void Init(synesis.CombinedMarkerCalibration cCalibration)
{
matrixFormat = new MatrixValue(synesis.MatrixFormat.Item1);
if (cCalibration.CombinedMarkers.Count() != 1)
{
return;
}
physicalHeight = cCalibration.CombinedMarkers[0].Height;
physicalWidth = cCalibration.CombinedMarkers[0].Width;
if (cCalibration.CombinedMarkers[0].Rectangles.Count() != 2)
{
return;
}
unitedMarker1 = new UnitedMarker(cCalibration.CombinedMarkers[0].Rectangles[0], 1);
unitedMarker2 = new UnitedMarker(cCalibration.CombinedMarkers[0].Rectangles[1], 2);
}
void Init(synesis.HeightMarkerCalibration hCalibration)
{
FocalLength = hCalibration.FocalLength;
MatrixFormat = new MatrixValue(hCalibration.MatrixFormat);
if (hCalibration.HeightMarkers.Count() != 1)
{
return;
}
physicalHeight = hCalibration.HeightMarkers[0].Height;
physicalWidth = physicalHeight;
if (hCalibration.HeightMarkers[0].SurfaceNormals.Count() != 2)
{
return;
}
unitedMarker1 = new UnitedMarker(hCalibration.HeightMarkers[0].SurfaceNormals[0], 1);
unitedMarker2 = new UnitedMarker(hCalibration.HeightMarkers[0].SurfaceNormals[1], 2);
}
void Init(synesis.CombinedMarkerCalibration cCalibration) {
matrixFormat = new MatrixValue(synesis.MatrixFormat.Item1);
if (cCalibration.CombinedMarkers.Count() != 1)
return;
physicalHeight = cCalibration.CombinedMarkers[0].Height;
physicalWidth = cCalibration.CombinedMarkers[0].Width;
if (cCalibration.CombinedMarkers[0].Rectangles.Count() != 2)
return;
unitedMarker1 = new UnitedMarker(cCalibration.CombinedMarkers[0].Rectangles[0], 1);
unitedMarker2 = new UnitedMarker(cCalibration.CombinedMarkers[0].Rectangles[1], 2);
}
void Init(synesis.HeightMarkerCalibration hCalibration) {
FocalLength = hCalibration.FocalLength;
MatrixFormat = new MatrixValue(hCalibration.MatrixFormat);
if (hCalibration.HeightMarkers.Count() != 1)
return;
physicalHeight = hCalibration.HeightMarkers[0].Height;
physicalWidth = physicalHeight;
if (hCalibration.HeightMarkers[0].SurfaceNormals.Count() != 2)
return;
unitedMarker1 = new UnitedMarker(hCalibration.HeightMarkers[0].SurfaceNormals[0], 1);
unitedMarker2 = new UnitedMarker(hCalibration.HeightMarkers[0].SurfaceNormals[1], 2);
}
void CheckAndCorrect(UnitedMarker unitedMarker) {
double topx = unitedMarker.Top.X;
double topy = unitedMarker.Top.Y;
double bottomx = unitedMarker.Bottom.X;
double bottomy = unitedMarker.Bottom.Y;
if (topx < 0)
topx = 0;
if (topy < 0)
topy = 0;
if (topx >= bountRct.Width) topx = bountRct.Width - 1;
if (topy >= bountRct.Height) topy = bountRct.Height - 1;
if (bottomx < 0) bottomx = 0;
if (bottomy < 0) bottomy = 0;
if (bottomx >= bountRct.Width) bottomx = bountRct.Width - 1;
if (bottomy >= bountRct.Height) bottomy = bountRct.Height - 1;
unitedMarker.Top = new OPoint() { X = topx, Y = topy};
unitedMarker.Bottom = new OPoint() { X = bottomx, Y = bottomy };
}
public void Init(UnitedMarker unitedMarker, Size boundRect, Action bottomChanged) {
this.bottomChanged = bottomChanged;
this.uniMarker = unitedMarker;
bountRct = boundRect;
CheckAndCorrect(uniMarker);
Display();
}
public void Init(UnitedMarkerCalibration uniCalibration, UnitedMarker unitedMarker, Size boundRect, Action bottomChanged, Action<int, bool> ScaleInfo) {
this.bottomChanged = bottomChanged;
this.ScaleInfo = ScaleInfo;
uniMarker = unitedMarker;
this.uniCalibration = uniCalibration;
bountRct = boundRect;
numtext.Text = uniMarker.ID.ToString();
CheckAndCorrect(uniMarker);
Display();
}
