void layer_PointerPressed(object sender, Windows.UI.Xaml.Input.PointerRoutedEventArgs e)
{
var layer = sender as Canvas;
if (layer == null)
{
return;
}
if (layer.Children.Contains(ReferenceLine))
{
layer.Children.Remove(ReferenceLine);
}
layer.PointerMoved -= layer_PointerMoved;
layer.PointerPressed -= layer_PointerPressed;
ActiveHeight = Convert.ToInt32(
e.GetCurrentPoint(layer).Position.Y / layer.ActualHeight * CurrentPhoto.PixelHeight
);
TestChart.setChart(CurrentPhoto);
if (GradeDis == 0)
{
GradeDis = 7;
}
ActiveLatitudeValue = (TestChart as KDGrayChart).getLatitude(GradeDis);
DrawLatitude(CurrentPhoto);
}
List <Result> TestGray(WriteableBitmap chart)
{
var rl = new List <Result>();
TestChart.setChart(chart);
var Chart = TestChart as GrayChart;
BrightChangesValue = Chart.getBrightChangesValue();
rl.Add(new Result()
{
Value = BrightChangesValue,
TestTime = DateTime.Now,
Name = "Bright changes",
Memo = "",
TestCount = 1,
Dimension = "%"
});
rl.Add(new Result()
{
Value = GBValue = Chart.ptp.getGBBrightChangedValue(CurrentPhoto, GBSelectAreaNum),
TestTime = DateTime.Now,
Name = "GB bright changes value",
Memo = "",
TestCount = 1,
Dimension = "%"
});
TestGB(chart);
return(rl);
}
public List <Result> TestLatitude(WriteableBitmap chart)
{
try
{
var rl = new List <Result>();
TestChart.setChart(chart);
(TestChart as ITEGrayscaleChart).ConstGradeL = ConstL;
LatitudeValue = (TestChart as ITEGrayscaleChart).getGrayGrade(TestAreaHeight, TestAreaWidth);
Result lp = new Result();
lp.Name = "Latitude";
lp.Memo = "数据表示在一张照片里面可以分辨的灰阶亮度级别";
lp.Dimension = "Grade";
lp.Value = LatitudeValue;
rl.Add(lp);
if (LatitudeValue == 11)
{
ChartTestHelper.setGBSign(true, GBControl);
}
else
{
ChartTestHelper.setGBSign(false, GBControl);
}
ShowLatitude();
return(rl);
}
catch (Exception xe)
{
SilverlightLFC.common.Environment.ShowMessage(xe.Message);
//testHelper.ProcessError(xe, "灰阶计算错误,请检查照片");
return(null);
}
}
List <Result> TestISO12233(WriteableBitmap chart)
{
var rl = new List <Result>();
TestChart.setChart(chart);
var Chart = TestChart as ISO12233Chart;
rl.Add(new Result()
{
Value = Chart.getLPResoveLines(),
Name = "Resolution",
Memo = "",
TestTime = DateTime.Now,
TestCount = 1,
Dimension = "LW/PH",
});
rl.Add(new Result()
{
Value = Chart.getHEdgeResoveLines(),
Name = "Horizontal Resolution",
Memo = "",
TestTime = DateTime.Now,
TestCount = 1,
Dimension = "LW/PH",
});
rl.Add(new Result()
{
Value = Chart.getVEdgeResoveLines(),
Name = "Vertical Resolution",
Memo = "",
TestTime = DateTime.Now,
TestCount = 1,
Dimension = "LW/PH"
});
rl.Add(new Result()
{
Value = Chart.getHDispersiveness(),
Name = "Horizontal Dispersiveness",
Memo = "",
TestTime = DateTime.Now,
TestCount = 1,
Dimension = "Pix"
});
rl.Add(new Result()
{
Value = Chart.getVDispersiveness(),
Name = "Vertical Dispersiveness",
Memo = "",
TestTime = DateTime.Now,
TestCount = 1,
Dimension = "Pix"
});
return(rl);
}
void c_PointerPressed(object sender, Windows.UI.Xaml.Input.PointerRoutedEventArgs e)
{
Canvas c = sender as Canvas;
if (c.Children.Contains(hl))
{
c.Children.Remove(hl);
}
if (c.Children.Contains(vl))
{
c.Children.Remove(vl);
}
CustomButtonBrush = DeactiveBrush;
c.PointerMoved -= c_PointerMoved;
c.PointerPressed -= c_PointerPressed;
if (CurrentPhoto == null)
{
return;
}
DrawGraphic dg = new DrawGraphic();
Point tp = e.GetCurrentPoint(c).Position;
Point ip = DrawGraphic.getImagePosition(tp, currentPhotoControl.getImage());
Color cc = TestChart.GetPixel(currentPhotoControl.getPhoto(), (int)ip.X, (int)ip.Y);
//TempPhoto =new WriteableBitmap( ChartPhoto.getPhoto());//复制一份保留
try
{
WriteableBitmap oi;
CustomSelectPointSimularPixelNum = TestChart.getFloodBrightEdge(currentPhotoControl.getPhoto(), out oi, ip, BrightGradeDistance);
//IsNeedSave = false;
currentPhotoControl.setPhoto(oi);
}
catch (Exception xe) //未知的异常
{
if (xe is LFCException) //已经是系统约定的错误类型，直接往上抛
{
SilverlightLFC.common.Environment.ShowMessage(xe.Message);
}
else
{
SilverlightLFC.common.Environment.ShowMessage("Calculate error:" + xe.Message);
//MessageBox.Show("计算亮度变化错误");
}
}
}
public void TestUpdate(int dx, params double[] t)
{
if (TestChart.InvokeRequired)
{
TestChart.Invoke((MenuModel.UpdateCallback)TestUpdate, dx, t);
}
else
{
double x = dx;
if (TestChart.Series[0].Points.Count > 0)
{
x += TestChart.Series[0].Points.Last().XValue;
}
TestChart.Series[0].Points.AddXY(
x,
t[0]);
}
}
List<Result> TestGBAberration(WriteableBitmap photo)
{
var rl = new List<Result>();
TestChart.setChart(photo);
var Chart = TestChart as AberrationChart;
double _1l = getDistance(L10.Value, R10.Value);
double _5l = getDistance(L50.Value, R50.Value);
double _9l = getDistance(L90.Value, R90.Value);
GBResult5 = Chart.ptp.getGBAberration(_5l, _1l, 5);
GBResult9 = Chart.ptp.getGBAberration(_9l, _1l, 9);
double h = 0.05;
if (!IsLongFocus)
{
h = 0.07;
}
if (Math.Abs(GBResult5) < h && Math.Abs(GBResult9) < h)
{
ChartTestHelper.setGBSign(true, GBControl);
}
else
{
ChartTestHelper.setGBSign(false, GBControl);
}
Result lp = new Result();
lp.Name = "国标畸变测试0.5处";
lp.Memo = "计算照片变形程度测算畸变";
lp.Dimension = "";
lp.Value = GBResult5;
rl.Add(lp);
lp = new Result();
lp.Name = "国标畸变测试0.9处";
lp.Memo = "计算照片变形程度测算畸变";
lp.Dimension = "";
lp.Value = GBResult9;
rl.Add(lp);
return rl;
}
public List <Result> TestLatitude(WriteableBitmap photo)
{
var rl = new List <Result>();
TestChart.setChart(photo);
if (GradeDis == 0)
{
GradeDis = 7;
}
LatitudeValue = (TestChart as KDGrayChart).getLatitude(GradeDis);
DrawLatitude(photo);
var lp = new Result();
lp.Name = "宽容度";
lp.Memo = "数据表示在一张照片里面可以分辨的亮度级别";
lp.Dimension = "Grade";
lp.Value = LatitudeValue;
rl.Add(lp);
return(rl);
}
List <Result> TestXRite(WriteableBitmap chart)
{
var rl = new List <Result>();
TestChart.setChart(chart);
var Chart = TestChart as XRiteColorChart;
rl.Add(new Result()
{
Value = Chart.getWhiteBanlance() * 100,
Name = "Write banlance error percent",
Memo = "",
TestTime = DateTime.Now,
TestCount = 1,
Dimension = "%"
});
rl.Add(new Result()
{
Value = Chart.getNoiseNum() * 100,
Name = "Noise percent",
Memo = "",
TestTime = DateTime.Now,
TestCount = 1,
Dimension = "%"
});
rl.Add(new Result()
{
Value = Chart.getColorDistance(),
Name = "Average color trend error",
Memo = "",
TestTime = DateTime.Now,
TestCount = 1,
Dimension = "degree"
});
return(rl);
}
List <Result> TestGBEv(WriteableBitmap photo)
{
var rl = new List <Result>();
TestChart.setChart(photo);
EVDistance = (TestChart as GrayChart).ptp.getGBDEv(photo, gama, TestParameter);
Result lp = new Result();
lp.Name = "曝光量误差";
lp.Memo = "计算照片中央明度来确定曝光量";
lp.Dimension = "";
lp.Value = EVDistance;
rl.Add(lp);
WriteableBitmap cb = (TestChart as GrayChart).ptp.getImageArea(photo, photo.PixelWidth / 4, photo.PixelHeight / 4, photo.PixelWidth / 2, photo.PixelHeight / 2);
CenterL = (TestChart as GrayChart).ptp.getAverageColorL(cb);
lp = new Result();
lp.Name = "中央平均明度";
lp.Memo = "照片中央明度";
lp.Dimension = "";
lp.Value = CenterL;
rl.Add(lp);
if (Math.Abs(EVDistance) >= 1)
{
ChartTestHelper.setGBSign(false, GBControl);
}
else
{
ChartTestHelper.setGBSign(true, GBControl);
}
return(rl);
}
List <Result> TestXMark(WriteableBitmap chart)
{
var rl = new List <Result>();
TestChart.setChart(chart);
var Chart = TestChart as XMarkChart;
rl.Add(new Result()
{
Value = Chart.getAberration() * 100,
Name = "Aberration",
Memo = "",
TestTime = DateTime.Now,
TestCount = 1,
Dimension = "%"
});
rl.Add(new Result()
{
Value = Chart.getBrightChanges() * 100,
Name = "Bright Changes",
Memo = "",
TestTime = DateTime.Now,
TestCount = 1,
Dimension = "%"
});
rl.Add(new Result()
{
Value = Chart.getColorDis(),
Name = "Average color trend error",
Memo = "",
TestTime = DateTime.Now,
TestCount = 1,
Dimension = "degree"
});
rl.Add(new Result()
{
Value = Chart.getHEdgeDispersiveness(),
Name = "Center Horizontal Dispersiveness",
Memo = "",
TestTime = DateTime.Now,
TestCount = 1,
Dimension = "Pix"
});
rl.Add(new Result()
{
Value = Chart.getVEdgeDispersiveness(),
Name = "Border Vertical Dispersiveness",
Memo = "",
TestTime = DateTime.Now,
TestCount = 1,
Dimension = "Pix"
});
rl.Add(new Result()
{
Value = Chart.getHEdgeResoveLines(),
Name = "Center Horizontal Resolution",
Memo = "",
TestTime = DateTime.Now,
TestCount = 1,
Dimension = "LW/PH"
});
rl.Add(new Result()
{
Value = Chart.getVEdgeResoveLines(),
Name = "Border Vertical Resolution",
Memo = "",
TestTime = DateTime.Now,
TestCount = 1,
Dimension = "LW/PH"
});
rl.Add(new Result()
{
Value = Chart.getLatitude(),
Name = "Photo Latitude",
Memo = "",
TestTime = DateTime.Now,
TestCount = 1,
Dimension = "degree"
});
rl.Add(new Result()
{
Value = Chart.getNoiseNum() * 100,
Name = "Noise percent",
Memo = "",
TestTime = DateTime.Now,
TestCount = 1,
Dimension = "%"
});
rl.Add(new Result()
{
Value = Chart.getPurplePercent() * 100,
Name = "Purple pixel percent",
Memo = "",
TestTime = DateTime.Now,
TestCount = 1,
Dimension = "%"
});
rl.Add(new Result()
{
Value = Chart.getWaveQ() * 100,
Name = "Wave bright error percent",
Memo = "",
TestTime = DateTime.Now,
TestCount = 1,
Dimension = "%"
});
rl.Add(new Result()
{
Value = Chart.getWhiteBanlance() * 100,
Name = "White banlance error percent",
Memo = "",
TestTime = DateTime.Now,
TestCount = 1,
Dimension = "%"
});
return(rl);
}
void ShowAberration()
{
Aberration v = new Aberration();
ShowParameterView(v, TestChart.getCorrectPhoto());
}
private void btnChartPrint_Click(object sender, RoutedEventArgs e)
{
TestChart.Print();
}
//public WriteableBitmap Icon { get; set; }
//ObservableCollection<WriteableBitmap> photoList = new ObservableCollection<WriteableBitmap>();
//public ObservableCollection<WriteableBitmap> PhotoList { get { return photoList; } }
//WriteableBitmap currentPhoto;
//public WriteableBitmap CurrentPhoto
//{
// get { return currentPhoto; }
// set
// {
// currentPhoto = value;
// CurrentResult = ResultList[value];
// OnPropertyChanged("CurrentPhoto");
// }
//}
//public DelegateCommand AddPhotoCommand
//{
// get
// {
// return new DelegateCommand(async () =>
// {
// var photolist = await SilverlightLFC.common.Environment.getEnvironment().OpenImage();
// foreach (var photo in photolist)
// {
// PhotoList.Add(photo);
// }
// });
// }
//}
//public DelegateCommand RemovePhotoCommand
//{
// get
// {
// return new DelegateCommand(() =>
// {
// if (CurrentPhoto != null && PhotoList.Contains(CurrentPhoto))
// {
// PhotoList.Remove(CurrentPhoto);
// CurrentPhoto = PhotoList.FirstOrDefault();
// }
// });
// }
//}
//bool isShowPhotoListNaviator = false;
//public bool IsShowPhotoListNaviator
//{
// get { return isShowPhotoListNaviator; }
// set { isShowPhotoListNaviator = value; OnPropertyChanged("IsShowPhotoListNaviator"); }
//}
//bool isShowCurrentResult = false;
//public bool IsShowCurrentResult
//{
// get { return isShowCurrentResult; }
// set
// {
// isShowCurrentResult = value;
// if (value)
// {
// CurrentResult = ResultList[CurrentPhoto];
// }
// else
// {
// CurrentResult = Average;
// }
// OnPropertyChanged("IsShowCurrentResult");
// }
//}
//public Func<WriteableBitmap, List<Result>> Test { get; set; } //one photo test multi results
//public DelegateCommand TestAllCommand
//{
// get
// {
// return new DelegateCommand(() =>
// {
// ResultList.Clear();
// Task.Factory.StartNew(() =>
// {
// foreach (var p in PhotoList)
// {
// Task.Factory.StartNew(() =>
// {
// var rl = Test(p);
// var or = new ObservableCollection<Result>(rl);
// ResultList.Add(p, or);
// });
// }
// }).ContinueWith(o =>
// {
// GetAverage();
// });
// });
// }
//}
//public DelegateCommand TestCurrent
//{
// get
// {
// return new DelegateCommand(() =>
// {
// if (CurrentPhoto == null) return;
// ResultList.Remove(currentPhoto);
// Task.Factory.StartNew(() =>
// {
// var rl = Test(currentPhoto);
// CurrentResult.Clear();
// foreach (var r in rl) { CurrentResult.Add(r); }
// ResultList.Add(currentPhoto, CurrentResult);
// });
// });
// }
//}
//ObservableCollection<Result> currentResult = new ObservableCollection<Result>();
//public ObservableCollection<Result> CurrentResult
//{
// get { return currentResult; }
// set
// {
// currentResult = value;
// OnPropertyChanged("CurrentResult");
// }
//}
//Dictionary<WriteableBitmap, ObservableCollection<Result>> resultList = new Dictionary<WriteableBitmap, ObservableCollection<Result>>();
//public Dictionary<WriteableBitmap, ObservableCollection<Result>> ResultList { get { return resultList; } }
//ObservableCollection<Result> average = new ObservableCollection<Result>();
//public ObservableCollection<Result> Average { get { return average; } }
//public void GetAverage()//auto calculate result average value
//{
// Average.Clear();
// foreach (var rl in ResultList)
// {
// foreach (var r in rl.Value)
// {
// if (r.CanSupportOperator)
// {
// if (Average.Any(v => v.Name == r.Name))
// {
// Average.FirstOrDefault(v => v.Name == r.Name).DoubleValue += r.DoubleValue;
// }
// else
// {
// Average.Add(new Result()
// {
// Name = r.Name,
// Memo = r.Memo,
// Value = r.Value,
// Dimension = r.Dimension,
// TestCount = 1
// });
// }
// }
// }
// }
// foreach (var r in Average)
// {
// r.Value = r.DoubleValue / r.TestCount;
// }
//}
//public double ProcessPercent { get; set; }
public void PreProcess()
{
TestChart.CorrectChart();
TestChart.BeginAnalyse();
}
List <Result> TestAberration(WriteableBitmap chart)
{
var rl = new List <Result>();
TestChart.setChart(chart);
var Chart = TestChart as AberrationChart;
AberrationValue = Chart.getAberration();
rl.Add(new Result()
{
Value = BottomBlackLineDistance = Chart.getBottomBlackLinePix(),
TestTime = DateTime.Now,
Name = "Bottom black line max distance",
Memo = "",
TestCount = 1,
Dimension = "Pix"
});
rl.Add(new Result()
{
Value = BottomBlackLineNumber = Chart.getBottomBlackLineNum(),
TestTime = DateTime.Now,
Name = "Bottom black line number",
Memo = "",
TestCount = 1,
Dimension = ""
});
rl.Add(new Result()
{
Value = TopBlackLineDistance = Chart.getTopBlackLinePix(),
TestTime = DateTime.Now,
Name = "Top black line max distance",
Memo = "",
TestCount = 1,
Dimension = "Pix"
});
rl.Add(new Result()
{
Value = TopBlackLineNumber = Chart.getTopBlackLineNum(),
TestTime = DateTime.Now,
Name = "Top black line number",
Memo = "",
TestCount = 1,
Dimension = ""
});
rl.Add(new Result()
{
Value = MiddleBlackLineDistance = Chart.getCenterBlackLinePix(),
TestTime = DateTime.Now,
Name = "Center black line max distance",
Memo = "",
TestCount = 1,
Dimension = "Pix"
});
rl.Add(new Result()
{
Value = MiddleBlackLineNumber = Chart.getCenterBlackLineNum(),
TestTime = DateTime.Now,
Name = "Bottom black line number",
Memo = "",
TestCount = 1,
Dimension = ""
});
rl.Add(new Result()
{
Value = AberrationValue = Chart.getAberration(),
Name = "Aberration percent",
Memo = "",
TestTime = DateTime.Now,
TestCount = 1,
Dimension = "%"
});
return(rl);
}