private void FormRefresh()
{
if (null != _tileImage.SingleImage && null == _tileImage.WholeImage)
{
_currImage = _tileImage.SingleImage.Clone() as Bitmap;
}
if (null != _tileImage.WholeImage)
{
_currImage = _tileImage.WholeImage.Clone() as Bitmap;
}
this.aqDisplay1.InteractiveGraphics.Clear();
if (null != _currImage)
{
this.aqDisplay1.Image = _currImage;
if (null != _currDisplayShape)
{
DisplayContour.Display(this.aqDisplay1, _currDisplayShape);
}
}
this.aqDisplay1.FitToScreen();
this.aqDisplay1.Update();
return;
}
private void FormRefresh(bool isAutoFit)
{
this.aqDisplay1.InteractiveGraphics.Clear();
if (null != _producer.ImageIn)
{
this.aqDisplay1.Image = _producer.ImageIn.Clone() as Bitmap;
if (_producer.IsDisplay)
{
for (int index = 0; index < _device.TaskSize; ++index)
{
ShapeOf2D.ConvertRectToShapeOf2D(Rectangle.Truncate(_device.Roi[index]), out var shapeOf2D);
DisplayContour.GetContours(shapeOf2D.XldPointYs, shapeOf2D.XldPointXs, shapeOf2D.XldPointsNums, out var contours, _aqColor[index], 2);
DisplayContour.Display(this.aqDisplay1, contours);
}
}
}
if (isAutoFit)
{
this.aqDisplay1.FitToScreen();
}
this.aqDisplay1.Update();
return;
}
private void RefreshAqDisplayOfCheck(bool isSelected = false, int indexOfDefectRegion = 0)
{
this.aqDisplayOfCheck.Show();
this.aqDisplayOfCheck.InteractiveGraphics.Clear();
if (null == _defectCell || null == _defectCell.DefectImage)
{
this.aqDisplayOfCheck.Hide();
return;
}
this.aqDisplayOfCheck.Image = _defectCell.DefectImage.Clone() as Bitmap;
foreach (var defectRegion in _defectCell.DefectRegions)
{
List <AqShap> aqShape = new List <AqShap>();
if (isSelected && indexOfDefectRegion == _defectCell.DefectRegions.IndexOf(defectRegion))
{
DisplayContour.GetContours(defectRegion.XldYs, defectRegion.XldXs, defectRegion.XldPointCount, out aqShape, AqVision.Graphic.AqColorEnum.Green, 3);
}
else
{
DisplayContour.GetContours(defectRegion.XldYs, defectRegion.XldXs, defectRegion.XldPointCount, out aqShape, AqVision.Graphic.AqColorEnum.Red, 1);
}
DisplayContour.Display(aqDisplayOfCheck, aqShape);
}
this.aqDisplayOfCheck.FitToScreen();
this.aqDisplayOfCheck.Update();
return;
}
private void RefreshDisplayShape()
{
ShapeOf2D result = new ShapeOf2D();
if (IsDisplayOfDefect)
{
result += ProductManager.DefectParam.Region;
}
if (IsDisplayOfBadConnection)
{
result += ProductManager.BadConnectionParam.Region;
}
if (IsDisplayOfOverage)
{
result += ProductManager.OverageParam.Region;
}
if (IsDisplayOfOffset)
{
result += ProductManager.OffsetParam.Region;
//
ShapeOf2D.ConverPoint2DToCross(ProductManager.OffsetParam.CurrPoint, 3, out var currPoint);
result += currPoint;
ShapeOf2D.ConverPoint2DToCross(ProductManager.OffsetParam.StandardPoint, 5, out var standardPoint);
result += standardPoint;
}
if (IsDisplayOfTip)
{
result += ProductManager.TipParam.Region;
}
DisplayContour.GetContours(result.XldPointYs, result.XldPointXs, result.XldPointsNums, out var _displayShapes, AqVision.Graphic.AqColorEnum.Red, 2);
DisplayShapes = _displayShapes;
return;
}
public void Run()
{
if (null != ImageIn)
{
MessageManager.Instance().Info("++++++Producer.Run(): begin.");
lock (TaskPool.PAD_LOCK)
{
_device.TryPushImages(ImageIn);
}
MessageManager.Instance().Info("++++++Producer.Run(): end.");
DisplayShapes = new List <AqShap>();
if (IsDisplay)
{
List <double> y = new List <double>();
List <double> x = new List <double>();
List <int> num = new List <int>();
for (int index = 0; index < _device.TaskSize; ++index)
{
ShapeOf2D.ConvertRectToShapeOf2D(Rectangle.Truncate(_device.Roi[index]), out var shapeOf2D);
y.AddRange(shapeOf2D.XldPointYs);
x.AddRange(shapeOf2D.XldPointXs);
num.AddRange(shapeOf2D.XldPointsNums);
}
DisplayContour.GetContours(y, x, num, out var contours, AqVision.Graphic.AqColorEnum.Yellow, 2);
DisplayShapes = contours;
IsUpdate = true;
}
else
{
IsUpdate = false;
}
IsResultOK = true;
}
return;
}
private void ConvertHRegionsToAqShapes(List <HObject> regions, out List <AqShap> aqShapes)
{
aqShapes = new List <AqShap>();
List <double> posYs = new List <double>();
List <double> posXs = new List <double>();
List <int> pointsNums = new List <int>();
if (null == regions)
{
return;
}
foreach (var region in regions)
{
ConvertSingleHRegionToPoints(region, out var posYsOfElement, out var posXsOfElement, out var pointsNumsOfElement);
posYs.AddRange(posYsOfElement);
posXs.AddRange(posXsOfElement);
pointsNums.AddRange(pointsNumsOfElement);
}
DisplayContour.GetContours(posYs, posXs, pointsNums, out aqShapes);
return;
}
private void FormRefresh(bool isAutoFit)
{
this.aqDisplay1.InteractiveGraphics.Clear();
if (null != _detector.ImageIn)
{
this.aqDisplay1.Image = _detector.ImageIn.Clone() as Bitmap;
if (_detector.IsDisplay)
{
//
if (_detector.IsDisplayOfDefect)
{
if (null != _detector.ProductManager.DefectParam.Region && 0 != _detector.ProductManager.DefectParam.Region.XldPointsNums.Count)
{
var temp = _detector.ProductManager.DefectParam.Region;
DisplayContour.GetContours(temp.XldPointYs, temp.XldPointXs, temp.XldPointsNums, out var shape, AqVision.Graphic.AqColorEnum.Green, 2);
DisplayContour.Display(this.aqDisplay1, shape);
}
}
//
if (_detector.IsDisplayOfBadConnection)
{
if (null != _detector.ProductManager.BadConnectionParam.Region && 0 != _detector.ProductManager.BadConnectionParam.Region.XldPointsNums.Count)
{
var temp = _detector.ProductManager.BadConnectionParam.Region;
DisplayContour.GetContours(temp.XldPointYs, temp.XldPointXs, temp.XldPointsNums, out var shape, AqVision.Graphic.AqColorEnum.Red, 2);
DisplayContour.Display(this.aqDisplay1, shape);
}
}
//
if (_detector.IsDisplayOfOverage)
{
if (null != _detector.ProductManager.OverageParam.Region && 0 != _detector.ProductManager.OverageParam.Region.XldPointsNums.Count)
{
var temp = _detector.ProductManager.OverageParam.Region;
DisplayContour.GetContours(temp.XldPointYs, temp.XldPointXs, temp.XldPointsNums, out var shape, AqVision.Graphic.AqColorEnum.Blue, 2);
DisplayContour.Display(this.aqDisplay1, shape);
}
}
//
if (_detector.IsDisplayOfOffset)
{
if (null != _detector.ProductManager.OffsetParam.Region && 0 != _detector.ProductManager.OffsetParam.Region.XldPointsNums.Count)
{
var temp = _detector.ProductManager.OffsetParam.Region;
DisplayContour.GetContours(temp.XldPointYs, temp.XldPointXs, temp.XldPointsNums, out var shape, AqVision.Graphic.AqColorEnum.Yellow, 2);
DisplayContour.Display(this.aqDisplay1, shape);
}
//
ShapeOf2D.ConverPoint2DToCross(_detector.ProductManager.OffsetParam.StandardPoint, 3, out var standardPoint);
DisplayContour.GetContours(standardPoint.XldPointYs, standardPoint.XldPointXs, standardPoint.XldPointsNums, out var shapeOfStandardPoint, AqVision.Graphic.AqColorEnum.Yellow, 4);
DisplayContour.Display(this.aqDisplay1, shapeOfStandardPoint);
//
ShapeOf2D.ConverPoint2DToCross(_detector.ProductManager.OffsetParam.CurrPoint, 3, out var currPoint);
DisplayContour.GetContours(currPoint.XldPointYs, currPoint.XldPointXs, currPoint.XldPointsNums, out var shapeOfCurrPoint, AqVision.Graphic.AqColorEnum.Yellow, 2);
DisplayContour.Display(this.aqDisplay1, shapeOfCurrPoint);
}
//
if (_detector.IsDisplayOfTip)
{
if (null != _detector.ProductManager.TipParam.Region && 0 != _detector.ProductManager.TipParam.Region.XldPointsNums.Count)
{
var temp = _detector.ProductManager.TipParam.Region;
DisplayContour.GetContours(temp.XldPointYs, temp.XldPointXs, temp.XldPointsNums, out var shape, AqVision.Graphic.AqColorEnum.Orange, 2);
DisplayContour.Display(this.aqDisplay1, shape);
}
}
}
}
if (isAutoFit)
{
this.aqDisplay1.FitToScreen();
}
this.aqDisplay1.Update();
return;
}
