public static bool equal(Ellipse2D e1, Ellipse2D e2)
{
if (e1 == null)
return e2 == null;
else
return e2 != null && ((RectangularShape) e1).getFrame().equals((object) ((RectangularShape) e2).getFrame());
}
/// <summary>
/// Adds an Ellipse2D to the OCAF tree.
/// </summary>
/// <param name="ellipse"></param>
/// <param name="ax2"></param>
/// <returns></returns>
private int AddToOcaf(Ellipse2D ellipse, OCgp_Ax2 ax2)
{
Node mainLabel = _document.Root;
label = mainLabel.AddNewChild();
return(UpdateElipsePosition(label, ellipse, ax2));
}
/// <summary>
/// 设定椭圆数据核心;
/// </summary>
/// <param name="ellipse2D"></param>
private void SetEllipse2DCore(Ellipse2D ellipse2D)
{
if (ellipse2D == null)
{
throw new ArgumentNullException(nameof(ellipse2D));
}
_ellipse2D = ellipse2D;
RaiseVisualChanged();
}
/// <summary>
/// 将指定的<see cref="Ellipse2D"/>数据同步至UI;
/// </summary>
private void ApplyEllipse2DToEditors(Ellipse2D ellipse2D)
{
if (ellipse2D == null)
{
return;
}
positionVector2DEditor.Vector2D = ellipse2D.Center;
txb_RadiusX.Text = ellipse2D.RadiusX.ToString();
txb_RadiusY.Text = ellipse2D.RadiusY.ToString();
}
internal EllipseIterator(Ellipse2D e, AffineTransform at)
{
this.x = e.X;
this.y = e.Y;
this.w = e.Width;
this.h = e.Height;
this.Affine = at;
if (w < 0 || h < 0)
{
Index = 6;
}
}
static void Logo(Factory2D F, float X, float Y, float Height, float Fatness)
{
const double AngleOffset = 0.09;
Ellipse2D LeftUpper = F.CreateEllipse(X, Y - Fatness / 2 + Height,
0, 0, Height / 2, Height, -3 * Math.PI / 2, -Math.PI / 2);
Ellipse2D RightUpperUpper = F.CreateEllipse(X, Y - Fatness / 2 + Height,
0, 0, Height / 2 - Fatness, Height - Fatness, Math.PI / 2, Math.PI - AngleOffset);
Ellipse2D RightUpperLower = F.CreateEllipse(X, Y - Fatness / 2 + Height,
0, 0, Height / 2 - Fatness, Height - Fatness, Math.PI + AngleOffset, 3 * Math.PI / 2);
Ellipse2D LeftLower = F.CreateEllipse(X, Y + Fatness / 2 - Height,
0, 0, Height / 2 - Fatness, Height - Fatness, 3 * Math.PI / 2, Math.PI / 2);
Ellipse2D RightLower = F.CreateEllipse(X, Y + Fatness / 2 - Height,
0, 0, Height / 2, Height, 3 * Math.PI / 2, Math.PI / 2);
LeftUpper.EndPoint = LeftLower.EndPoint;
RightUpperLower.EndPoint = RightLower.EndPoint;
Circle2D UpperCircle = F.CreateCircle(X, (Y + Height * 2) - Fatness, Fatness / 2, -Math.PI / 2, Math.PI / 2);
UpperCircle.EndPoint = LeftUpper.StartPoint;
UpperCircle.StartPoint = RightUpperUpper.StartPoint;
Circle2D LowerCircle = F.CreateCircle(X, (Y - Height * 2) + Fatness, Fatness / 2, Math.PI / 2, -Math.PI / 2);
LowerCircle.StartPoint = LeftLower.StartPoint;
LowerCircle.EndPoint = RightLower.StartPoint;
Point2D BarLowerStart = RightUpperLower.StartPoint;
Line2D BarLower = F.CreateLine(BarLowerStart.GetPos().X, BarLowerStart.GetPos().Y,
BarLowerStart.GetPos().X + Height / 2, BarLowerStart.GetPos().Y);
BarLower.StartPoint = BarLowerStart;
Point2D BarUpperStart = RightUpperUpper.EndPoint;
Line2D BarUpper = F.CreateLine(BarUpperStart.GetPos().X, BarUpperStart.GetPos().Y,
BarUpperStart.GetPos().X + Height / 2, BarUpperStart.GetPos().Y);
BarUpper.StartPoint = BarUpperStart;
double UpperX = BarUpper.EndPoint.GetPos().X;
double UpperY = BarUpper.EndPoint.GetPos().Y;
double LowerY = BarLower.EndPoint.GetPos().Y;
double R = (UpperY - LowerY) / 2;
Circle2D BarCircle = F.CreateCircle(UpperX, LowerY + R, R, -Math.PI / 2, Math.PI / 2);
BarCircle.EndPoint = BarUpper.EndPoint;
BarCircle.StartPoint = BarLower.EndPoint;
}
public override IDualSurfaceCurve[] GetPlaneIntersection(PlaneSurface pl, double umin, double umax, double vmin, double vmax, double precision)
{
if (Precision.IsPerpendicular(pl.Normal, zAxis, false))
{
// two lines along the cylinder axis
Plane lower = new Plane(location, zAxis);
GeoPoint2D sp2d = lower.Project(pl.Location);
GeoVector2D dir2d = lower.Project(pl.Normal).ToLeft();
GeoPoint2D[] ips = Geometry.IntersectLC(sp2d, dir2d, GeoPoint2D.Origin, xAxis.Length);
IDualSurfaceCurve[] res = new IDualSurfaceCurve[ips.Length];
for (int i = 0; i < ips.Length; i++)
{
GeoPoint p = lower.ToGlobal(ips[i]);
Line l3d = Line.TwoPoints(p, p + zAxis);
res[i] = new DualSurfaceCurve(l3d, this, new Line2D(this.PositionOf(l3d.StartPoint), this.PositionOf(l3d.EndPoint)), pl, new Line2D(pl.PositionOf(l3d.StartPoint), pl.PositionOf(l3d.EndPoint)));
}
return(res);
}
else
{
// an ellipse
GeoPoint2D[] cnts = pl.GetLineIntersection(location, zAxis);
if (cnts.Length == 1)
{ // there must be exactly one intersection
GeoPoint cnt = pl.PointAt(cnts[0]);
GeoVector minorAxis = pl.Normal ^ zAxis;
minorAxis.Length = xAxis.Length;
GeoVector majorAxis = minorAxis ^ pl.Normal;
Polynom impl = GetImplicitPolynomial();
Polynom toSolve = impl.Substitute(new Polynom(majorAxis.x, "u", cnt.x, ""), new Polynom(majorAxis.y, "u", cnt.y, ""), new Polynom(majorAxis.z, "u", cnt.z, ""));
double[] roots = toSolve.Roots();
// there must be two roots
majorAxis = roots[0] * majorAxis;
Ellipse elli = Ellipse.Construct();
elli.SetEllipseCenterAxis(cnt, majorAxis, minorAxis);
GeoPoint2D[] fpnts = new GeoPoint2D[5];
for (int i = 0; i < 5; i++)
{
fpnts[i] = PositionOf(elli.PointAt(i / 6.0));
}
Ellipse2D e2d = Ellipse2D.FromFivePoints(fpnts); // there should be a better way to calculate the 2d ellipse, but the following is wrong:
// Ellipse2D e2d = new Ellipse2D(GeoPoint2D.Origin, PositionOf(cnt + majorAxis).ToVector(), PositionOf(cnt + minorAxis).ToVector());
// and principal axis doesn't yield the correct result either
// Geometry.PrincipalAxis(PositionOf(cnt + majorAxis).ToVector(), PositionOf(cnt + minorAxis).ToVector(), out GeoVector2D maj, out GeoVector2D min);
return(new IDualSurfaceCurve[] { new DualSurfaceCurve(elli, this, e2d, pl, pl.GetProjectedCurve(elli, 0.0)) });
}
}
return(new IDualSurfaceCurve[0]);
}
public override ICurve2D GetProjectedCurve(ICurve curve, double precision)
{
if (curve is Line line)
{
// this must be a line through the apex, otherwise there are no lines on the cone
// if it is an extremely small line not through the apex, the result will also be a line, which
// in reverse projection will give a very short ellipse
return(new Line2D(PositionOf(line.StartPoint), PositionOf(line.EndPoint)));
}
else if (curve is Ellipse elli)
{
if (elli.IsCircle)
{
GeoPoint2D sp2d = PositionOf(elli.StartPoint);
if (elli.IsArc)
{
}
else
{
Arc2D a2d = new Arc2D(GeoPoint2D.Origin, sp2d.ToVector().Length, sp2d, sp2d, true);
GeoVector sdir = a2d.StartDirection.x * UDirection(sp2d) + a2d.StartDirection.y * VDirection(sp2d);
if (sdir * elli.StartDirection < 0)
{
a2d.counterClock = false;
}
return(a2d);
}
}
else
{
// this is a intersection with a plane.
GeoPoint2D[] fp2d = new GeoPoint2D[5];
double n = 5.0;
if (elli.IsArc)
{
n = 4.0;
}
for (int i = 0; i < 5; i++)
{
fp2d[i] = PositionOf(elli.PointAt(i / n));
}
Ellipse2D elli2d = Ellipse2D.FromFivePoints(fp2d, !elli.IsArc); // returns both full ellipse and ellipse arc
if (elli2d != null)
{
return(elli2d);
}
}
}
return(base.GetProjectedCurve(curve, precision));
}
private void OnMouseMove3dAction(Mouse3dPosition point)
{
// Drawing an ellipse realtime needs one point in the list
if (_points.Count != 1)
{
return;
}
Double xMin = _points[0].X();
Double yMin = _points[0].Y();
double majorRadius = Math.Abs(point.Point.X() - xMin);
double minorRadius = Math.Abs(point.Point.Y() - yMin);
// The OCC requires the minor radius to be higher than 0
if ((majorRadius < 0.01) || (minorRadius < 0.01))
{
return;
}
// The OCC ellipse requires the minor radius to be smaller than the major radius
if (minorRadius > majorRadius)
{
double aux = majorRadius;
majorRadius = minorRadius;
minorRadius = aux;
}
try
{
// Build/regenerate the ellipse with the new coordinates
if (_ellipse == null)
{
_ellipse = new Ellipse2D(Context2d, xMin, yMin, majorRadius, minorRadius, 0);
}
else
{
_ellipse.SetProperties(xMin, yMin, majorRadius, minorRadius, 0);
}
_ellipse.Display(true);
}
catch (Exception ex)
{
string message = "Exception on creating eclipse (logged): " + ex.Message;
MessageBox.Show(message);
log.Debug(message);
}
}
public void erstelleEllipseSkizze(double dA, double dB)
{//cc.erstelleLprofilSkizze (dgroßHlprofil, dgroßBlprofil, dkleinHlprofil, dkleinBlprofil);
Factory2D fact2D = hsp_catiaProfil.OpenEdition();
// Skizze umbenennen
hsp_catiaProfil.set_Name("Ellipse");
// Eckpunkte erstellen
double dStartpunktx = 0;
double dStartpunkty = 0;
Ellipse2D ellipse2D = fact2D.CreateClosedEllipse(dStartpunktx, dStartpunkty, dStartpunktx, dStartpunkty, dA, dB);
hsp_catiaProfil.CloseEdition();
hsp_catiaPart.Part.Update();
}
protected override void OnMouseDown(MouseDownEventArgs e)
{
if (e == null)
{
throw new ArgumentNullException(nameof(e));
}
var thisPosition = e.Position;
//若上次点击位置为空,则记录点击位置;
if (MousePositionTracker.LastMouseDownPosition == null)
{
if (thisPosition.IsAlmostEqualTo(Ellipse2D.Center))
{
MousePositionTracker.LastMouseDownPosition = thisPosition;
}
else if (thisPosition.IsAlmostEqualTo(Ellipse2D.GetTopPoint()) ||
thisPosition.IsAlmostEqualTo(Ellipse2D.GetBottomPoint()) ||
thisPosition.IsAlmostEqualTo(Ellipse2D.GetLeftPoint()) ||
thisPosition.IsAlmostEqualTo(Ellipse2D.GetRightPoint()))
{
MousePositionTracker.LastMouseDownPosition = thisPosition;
}
else
{
return;
}
e.Handled = true;
}
//否则将应用更改;
else if (MousePositionTracker.CurrentHoverPosition != null)
{
var newEllipse = GetPreviewEllipse2D();
if (newEllipse != null)
{
Ellipse2D = newEllipse;
}
MousePositionTracker.Reset(true);
e.Handled = true;
}
}
/// <summary>
/// 当某个位置在点附近(以视图为准)时,返回点的绝对位置;
/// </summary>
/// <param name="owner"></param>
/// <param name="position"></param>
/// <param name="canvasContext"></param>
/// <returns></returns>
protected override ISnapShape MatchSnapShape(PointBase point, Vector2D position, ICanvasContext canvasContext)
{
if (position == null)
{
throw new ArgumentNullException(nameof(position));
}
var screenPosition = canvasContext.CanvasProxy.ToScreen(position);
var pointScreenPosition = canvasContext.CanvasProxy.ToScreen(point.Position);
var ellipse = new Ellipse2D(pointScreenPosition, point.ScreenRadius, point.ScreenRadius);
if (ellipse.Contains(screenPosition))
{
return(new StandardSnapPoint(point.Position));
}
return(null);
}
/// <summary>
/// 绘制椭圆(圆);
/// </summary>
/// <param name="canvas"></param>
/// <param name="brush"></param>
/// <param name="pen"></param>
/// <param name="ellipse2D"></param>
public static void DrawEllipse(this ICanvas canvas, Brush brush, Pen pen, Ellipse2D ellipse2D)
{
if (canvas == null)
{
throw new ArgumentNullException(nameof(canvas));
}
if (ellipse2D == null)
{
throw new ArgumentNullException(nameof(ellipse2D));
}
canvas.DrawEllipse(
brush,
pen,
ellipse2D.Center,
ellipse2D.RadiusX,
ellipse2D.RadiusY
);
}
private void RefreshEllipse2D()
{
if (_ellipse2DRefreshing)
{
return;
}
_ellipse2DRefreshing = true;
var newEllipse2D = GetInputEllipse2D();
if (newEllipse2D != null)
{
Ellipse2D = newEllipse2D;
Ellipse2DChanged?.Invoke(this, EventArgs.Empty);
}
else
{
ApplyEllipse2DToEditors(Ellipse2D);
}
_ellipse2DRefreshing = false;
}
int UpdateElipsePosition(Node label, Ellipse2D ellipse, OCgp_Ax2 ax2)
{
label.Update <StringInterpreter>().Value = DisplayedShapeNames.Ellipse;
FunctionInterpreter elipseFunction = label.Update <FunctionInterpreter>();
elipseFunction.Name = "Ellipse";
elipseFunction.BeginUpdate();
// Create the data structure : Set the dimensions, position and name attributes
elipseFunction.Dependency.Child(1).Geometry = GeomUtils.VertexToPnt(ellipse.GetEllipseCenter(), ax2);
// Add the major radius
elipseFunction.Dependency.Child(2).Real = ellipse.GetMajorRadius();
// Add the minor radius
elipseFunction.Dependency.Child(3).Real = ellipse.GetMinorRadius();
// Add angle
elipseFunction.Dependency.Child(4).Real = ellipse.GetAngle();
if (elipseFunction.Execute() != 0)
{
// TODO: Handle the error
}
return(0);
}
public void setUp()
{
center = new Point2D(12.0d, 14.0d);
testEllipse = new Ellipse2D(center, 10.0d, 5.0d);
zeroPoint = new Point2D(0.0d, 0.0d);
}
public void testRayCast()
{
// static tests
Assert.AreEqual(double.PositiveInfinity, testEllipse.rayCast(new Ray2D(0.0d, 0.0d, 0.0d, 2.0d)), 0.000005d);
Assert.AreEqual(2.0d, testEllipse.rayCast(new Ray2D(0.0d, 14.0d, 12.0d, 14.0d)), 0.000005d);
// serial tests
Ellipse2D randomEllipse;
Point2D randomPointOnEllipse;
Point2D randomPoint;
double currentXRadius;
double currentYRadius;
double xvalue;
double yvalue;
double randomAngle;
int sector;
int counter = 1000;
do
{
randomEllipse = new Ellipse2D(new Point2D(Util.generateRandomDoubleBetween(-500.0d, 500.0d), Util.generateRandomDoubleBetween(-500.0d, 500.0d)), Util.generateRandomDoubleBetween(0.0d, 200.0d), Util.generateRandomDoubleBetween(0.0d, 200.0d));
currentXRadius = randomEllipse.getHorizontalLength();
currentYRadius = randomEllipse.getVerticalLength();
xvalue = Util.generateRandomDoubleBetween(0.0d, currentXRadius);
yvalue = (currentYRadius * System.Math.Sqrt(currentXRadius * currentXRadius - xvalue * xvalue)) / currentXRadius;
sector = Util.randomNumberBetween(1, 4);
switch (sector)
{
case 2:
{
yvalue = -yvalue;
randomPoint = new Point2D(Util.generateRandomDoubleBetween(randomEllipse.getCenter().getX() + xvalue, 1000.0d), Util.generateRandomDoubleBetween(-1000.0d, randomEllipse.getCenter().getY() + yvalue));
break;
}
case 3:
{
xvalue = -xvalue;
yvalue = -yvalue;
randomPoint = new Point2D(Util.generateRandomDoubleBetween(-1000.0d, randomEllipse.getCenter().getX() + xvalue), Util.generateRandomDoubleBetween(-1000.0d, randomEllipse.getCenter().getY() + yvalue));
break;
}
case 4:
{
xvalue = -xvalue;
randomPoint = new Point2D(Util.generateRandomDoubleBetween(-1000.0d, randomEllipse.getCenter().getX() + xvalue), Util.generateRandomDoubleBetween(randomEllipse.getCenter().getY() + yvalue, 1000.0d));
break;
}
default:
{
randomPoint = new Point2D(Util.generateRandomDoubleBetween(randomEllipse.getCenter().getX() + xvalue, 1000.0d), Util.generateRandomDoubleBetween(randomEllipse.getCenter().getY() + yvalue, 1000.0d));
break;
}
}
randomPointOnEllipse = new Point2D(randomEllipse.getCenter().getX() + xvalue, randomEllipse.getCenter().getY() + yvalue);
randomAngle = Util.generateRandomDoubleBetween(-System.Math.PI / 2, System.Math.PI / 2);
randomEllipse = (Ellipse2D)(randomEllipse.transform(TransformMatrix2D.rotate(randomAngle)));
randomPoint = TransformMatrix2D.rotate(randomAngle).multiply(randomPoint);
randomPointOnEllipse = TransformMatrix2D.rotate(randomAngle).multiply(randomPointOnEllipse);
// System.Console.Writef("RayCast No. %d: Ellipse at (%.2f,%.2f), radii: (%.2f,%.2f). Rotation angle: %.2f, original angle: %.2f, point on ellipse: (%.2f,%.2f), outside point: (%.2f,%.2f), distance: %.2f.\n", 1000-counter, randomEllipse.getCenter().getX(), randomEllipse.getCenter().getY(), randomEllipse.getHorizontalLength(), randomEllipse.getVerticalLength(), randomEllipse.getAngle(), randomAngle, randomPointOnEllipse.getX(), randomPointOnEllipse.getY(), randomPoint.getX(), randomPoint.getY(), randomPoint.distance(randomPointOnEllipse));
Assert.AreEqual(randomPoint.distance(randomPointOnEllipse), randomEllipse.rayCast(new Ray2D(randomPoint, randomPoint.vec(randomPointOnEllipse))), 0.000005d);
counter -= 1;
} while (counter > 0);
}
public override ICurve2D GetProjectedCurve(ICurve curve, double precision)
{
ICurve2D dbg = base.GetProjectedCurve(curve, precision);
if (curve is Ellipse elli)
{ // a circle on the surface is projected to an ellipse in the uv plane
GeoPoint2D[] positions = new GeoPoint2D[5];
for (int i = 0; i < 5; i++)
{
positions[i] = PositionOf(elli.PointAtParam(i * Math.PI * 2.0 / 6.0));
}
Ellipse2D elli2d = Ellipse2D.FromFivePoints(positions, true);
double prec = precision;
if (prec == 0)
{
prec = Precision.eps;
}
if (elli2d == null)
{
BoundingRect ext = new BoundingRect(positions);
GaussNewtonMinimizer.Ellipse2DFit(new ToIArray <GeoPoint2D>(positions), ext.GetCenter(), ext.Size / 2.0, ext.Size / 3.0, 0.0, prec, out elli2d);
}
else
{
GaussNewtonMinimizer.Ellipse2DFit(new ToIArray <GeoPoint2D>(positions), elli2d.center, elli2d.majrad, elli2d.minrad, elli2d.majorAxis.Angle, prec, out elli2d);
}
//GeoPoint2D center = PositionOf(elli.Center);
//GeoPoint2D maj = PositionOf(elli.Center + elli.MajorAxis);
//GeoPoint2D min = PositionOf(elli.Center + elli.MinorAxis);
//Geometry.PrincipalAxis(maj - center, min - center, out GeoVector2D majorAxis, out GeoVector2D minorAxis);
//Ellipse2D elli2d = new Ellipse2D(center, maj - center, min - center);
if (elli2d == null)
{
return(base.GetProjectedCurve(curve, precision));
}
if (elli.IsArc)
{
double sp = elli2d.PositionOf(PositionOf(elli.StartPoint));
double ep = elli2d.PositionOf(PositionOf(elli.EndPoint));
EllipseArc2D elliarc2d = elli2d.Trim(sp, ep) as EllipseArc2D;
// there must be a more sophisticated way to calculate the orientation and which part to use, but the following works:
double pm = elliarc2d.PositionOf(PositionOf(elli.PointAt(0.5)));
if (pm < 0 || pm > 1)
{
elliarc2d = elliarc2d.GetComplement();
}
pm = elliarc2d.PositionOf(PositionOf(elli.PointAt(0.1)));
if (pm > 0.5)
{
elliarc2d.Reverse();
}
return(elliarc2d);
}
else
{ // get the correct orientation
double pos = elli2d.PositionOf(PositionOf(elli.PointAt(0.1)));
if (pos > 0.5)
{
elli2d.Reverse();
}
return(elli2d);
}
}
return(base.GetProjectedCurve(curve, precision));
}
public override ICurve2D GetProjectedCurve(ICurve curve, double precision)
{
#if DEBUG
if (id == 135 || id == 414)
{
}
#endif
if (curve is Line line)
{
// this must be a line parallel to the axis, otherwise there are no lines on the cylinder
// if it is an extremely small line not parallel to the axis, the result will also be a line, which
// in reverse projection will give a very short ellipse
return(new Line2D(PositionOf(line.StartPoint), PositionOf(line.EndPoint)));
}
else if (curve is Ellipse elli)
{
// the ellipse must be above the projection center of the 2d system
// otherwise it is probably a hyperbola
GeoPoint p1 = Geometry.DropPL(elli.Center + elli.MajorAxis, location, zAxis);
GeoPoint p2 = Geometry.DropPL(elli.Center - elli.MajorAxis, location, zAxis);
double pos1 = Geometry.LinePar(location - zAxis, zAxis, p1);
double pos2 = Geometry.LinePar(location - zAxis, zAxis, p2);
if (pos1 < 0 || pos2 < 0)
{
return(base.GetProjectedCurve(curve, precision));
}
double d = Geometry.DistPL(elli.Center, location, zAxis);
double prec = (elli.MajorRadius + elli.MinorRadius) * 1e-6;
// FromFivePoints for this case
GeoPoint2D[] fp2d = new GeoPoint2D[5];
double n = 5.0;
if (elli.IsArc)
{
n = 4;
}
for (int i = 0; i < 5; i++)
{
fp2d[i] = PositionOf(elli.PointAt(i / n));
}
Ellipse2D elli2d = Ellipse2D.FromFivePoints(fp2d, !elli.IsArc); // returns both full ellipse and ellipse arc
if (elli2d != null)
{
if (elli.IsArc)
{
double spar = elli2d.PositionOf(PositionOf(elli.StartPoint));
double epar = elli2d.PositionOf(PositionOf(elli.EndPoint));
EllipseArc2D elliarc2d = elli2d.Trim(spar, epar) as EllipseArc2D;
// there must be a more sophisticated way to calculate the orientation and which part to use, but the following works:
double pm = elliarc2d.PositionOf(PositionOf(elli.PointAt(0.5)));
if (pm < 0 || pm > 1)
{
elliarc2d = elliarc2d.GetComplement();
}
pm = elliarc2d.PositionOf(PositionOf(elli.PointAt(0.1)));
if (pm > 0.5)
{
elliarc2d.Reverse();
}
return(elliarc2d);
}
else
{ // get the correct orientation
double pos = elli2d.PositionOf(PositionOf(elli.PointAt(0.1)));
if (pos > 0.5)
{
elli2d.Reverse();
}
return(elli2d);
}
}
}
return(base.GetProjectedCurve(curve, precision));
}
private void OnMouseClick3dAction(Mouse3dPosition point)
{
if (point.IsMouseDown == false)
{
AddToPointList(point.Point);
}
// Finished building the ellipse
if (_points.Count < 2)
{
return;
}
try
{
double majorRadius = Math.Abs(_points[1].X() - _points[0].X());
double minorRadius = Math.Abs(_points[1].Y() - _points[0].Y());
// The OCC requires the minor radius to be higher than 0
if ((majorRadius < 0.01) || (minorRadius < 0.01))
{
_points.Clear();
return;
}
// The OCC ellipse requires the minor radius to be smaller than the major radius
if (minorRadius > majorRadius)
{
double aux = majorRadius;
majorRadius = minorRadius;
minorRadius = aux;
}
// Remove the realtime drawn ellipse
Context2d.Erase(_ellipse, true, false);
// Build the shape translated to the drawing plane
var ellipse = new Ellipse2D(Context2d, _points[0].X(), _points[0].Y(), majorRadius, minorRadius, 0);
// Add the ellipse to the OCAF data hierarchy and also display it
_document.Transact();
// Save the new shape into the Ocaf data structure
int result = AddToOcaf(ellipse, Ax2);
// Attach an integer attribute to L to memorize it's not displayed
label.Update <IntegerInterpreter>().Value = (int)OcafObjectVisibility.ToBeDisplayed;
_document.Commit("Draw circle");
ellipse.Display(true);
// Inform the listeners that a new shape was generated
Inputs[ActionNames.SolverDrawerPipe].OnNotification("Draw Ellipse", ellipse);
Inputs[ActionNames.EditDetectionPipe].OnNotification("Draw Ellipse", ellipse);
// Clear the list and get ready for drawing a new ellipse
_points.Clear();
}
catch (Exception ex)
{
string message = "Logged exception on creating ellipse: " + ex.Message;
MessageBox.Show(message);
log.Debug(message);
}
}
public Ellipse(Ellipse2D ellipse2D)
{
Ellipse2D = ellipse2D ?? throw new ArgumentNullException(nameof(ellipse2D));
}
public CompassPlot(ValueDataset dataset)
{
CompassPlot compassPlot = this;
this.drawBorder = false;
this.roseHighlightPaint = (Paint) Color.black;
this.rosePaint = (Paint) Color.yellow;
this.roseCenterPaint = (Paint) Color.white;
this.compassFont = new Font("Arial", 0, 10);
this.datasets = new ValueDataset[1];
this.seriesNeedle = new MeterNeedle[1];
this.revolutionDistance = 360.0;
if (dataset != null)
{
this.datasets[0] = dataset;
dataset.addChangeListener((DatasetChangeListener) this);
}
this.circle1 = (Ellipse2D) new Ellipse2D.Double();
this.circle2 = (Ellipse2D) new Ellipse2D.Double();
this.rect1 = (Rectangle2D) new Rectangle2D.Double();
this.setSeriesNeedle(0);
}