWidthNew + j;
byG = _imgByte2DGReSize[index];
byB = _imgByte2DBReSize[index];
byR = _imgByte2DRReSize[index];
PixelValues[iPoint++] = byB;
PixelValues[iPoint++] = byG;
PixelValues[iPoint++] = byR;
}
// iPoint += 3;
iPoint += offSet;
}
//
System.Runtime.InteropServices.Marshal.Copy(PixelValues, 0, iPtr, iBytes);
resultBitMap.UnlockBits(bmpData);
resultBitMap.Save(strFileName, System.Drawing.Imaging.ImageFormat.Jpeg);
PixelValues = null;
}
break;
}
case 1:
{
//ImgCSCoreIM.ST_SaveOrLoadImgData stSave = new ImgCSCoreIM.ST_SaveOrLoadImgData();
stSave.iImgFormat = 1;
stSave.bUseOpcv = false;
stSave.byImgDataR = _imgByte2DRReSize;
stSave.byImgDataG = _imgByte2DGReSize;
stSave.byImgDataB = _imgByte2DBReSize;
stSave.iWidth = iWidthNew;
stSave.iHeight = iHeightNew;
_baseFuc.SaveImg(strFileName, stSave, 80);
stSave.byImgDataR = null;
stSave.byImgDataG = null;
stSave.byImgDataB = null;
break;
}
case 2:
{
//ImgCSCoreIM.ST_SaveOrLoadImgData stSave = new ImgCSCoreIM.ST_SaveOrLoadImgData();
stSave.iImgFormat = 0;
stSave.bUseOpcv = true;
stSave.byImgDataR = _imgByte2DRReSize;
stSave.byImgDataG = _imgByte2DGReSize;
stSave.byImgDataB = _imgByte2DBReSize;
stSave.iWidth = iWidthNew;
stSave.iHeight = iHeightNew;
_baseFuc.SaveImg(strFileName, stSave, 100);
stSave.byImgDataR = null;
stSave.byImgDataG = null;
stSave.byImgDataB = null;
break;
}
default:
{
break;
}
}
//strboardBarcode = Path.GetFileNameWithoutExtension(strJobName) + "_" + strboardBarcode + "_" + strTime;
//string strFileName = Path.Combine(strPath, strboardBarcode);
//switch ((ImgCSCoreIM.EM_ImageFormat)AappSettingData.stDataExpVT.stSavePCBImageParams.ImageFormat)
//{
// default:
// {
// strFileName += ".jpg";
// resultBitMap.Save(strFileName, System.Drawing.Imaging.ImageFormat.Jpeg);
// break;
// }
//}
}
}
if (resultBitMap != null)
{
resultBitMap.Dispose();
}
//stopWatch.Stop();
//MessageBox.Show("iSaveImageMode:" + iSaveImageMode + "\t" + stopWatch.ElapsedMilliseconds);
}
catch (System.Exception ex)
{
//MessageBox.Show(ex.ToString());
strMsg += ex.ToString();
AppLogHelp.WriteError(LogFileFormate.FOVPCB, "SaveWholePCBImagePrivate " + strMsg);
}
finally
{
//_arrBoardBackGroudColor = null;
_imgByte2DR = null;
_imgByte2DG = null;
_imgByte2DB = null;
_imgByte2DRFov = null;
_imgByte2DGFov = null;
_imgByte2DBFov = null;
_imgByte2DRReSize = null;
_imgByte2DGReSize = null;
_imgByte2DBReSize = null;
GC.Collect();
}
return(strMsg);
}
public String SaveFovImagesInfo(string strFovDataFileLoadOverByUI, string AstFirstFovPath, string strBarcode, string strDate, DateTime dtStartTime,
List <APP_SaveOrLoadImgDataInFo> AFovs,
ref AppSettingData AappSettingData,
ref InspectConfig.ConfigData Aconfig,
bool bNeedZoom, Basefunction _csBaseF,
string AstrPerWidthHeight, string AtrDataExportSaveFovImagePath,
ImgCSCoreIM.ST_SaveOrLoadImgData stSave,
String ExToFOVImagePath, int AiCount,
string strIp
)
{
string strMsg = string.Empty;
try
{
//if (ABrdRes.jugResult == JudgeRes.Unmeasured)
// return;
int index = 0;
int iFovCount = AiCount;//AFovs.Count;
unsafe
{
//for (index = 0; index < iFovCount; ++index)
//{
// if (AFovs[index].stImgData.byImgDataR == null)
// {
// strMsg = "Fov Img is Null";
// return strMsg;
// }
//}
}
if (iFovCount > 0)
{
_csBaseF.LoadImadat(AstFirstFovPath + "\\" + 0, ref AFovs[0].stImgData);
}
int AiFOVWidth = AFovs[0].stImgData.iWidth;
int AiFOVHeight = AFovs[0].stImgData.iHeight;
float AfPixelSizeX0um = Aconfig._pixelSizeX0, AfPixelSizeY0um = Aconfig._pixelSizeY0;
//AappSettingData.stDataExpVT.strSaveFovImagePath = "D:\\FOV";
//AappSettingData.stDataExpVT.bEnSaveFovImage = true;
if (
AappSettingData.stDataExpVT.bEnSaveFovImage == false)//AappSettingData.bEnDataExp == false
{
strMsg = "bEnSaveFovImage is false!";
return(strMsg);
}
////Q.F.2017.04.24
// _csBaseF.GetSaveFovImagePath(ref ABrdRes, AstrDir, ref AappSettingData);
if (string.IsNullOrEmpty(AappSettingData.stDataExpVT.strSaveFovImagePath))
{
return("SaveFovImagePath is null!");
}
//string strFovImageDir = AstrDir;
//if(!string.IsNullOrEmpty(AappSettingData.stDataExpVT.strSaveFovImagePath))
//{
// strFovImageDir = AappSettingData.stDataExpVT.strSaveFovImagePath;
// if (_csBaseF.DirCheck(ref strFovImageDir) == -1)
// {
// strFovImageDir = AstrDir;
// }
//}
//if (_csBaseF.DirCheck(ref strFovImageDir) == -1)
// return;
//get board barcode
String strboardBarcode = strBarcode;
bool bUse1DImage = false;
if (Aconfig._VAHMsrPara_bFastMode == true && Aconfig._checkGage == false)
{
bUse1DImage = true;
}
//save fov images
//strFovImageDir = strFovImageDir + RS_DATAEXPORTFovImageSubDir;
//String strFovImageDirDay = RS_EMPTY;
String strFovImageDirPCB = string.Empty;
if (AappSettingData.stDataExpVT.bEnSaveFovImage == true)
{
//Q.F.2017.04.19
strFovImageDirPCB = AtrDataExportSaveFovImagePath;//// strFovImageDirDay + strboardBarcode + RS_UnderLine + ABrdRes.pcbID;
if (string.IsNullOrEmpty(strIp))
{
}
else
{
if (string.IsNullOrEmpty(AtrDataExportSaveFovImagePath) == false)
{
string strBaseDirName = AtrDataExportSaveFovImagePath.Split(':').First();
string strLastDirName = AtrDataExportSaveFovImagePath.Split(':').Last();
strFovImageDirPCB = strBaseDirName + ":\\" + strIp + strLastDirName;
}
}
//strFovImageDirPCB = Path.Combine(strFovImageDirPCB, strDate + "_" + strBarcode);
//如果UI勾选 AappSettingData.bEnGenAOIFile
//if (AappSettingData.bEnGenAOIFile || AappSettingData.bEnLinkToAOIStation)
//{
// strFovImageDirPCB = AappSettingData.stDataExpVT.strSaveFovImagePath;
// if (string.IsNullOrEmpty(strFovImageDirPCB))
// {
// strFovImageDirPCB = Path.Combine(ExToFOVImagePath, "FOVImage");
// strFovImageDirPCB = Path.Combine(strFovImageDirPCB, strboardBarcode + RS_strUnderLine + dtStartTime.ToString(RS_strTimeFormat));
// }
// else
// {
// strFovImageDirPCB = Path.Combine(strFovImageDirPCB, "FOVImage");
// strFovImageDirPCB = Path.Combine(strFovImageDirPCB, strboardBarcode + RS_strUnderLine + dtStartTime.ToString(RS_strTimeFormat));
// }
// if (Directory.Exists(strFovImageDirPCB) == false)
// {
// Directory.CreateDirectory(strFovImageDirPCB);
// }
//}
if (_csBaseF.DirCheck(ref strFovImageDirPCB) == -1)
{
return(strFovImageDirPCB + "Could not be created;");
}
;
// _csCrImg.SaveFovImages(strFovImageDir, AFovs,AiFOVWidth,AiFOVHeight,AappSettingData);
//_csBaseF.LogRecord("SaveFovImage Path:" + strFovImageDirPCB, false);
int iProcessorCount = Environment.ProcessorCount - 1;
if (iProcessorCount <= 0)
{
iProcessorCount = 1;
}
int iCount = AiCount; //AFovs.Count;
String[] strFovComponentInfo = new String[iCount]; //Q.F.2017.06.06
Stopwatch stop = new Stopwatch();
stop.Start();
Rectangle rect = new Rectangle(0, 0, AiFOVWidth, AiFOVHeight);
int iWidthNew = 0;
int iHeightNew = 0;
bool bAdjustWIdth = false;
if (AappSettingData.stDataExpVT.byFovImageAdjustPercent < 100)
{
bAdjustWIdth = true;
iWidthNew = (int)System.Math.Ceiling(AiFOVWidth * AappSettingData.stDataExpVT.byFovImageAdjustPercent * 0.01);
iHeightNew = (int)System.Math.Ceiling(AiFOVHeight * AappSettingData.stDataExpVT.byFovImageAdjustPercent * 0.01);
}
else if (bNeedZoom && Aconfig._bEnGenROiCADImg == false)//Q.F.2017.08.30
{
bAdjustWIdth = true;
iWidthNew = int.Parse(AstrPerWidthHeight.Split('@')[0]);
iHeightNew = int.Parse(AstrPerWidthHeight.Split('@')[1]);
}
//iWidthNew = AiFOVWidth; iHeightNew = AiFOVHeight;
//byte[] aTmp = new byte[256];
int intRange = (int)(iCount / _iProcessorCount) + 1;
Rectangle rectNew = new Rectangle(0, 0, iWidthNew, iHeightNew);
int lImageLength = AiFOVWidth * AiFOVHeight;
int lImageLengthNew = iWidthNew * iHeightNew;
ImgCSCoreIM.ColorFactorParams stColorFactors = AappSettingData.stColorFactorParams;
bool bGenROICADImg = Aconfig._bEnGenROiCADImg;
double MinXMM = AFovs[0].fPosXmm;
double MaxXMM = AFovs[0].fPosXmm;
double MinYMM = AFovs[0].fPosYmm;
double MaxYMM = AFovs[0].fPosYmm;
for (index = 1; index < iFovCount; ++index)
{
if (MinXMM > AFovs[index].fPosXmm)//correctedXmm
{
MinXMM = AFovs[index].fPosXmm;
}
if (MaxXMM < AFovs[index].fPosXmm)
{
MaxXMM = AFovs[index].fPosXmm;
}
if (MinYMM > AFovs[index].fPosYmm)//correctedYmm
{
MinYMM = AFovs[index].fPosYmm;
}
if (MaxYMM < AFovs[index].fPosYmm)
{
MaxYMM = AFovs[index].fPosYmm;
}
}
int lLength = AiFOVWidth * AiFOVHeight;
//if (_imgByte2DR == null || _imgByte2DR.Length != lLength)
//{
// _imgByte2DR = new byte[lLength];
// _imgByte2DG = new byte[lLength];
// _imgByte2DB = new byte[lLength];
//}
//Array.Clear(_imgByte2DR, 0, lLength);
//Array.Clear(_imgByte2DG, 0, lLength);
//Array.Clear(_imgByte2DB, 0, lLength);
if (_imgByte2DRFov == null || _imgByte2DRFov.Length != lLength)
{
_imgByte2DRFov = new byte[lImageLength];
_imgByte2DGFov = new byte[lImageLength];
_imgByte2DBFov = new byte[lImageLength];
}
Array.Clear(_imgByte2DRFov, 0, lImageLength);
Array.Clear(_imgByte2DGFov, 0, lImageLength);
Array.Clear(_imgByte2DBFov, 0, lImageLength);
//Parallel.ForEach(Partitioner.Create(0, iCount, intRange), range =>
//{
//Parallel.ForEach(Partitioner.Create(0, iCount, (int)(iCount / _iProcessorCount) + 1), range =>
//{
//for(int iCount=0,)
if (_r == null || _r.Length != lLength)
{
_r = new byte[lImageLengthNew];
_g = new byte[lImageLengthNew];
_b = new byte[lImageLengthNew];
}
//for (int iIndex = range.Item1; iIndex < range.Item2; ++iIndex)
//{
for (int iIndex = 0; iIndex < iCount; ++iIndex)
{
strFovComponentInfo[iIndex] = String.Empty;
string strFileName = String.Empty;
//int iIndex = a / intRange;//a - range.Item1;
int iIndexRGB = 0;
string strFovImgNo = (iIndex + 1).ToString();
//Q.F.2017.04.19
//swap color
//int capType = AFovs[a].capType;
_csBaseF.LoadImadat(AstFirstFovPath + "\\" + iIndex.ToString(), ref AFovs[0].stImgData);
float fFactor = 1.0f;
int i = 0, j = 0;
short shColorPer = 0;
unsafe
{
// recal rgb value
if (stColorFactors.byRGB2DFactorR != 100)
{
//fFactor = stColorFactors.byRGB2DFactorR * 0.01f;
shColorPer = (short)(stColorFactors.byRGB2DFactorR * 1.28);
for (i = 0; i < lImageLength; ++i)
{
//R1[i] = (byte)(AFovs[a]._rgbImg[0][i] * fFactor);
_imgByte2DRFov[i] = (byte)((AFovs[0].stImgData.byImgDataR[i] * shColorPer) >> 7);
// R1[i] = aTmp[AFovs[a]._rgbImg[0][i]];
}
}
else
{
//Marshal.Copy((IntPtr)((void*)AFovs[a]._rgbImg[0]), R1, 0,
// lImageLength);
Array.Copy(AFovs[0].stImgData.byImgDataR, _imgByte2DRFov, lImageLength);
}
if (stColorFactors.byRGB2DFactorG != 100)
{
//fFactor = stColorFactors.byRGB2DFactorR * 0.01f;
shColorPer = (short)(stColorFactors.byRGB2DFactorG * 1.28);
for (i = 0; i < lImageLength; ++i)
{
// R1[i] = (byte)(AFovs[a]._rgbImg[0][i] * fFactor);
_imgByte2DGFov[i] = (byte)((AFovs[0].stImgData.byImgDataG[i] * shColorPer) >> 7);
}
}
else
{
//Marshal.Copy((IntPtr)((void*)AFovs[a]._rgbImg[1]), G1, 0,
// lImageLength);
Array.Copy(AFovs[0].stImgData.byImgDataG, _imgByte2DGFov, lImageLength);
}
if (stColorFactors.byRGB2DFactorB != 100)
{
//fFactor = stColorFactors.byRGB2DFactorR * 0.01f;
shColorPer = (short)(stColorFactors.byRGB2DFactorB * 1.28);
for (i = 0; i < lImageLength; ++i)
{
// R1[i] = (byte)(AFovs[a]._rgbImg[0][i] * fFactor);
_imgByte2DBFov[i] = (byte)((AFovs[0].stImgData.byImgDataB[i] * shColorPer) >> 7);
}
}
else
{
//Marshal.Copy((IntPtr)((void*)AFovs[a]._rgbImg[2]), B1, 0,
// lImageLength);
Array.Copy(AFovs[0].stImgData.byImgDataB, _imgByte2DBFov, lImageLength);
}
}
int iSaveImageMode = 1;
if (bGenROICADImg == false)
{
if (iSaveImageMode >= 2)
{
iSaveImageMode = 1;
}
strFileName = strFovImageDirPCB + strFovImgNo + RS_DATAEXPORTImageExt; // ".Jpeg";
}
else
{
iSaveImageMode = 2;
strFileName = strFovImageDirPCB + strFovImgNo + ".bmp"; // ".Jpeg";
}
if (bAdjustWIdth == false)
{
switch (iSaveImageMode)
{
case 0:
{
unsafe
{
Bitmap resultBitMap = new Bitmap(AiFOVWidth, AiFOVHeight, System.Drawing.Imaging.PixelFormat.Format24bppRgb);
//Rectangle rect = new Rectangle(0, 0, AiFOVWidth, AiFOVHeight);
System.Drawing.Imaging.BitmapData bmpData = resultBitMap.LockBits(rect, System.Drawing.Imaging.ImageLockMode.ReadWrite, resultBitMap.PixelFormat);
IntPtr iPtr = bmpData.Scan0;
int iStride = bmpData.Stride;
int iBytes = iStride * AiFOVHeight;
byte[] PixelValues = new byte[iBytes];
int iPoint = 0;
int offSet = iStride - AiFOVWidth * 3;
byte byG = 0, byB = 0, byR = 0;
short value;
//
for (i = 0; i < AiFOVHeight; ++i)
{
for (j = 0; j < AiFOVWidth; ++j)
{
iIndexRGB = i * AiFOVWidth + j;
//byG = AFovs[a]._rgbImg[1][iIndexRGB];
//byB = AFovs[a]._rgbImg[2][iIndexRGB];
//byR = AFovs[a]._rgbImg[0][iIndexRGB];
byG = _imgByte2DGFov[iIndexRGB];
byB = _imgByte2DBFov[iIndexRGB];
byR = _imgByte2DRFov[iIndexRGB];
PixelValues[iPoint++] = byB;
PixelValues[iPoint++] = byG;
PixelValues[iPoint++] = byR;
}
// iPoint += 3;
iPoint += offSet;
}
//
System.Runtime.InteropServices.Marshal.Copy(PixelValues, 0, iPtr, iBytes);
resultBitMap.UnlockBits(bmpData);
if (bGenROICADImg == false) //Q.F.2017.08.30
{
//strFileName = strFovImageDirPCB + strFovImgNo + RS_DATAEXPORTImageExt;// ".Jpeg";
resultBitMap.Save(strFileName, System.Drawing.Imaging.ImageFormat.Jpeg);
}
else
{
//strFileName = strFovImageDirPCB + strFovImgNo + ".bmp";// ".Jpeg";
resultBitMap.Save(strFileName, System.Drawing.Imaging.ImageFormat.Bmp);
}
if (resultBitMap != null)
{
resultBitMap.Dispose();
}
}
break;
}
case 1:
{
//ImgCSCoreIM.ST_SaveOrLoadImgData stSave = new ImgCSCoreIM.ST_SaveOrLoadImgData();
stSave.iImgFormat = 1;
stSave.bUseOpcv = false;
stSave.byImgDataR = _imgByte2DRFov;
stSave.byImgDataG = _imgByte2DGFov;
stSave.byImgDataB = _imgByte2DBFov;
stSave.iWidth = AiFOVWidth;
stSave.iHeight = AiFOVHeight;
_csBaseF.SaveImg(strFileName, stSave, 100);
break;
}
case 2:
{
//ImgCSCoreIM.ST_SaveOrLoadImgData stSave = new ImgCSCoreIM.ST_SaveOrLoadImgData();
stSave.iImgFormat = 0;
stSave.bUseOpcv = true;
stSave.byImgDataR = _imgByte2DRFov;
stSave.byImgDataG = _imgByte2DGFov;
stSave.byImgDataB = _imgByte2DBFov;
stSave.iWidth = AiFOVWidth;
stSave.iHeight = AiFOVHeight;
_csBaseF.SaveImg(strFileName, stSave, 0);
break;
}
default:
break;
}
}
else
{
unsafe
{
Array.Clear(_r, 0, lImageLengthNew);
Array.Clear(_g, 0, lImageLengthNew);
Array.Clear(_b, 0, lImageLengthNew);
Array.Clear(_fParams, 0, _fParams.Length);
_fParams[0] = AiFOVWidth;
_fParams[1] = AiFOVHeight;
_fParams[2] = iWidthNew;
_fParams[3] = iHeightNew;
_fParams[4] = 0;
_csBaseF.ResizeImgByOpcv(_imgByte2DRFov,
_imgByte2DGFov,
_imgByte2DBFov,
_r, _g, _b, _fParams);
switch (iSaveImageMode)
{
case 0:
{
Bitmap resultBitMap = new Bitmap(iWidthNew, iHeightNew, System.Drawing.Imaging.PixelFormat.Format24bppRgb);
//Rectangle rect = new Rectangle(0, 0, AiFOVWidth, AiFOVHeight);
System.Drawing.Imaging.BitmapData bmpData = resultBitMap.LockBits(rectNew, System.Drawing.Imaging.ImageLockMode.ReadWrite, resultBitMap.PixelFormat);
IntPtr iPtr = bmpData.Scan0;
int iStride = bmpData.Stride;
int iBytes = iStride * iHeightNew;
byte[] PixelValues = new byte[iBytes];
int iPoint = 0;
int offSet = iStride - iWidthNew * 3;
byte byG = 0, byB = 0, byR = 0;
short value;
//
for (i = 0; i < iHeightNew; ++i)
{
for (j = 0; j < iWidthNew; ++j)
{
iIndexRGB = i * iWidthNew + j;
byG = _g[iIndexRGB];
byB = _b[iIndexRGB];
byR = _r[iIndexRGB];
PixelValues[iPoint++] = byB;
PixelValues[iPoint++] = byG;
PixelValues[iPoint++] = byR;
}
// iPoint += 3;
iPoint += offSet;
}
//
System.Runtime.InteropServices.Marshal.Copy(PixelValues, 0, iPtr, iBytes);
resultBitMap.UnlockBits(bmpData);
// strFileName = strFovImageDirPCB + (a + 1).ToString() + ".Jpeg";// ".Jpeg";
//strFileName = strFovImageDirPCB + strFovImgNo + RS_DATAEXPORTImageExt;// ".Jpeg";
//strFileName = Path.Combine(strFovImageDirPCB,strD);
resultBitMap.Save(strFileName, System.Drawing.Imaging.ImageFormat.Jpeg);
if (resultBitMap != null)
{
resultBitMap.Dispose();
}
PixelValues = null;
break;
}
case 1:
{
//ImgCSCoreIM.ST_SaveOrLoadImgData stSave = new ImgCSCoreIM.ST_SaveOrLoadImgData();
stSave.iImgFormat = 1;
stSave.bUseOpcv = false;
stSave.byImgDataR = _r;
stSave.byImgDataG = _g;
stSave.byImgDataB = _b;
stSave.iWidth = iWidthNew;
stSave.iHeight = iHeightNew;
if (_bmp == null || _bmp.Width * _bmp.Height != iWidthNew * iHeightNew)
{
if (_bmp != null && _bmp.Width * _bmp.Height != iWidthNew * iHeightNew)
{
_bmp.Dispose();
}
_bmp = new Bitmap(iWidthNew, iHeightNew, PixelFormat.Format24bppRgb);
}
_csBaseF.SaveImg(strFileName, stSave, 70, true, _bmp);
break;
}
case 2:
{
//ImgCSCoreIM.ST_SaveOrLoadImgData stSave = new ImgCSCoreIM.ST_SaveOrLoadImgData();
stSave.iImgFormat = 0;
stSave.bUseOpcv = true;
stSave.byImgDataR = _r;
stSave.byImgDataG = _g;
stSave.byImgDataB = _b;
stSave.iWidth = iWidthNew;
stSave.iHeight = iHeightNew;
if (_bmp == null || _bmp.Width * _bmp.Height != iWidthNew * iHeightNew)
{
if (_bmp != null && _bmp.Width * _bmp.Height != iWidthNew * iHeightNew)
{
_bmp.Dispose();
}
_bmp = new Bitmap(iWidthNew, iHeightNew, PixelFormat.Format24bppRgb);
}
_csBaseF.SaveImg(strFileName, stSave, 0, true, _bmp);
break;
}
default:
{
break;
}
}
}
}
////Q.F.2017.06.07
////record the fov info
//if (AFovs[a].stFovInfo.ComponentArrayName != null)
//{
// for (i = 0, j = AFovs[a].stFovInfo.ComponentArrayName.Length; i < j; ++i)
// {
// AFovs[a].stFovInfo.ComponentArrayName[a] += AFovs[a].stFovInfo.ComponentArrayName[i]
// + RS_LineEnd;
// }
//}
}
//});
////Q.F.2017.06.07
////record the fov info
//StringBuilder strFovInfo = new StringBuilder();
//strFovInfo.Append("COMPONENTID_ARRAYID" + ",");
//strFovInfo.Append("FovNo" + "\r\n");
//int n = 0, iLength = 0;
//int m = 0, iCLength = 0;
//for (n = 0, iLength = AFovs.Length; n < iLength; ++n)
//{
// if (AFovs[n].stFovInfo.ComponentArrayName != null)
// {
// for (m = 0, iCLength = AFovs[n].stFovInfo.ComponentArrayName.Length; m < iCLength; ++m)
// {
// strFovInfo.Append(AFovs[n].stFovInfo.ComponentArrayName[m] + RS_SPLIT);
// strFovInfo.Append((n + 1) + RS_LineEnd);
// }
// }
//}
//string strFileNameFovInfo = strFovImageDirPCB + strboardBarcode + RS_CSV_EXT;// ".Jpeg";
//FileStream fs = new FileStream(strFileNameFovInfo, FileMode.OpenOrCreate);
//System.IO.StreamWriter streamWrt = new StreamWriter(fs, Encoding.Default);
//streamWrt.Write(strFovInfo);
//streamWrt.Close();
//stop.Stop();
// MessageBox.Show(stop.ElapsedMilliseconds.ToString());
//});
//copy 三点照合需要的txt.csv文件
//if (AappSettingData.bEnGenAOIFile == true)
//{
// string strFile = Path.Combine(AstFirstFovPath, strBarcode + "_" + dtStartTime.ToString(RS_strTimeFormat) + ".csv");
// //ToAOI
// if (File.Exists(strFile))
// {
// File.Copy(strFile, Path.Combine(AappSettingData.stDataExpVT.strSaveFovImagePath, strBarcode + "_" + dtStartTime.ToString(RS_strTimeFormat) + ".csv"), true);
// System.Threading.Thread.Sleep(300);
// //File.Copy(strFile, Path.Combine(AappSettingData.stDataExpVT.strSaveFovImagePath, "FOVImage", strBarcode + "_" + dtStartTime.ToString(RS_strTimeFormat) + ".csv"), true);
// //System.Threading.Thread.Sleep(100);
// }
// strFile = Path.Combine(AstFirstFovPath, strBarcode + "_" + dtStartTime.ToString(RS_strTimeFormat) + ".txt");
// // 模拟来自FrAoi
// if (File.Exists(strFile))
// {
// File.Copy(strFile, Path.Combine(@"D:\EYSPI\DataExport\LinkFrAOI", strBarcode + "_" + dtStartTime.ToString(RS_strTimeFormat) + ".txt"), true);
// System.Threading.Thread.Sleep(100);
// }
//}
if (File.Exists(strFovDataFileLoadOverByUI))
{
string strPosFile = Path.Combine(strFovImageDirPCB, Path.GetFileName(strFovDataFileLoadOverByUI));
File.Copy(strFovDataFileLoadOverByUI, strPosFile, true);
}
}
}
catch (System.Exception ex)
{
//MessageBox.Show(ex.ToString());
strMsg = ex.Message;
}
finally
{
}
_imgByte2DRFov = null;
_imgByte2DGFov = null;
_imgByte2DBFov = null;
_r = null;
_g = null;
_b = null;
return(strMsg);
}
