void EpiDisplayOrigImg(ImgIdxPos pos, Image <Gray, byte> img)
{
this.BeginInvoke(( Action )(() =>
{
var src = img.Resize(0.1, Inter.Cubic).Normalize(64).Gamma(1.4).ToBitmapSource();
switch (pos)
{
case ImgIdxPos.TL:
imgEpOriginTL.ImageSource = src;
break;
case ImgIdxPos.TM:
imgEpOriginTM.ImageSource = src;
break;
case ImgIdxPos.TR:
imgEpOriginTR.ImageSource = src;
break;
case ImgIdxPos.BL:
imgEpOriginBL.ImageSource = src;
break;
case ImgIdxPos.BM:
imgEpOriginBM.ImageSource = src;
break;
case ImgIdxPos.BR:
imgEpOriginBR.ImageSource = src;
break;
}
}));
}
public static EpiProcMethod ImgIdx2EpiMethod(
this ImgIdxPos src)
{
if (src == ImgIdxPos.TM || src == ImgIdxPos.BM)
return EpiProcMethod.Mid;
else
return EpiProcMethod.Side;
}
public static double GetPosThreshold(
this ImgIdxPos src)
{
return(src.Match()
.With(s => s == ImgIdxPos.TM, 244)
.With(s => s == ImgIdxPos.BM, 244)
.Else(170)
.Do());
}
public static EpiProcMethod ImgIdx2EpiMethod(
this ImgIdxPos src)
{
if (src == ImgIdxPos.TM || src == ImgIdxPos.BM)
{
return(EpiProcMethod.Mid);
}
else
{
return(EpiProcMethod.Side);
}
}
public Image <Bgr, byte> GetProcedImg(ImgIdxPos pos)
{
//return new Image<Bgr , byte>( @"C:\Veeco_Result\TestSample.png" );
try
{
return(EpiProcedImgDic [pos]);
}
catch (Exception)
{
return(null);
}
}
private MouseButtonEventHandler CreateZoomClickMethod(ImgIdxPos pos)
{
return(( MouseButtonEventHandler )
((sender, e) =>
{
new ZoomWindow()
.Act(win => win.ShowImage(CoreEpi.GetProcedImg(pos)))
.Act(win => win.BringToFront())
.Act(win => win.evtClosed += new EvtClosed(RestoreWindowSize))
.Act(win => win.TopMost = true)
.Show();
}));
}
//public static EpiProcMethod ImgIdx2EpiMethod(
// this ImgIdxPos src)
//{
// if (src == ImgIdxPos.TM || src == ImgIdxPos.BM)
// return EpiProcMethod.Mid;
// else
// return EpiProcMethod.Side;
//}
public static EpiProcMethod ImgIdx2EpiMethod( // 20171013 modified for veeco mid top sample
this ImgIdxPos src)
{
if (src == ImgIdxPos.BM)
{
return(EpiProcMethod.Mid);
}
if (src == ImgIdxPos.TM)
{
return(EpiProcMethod.MTop);
}
else
{
return(EpiProcMethod.Side);
}
}
public static T SetImgPos2GridPos <T>(
this T src
, ImgIdxPos pos)
where T : Control
{
var rowcol = pos.Match()
.With(x => x == ImgIdxPos.TL, new int[] { 0, 0 })
.With(x => x == ImgIdxPos.TM, new int[] { 0, 1 })
.With(x => x == ImgIdxPos.TR, new int[] { 0, 2 })
.With(x => x == ImgIdxPos.BL, new int[] { 1, 0 })
.With(x => x == ImgIdxPos.BM, new int[] { 1, 1 })
.With(x => x == ImgIdxPos.BR, new int[] { 1, 2 })
.Else(new int[2])
.Do();
return(src.SetGridPos(rowcol [0], rowcol [1]));
}
public static List <DefectData> ShiftDefectData(
this List <DefectData> src
, Dictionary <OffsetPos, int> offset
, ImgIdxPos pos
, int resol)
{
return(pos.Match()
.With(x => x == ImgIdxPos.TM, src.ShiftDefect
(0, offset[OffsetPos.Col1], resol))
.With(x => x == ImgIdxPos.TR, src.ShiftDefect
(0, offset[OffsetPos.Col2], resol))
.With(x => x == ImgIdxPos.BL, src.ShiftDefect
(offset [OffsetPos.Row1], 0, resol))
.With(x => x == ImgIdxPos.BM, src.ShiftDefect
(offset [OffsetPos.Row1], offset[OffsetPos.Col1], resol))
.With(x => x == ImgIdxPos.BR, src.ShiftDefect
(offset [OffsetPos.Row1], offset[OffsetPos.Col2], resol))
.Else(src)
.Do());
}
public Image <Bgr, byte> GetProcedImg(ImgIdxPos pos)
{
//return new Image<Bgr , byte>( @"C:\Veeco_Result\TestSample.png" );
return(EpiProcedImgDic [pos]);
}
void EpiDisplayOrigImg(ImgIdxPos pos, Image <Gray, byte> img)
{
}
