public void GetDefectCell(string productName, string batchName, string boardName, string sideName, string shotName, string defectName, out DefectCell defectCell)
{
defectCell = new DefectCell();
string defectPath = _dataDir + "\\" + productName + "\\" + batchName + "\\" +
boardName + "\\" + sideName + "\\" + shotName;
MachVisionFile machVisionFile = new MachVisionFile(defectPath, shotName);
defectName = Regex.Replace(defectName, @"(.bmp)$", "");
machVisionFile.ReadRoiInTemplate(defectName, out var roi);
machVisionFile.ReadDefectInfos(defectName, out var defectInfos);
defectCell.RoiInTemplate = roi;
defectCell.DefectInfos = defectInfos;
string imageFile = defectPath + "\\" + defectName + ".bmp";
if (!File.Exists(imageFile))
{
return;
}
defectCell.DefectImage = ImageOperateTools.GetImageFromFile(imageFile);
Bitmap templateImage;
if (TryGetTemplateImg(sideName, shotName, roi, out templateImage))
{
defectCell.TemplateImage = templateImage;
}
else
{
defectCell.TemplateImage = null;
}
}
private void UpdateDataCells()
{
DefectCells = new List <DefectCell>();
if (_displayWindowNum <= 0)
{
return;
}
int head = -1;
int end = -1;
if (!DefectNameList.Contains(DefectName))
{
int iter = _displayWindowNum;
do
{
DefectCells.Add(new DefectCell());
} while (--iter > 0);
return;
}
int indexOfGroup = DefectNameList.IndexOf(DefectName) / _displayWindowNum;
head = indexOfGroup * _displayWindowNum;
end = head + _displayWindowNum - 1;
for (var iter = head; iter <= end; ++iter)
{
var defectCell = new DefectCell();
if (null == DefectNameList || 0 == DefectNameList.Count || iter >= DefectNameList.Count || iter < 0)
{
DefectCells.Add(new DefectCell());
}
else
{
_device.GetDefectCell(ProductName, BatchName, BoardName, SideName, ShotName, DefectNameList[iter], out defectCell);
defectCell.GenRegionFromRect(_dilationPixel);
DefectCells.Add(defectCell);
}
}
DisplayWindowIndex = DefectNameList.IndexOf(DefectName) - head;
DefectRegionIndex = 0;
return;
}
public bool SetByDefectCell(DefectCell defectCell, int regionIndex, EMarkDataType markType)
{
if (defectCell == null ||
defectCell.DefectRegions == null ||
regionIndex < 0 ||
regionIndex >= defectCell.DefectRegions.Count ||
defectCell.DefectRegions[regionIndex] == null ||
defectCell.DefectRegions[regionIndex].DefectInfoIndexList == null ||
defectCell.DefectRegions[regionIndex].DefectInfoIndexList.Count <= 0 ||
defectCell.DefectInfos == null ||
defectCell.DefectInfos.Count <= 0)
{
return(false);
}
SingleDefectRegion defectRegion = defectCell.DefectRegions[regionIndex];
MarkRegionType = markType;
SmallestRect = new Rectangle(defectRegion.SmallestRect.X, defectRegion.SmallestRect.Y,
defectRegion.SmallestRect.Width, defectRegion.SmallestRect.Height);
DefectInfos = new Dictionary <int, DefectInfo>();
foreach (var index in defectRegion.DefectInfoIndexList)
{
if (index < 0 || index >= defectCell.DefectInfos.Count)
{
return(false);
}
DefectInfo defectInfo = new DefectInfo();
defectInfo.CodeNum = defectCell.DefectInfos[index].CodeNum;
Rectangle rect = defectCell.DefectInfos[index].DefectRect;
defectInfo.DefectRect = new Rectangle(rect.X, rect.Y, rect.Width, rect.Height);
if (DefectInfos.ContainsKey(index))
{
return(false);
}
else
{
DefectInfos.Add(index, defectInfo);
}
}
return(true);
}
public void SetDefectCell(DefectCell defectCell)
{
_defectCell = null == defectCell ? new DefectCell() : defectCell;
return;
}
