/// <summary>
/// Overrides <see cref="CADability.GeoObject.ISurfaceImpl.PositionOf (GeoPoint)"/>
/// </summary>
/// <param name="p"></param>
/// <returns></returns>
public override GeoPoint2D PositionOf(GeoPoint p)
{
if (basisCurve.GetPlanarState() == PlanarState.Planar)
{
Plane cp = basisCurve.GetPlane();
// ICurve2D c2d = basisCurve.GetProjectedCurve(cp); wird nicht benötigt
if (Precision.IsPerpendicular(cp.Normal, direction, false))
{
}
else
{
GeoPoint pp = cp.Intersect(p, direction); // direction darf natürlich nicht in der Ebene der Kurve liegen
double u = basisCurve.PositionOf(pp);
double v = Geometry.LinePar(basisCurve.PointAt(u), direction, p);
#if DEBUG
//GeoPoint2D dbg1 = base.PositionOf(p);
//GeoPoint2D dbg2 = new GeoPoint2D(curveStartParameter + u * (curveEndParameter - curveStartParameter), v);
//if ((dbg1 | dbg2) > 1e-6)
//{
// throw new ApplicationException("error in SurfaceOfLinearExtrusion.PositionOf");
//}
#endif
return(new GeoPoint2D(curveStartParameter + u * (curveEndParameter - curveStartParameter), v));
}
}
Plane pl = new Plane(basisCurve.StartPoint, direction);
ICurve2D projected = basisCurve.GetProjectedCurve(pl);
double uu = projected.PositionOf(pl.Project(p)); // assuming the projected curve and the basisCurve have the same parameter space (which is true for NURBS)
GeoPoint start = basisCurve.PointAt(uu);
double vv = Geometry.LinePar(start, direction, p);
return(new GeoPoint2D(uu, vv));
// GeoPoint2D res = base.PositionOf(p);
// return res;
}
/// <summary>
/// Overrides <see cref="CADability.GeoObject.ISurfaceImpl.GetPlaneIntersection (PlaneSurface, double, double, double, double, double)"/>
/// </summary>
/// <param name="pl"></param>
/// <param name="umin"></param>
/// <param name="umax"></param>
/// <param name="vmin"></param>
/// <param name="vmax"></param>
/// <param name="precision"></param>
/// <returns></returns>
public override IDualSurfaceCurve[] GetPlaneIntersection(PlaneSurface pl, double umin, double umax, double vmin, double vmax, double precision)
{
if (Precision.IsPerpendicular(pl.Plane.Normal, direction, false))
{ // Ebene, die parallel zur Auszugsrichtung liegt. Es entstehen Linien
List <IDualSurfaceCurve> res = new List <IDualSurfaceCurve>();
double[] cpar = basisCurve.GetPlaneIntersection(pl.Plane);
for (int i = 0; i < cpar.Length; i++)
{
// von 0..1 auf startParameter..endParameter umrechnen
double pos = curveStartParameter + cpar[i] * (curveEndParameter - curveStartParameter);
if (pos >= umin && pos <= umax)
{
ICurve c3d = FixedU(pos, vmin, vmax);
Line2D l2d = new Line2D(new GeoPoint2D(pos, vmin), new GeoPoint2D(pos, vmax));
DualSurfaceCurve dsc = new DualSurfaceCurve(c3d, this, l2d, pl, c3d.GetProjectedCurve(pl.Plane));
res.Add(dsc);
}
}
return(res.ToArray());
//return new IDualSurfaceCurve[] { };
//return base.GetPlaneIntersection(pl, umin, umax, vmin, vmax, precision); // stürzt ab mit 50050020_012_1_FMZ.stp
}
else if (Precision.SameDirection(direction, pl.Plane.Normal, false))
{
if (basisCurve.GetPlanarState() == PlanarState.Planar && Precision.SameDirection(direction, basisCurve.GetPlane().Normal, false))
{
Plane cp = basisCurve.GetPlane();
if (!Precision.SameNotOppositeDirection(cp.Normal, direction))
{
cp = new Plane(cp.Location, cp.DirectionY, cp.DirectionX);
}
double v = cp.Distance(pl.Plane.Location) / direction.Length;
Line2D l2d = new Line2D(new GeoPoint2D(curveStartParameter, v), new GeoPoint2D(curveEndParameter, v));
DualSurfaceCurve dsc = new DualSurfaceCurve(basisCurve.CloneModified(ModOp.Translate(v * direction)), this, l2d, pl, basisCurve.GetProjectedCurve(pl.Plane));
return(new IDualSurfaceCurve[] { dsc });
}
}
// keine Lösung gefunden
double[] upos = basisCurve.GetSavePositions();
InterpolatedDualSurfaceCurve.SurfacePoint[] sp = new InterpolatedDualSurfaceCurve.SurfacePoint[upos.Length];
for (int i = 0; i < upos.Length; ++i)
{
GeoPoint p0 = basisCurve.PointAt(upos[i]);
double pos = curveStartParameter + upos[i] * (curveEndParameter - curveStartParameter);
GeoPoint2D[] ips = pl.GetLineIntersection(p0, direction);
if (ips.Length == 1)
{
GeoPoint p3d = pl.PointAt(ips[0]);
double v = Geometry.LinePar(p0, direction, p3d);
sp[i] = new InterpolatedDualSurfaceCurve.SurfacePoint(p3d, new GeoPoint2D(pos, v), ips[0]);
}
}
InterpolatedDualSurfaceCurve idsc = new InterpolatedDualSurfaceCurve(this, pl, sp, true);
return(new IDualSurfaceCurve[] { idsc.ToDualSurfaceCurve() });
//return base.GetPlaneIntersection(pl, umin, umax, vmin, vmax, precision);
}
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]);
}
private void OnDrawingPlaneDone(ConstructAction ca, bool success)
{
if (!success)
{
return;
}
frame.ShowPropertyDisplay("View");
if (propertyTreeView != null)
{
propertyTreeView.SelectEntry(this);
}
Plane pln = Plane.XYPlane;
ConstructPlane cp = ca as ConstructPlane;
if (ca is ConstructPlane)
{
pln = (ca as ConstructPlane).ConstructedPlane;
}
else if (ca is ConstructTangentialPlane)
{
pln = (ca as ConstructTangentialPlane).ConstructedPlane;
}
else
{
return;
}
try
{
if (!Precision.IsPerpendicular(projection.Direction, pln.Normal, false))
{
projection.DrawingPlane = pln;
}
else
{
Frame.UIService.ShowMessageBox(StringTable.GetString("Error.DrawingPlane.Impossible"), StringTable.GetString("Errormessage.Title.InvalidInput"), MessageBoxButtons.OK);
}
}
catch (ConstructPlane.ConstructPlaneException)
{ // hat aus irgend einem Grund nicht geklappt
Frame.UIService.ShowMessageBox(StringTable.GetString("Error.DrawingPlane.Impossible"), StringTable.GetString("Errormessage.Title.InvalidInput"), MessageBoxButtons.OK);
}
planeOrigin.Refresh();
planeDirectionX.Refresh();
planeDirectionY.Refresh();
frame.ActiveView.InvalidateAll();
frame.SetControlCenterFocus("View", null, false, false);
}
private GeoVectorHotSpot dirWidthHotSpot, dirHeightHotSpot; // Hotspot für Richtung
public ShowPropertyPicture(Picture picture, IFrame Frame) : base(Frame)
{
this.picture = picture;
attributeProperties = picture.GetAttributeProperties(Frame);
base.resourceId = "Picture.Object";
location = new GeoPointProperty("Picture.Location", Frame, true);
location.GetGeoPointEvent += new CADability.UserInterface.GeoPointProperty.GetGeoPointDelegate(OnGetRefPoint);
location.SetGeoPointEvent += new CADability.UserInterface.GeoPointProperty.SetGeoPointDelegate(OnSetRefPoint);
location.ModifyWithMouseEvent += new ModifyWithMouseDelegate(OnModifyLocationWithMouse);
width = new LengthProperty("Picture.Width", Frame, true);
width.GetLengthEvent += new LengthProperty.GetLengthDelegate(OnGetWidth);
width.SetLengthEvent += new LengthProperty.SetLengthDelegate(OnSetWidth);
height = new LengthProperty("Picture.Height", Frame, true);
height.GetLengthEvent += new LengthProperty.GetLengthDelegate(OnGetHeight);
height.SetLengthEvent += new LengthProperty.SetLengthDelegate(OnSetHeight);
dirWidth = new GeoVectorProperty("Picture.DirWidth", Frame, true);
dirWidth.GetGeoVectorEvent += new GeoVectorProperty.GetGeoVectorDelegate(OnGetDirWidth);
dirWidth.SetGeoVectorEvent += new GeoVectorProperty.SetGeoVectorDelegate(OnSetDirWidth);
dirWidth.ModifyWithMouseEvent += new ModifyWithMouseDelegate(OnModifyDirWidthWithMouse);
dirHeight = new GeoVectorProperty("Picture.DirHeight", Frame, true);
dirHeight.GetGeoVectorEvent += new GeoVectorProperty.GetGeoVectorDelegate(OnGetDirHeight);
dirHeight.SetGeoVectorEvent += new GeoVectorProperty.SetGeoVectorDelegate(OnSetDirHeight);
dirHeight.ModifyWithMouseEvent += new ModifyWithMouseDelegate(OnModifyDirHeightWithMouse);
path = new StringProperty(picture.Path, "Picture.Path");
path.GetStringEvent += new StringProperty.GetStringDelegate(OnGetPath);
path.SetStringEvent += new StringProperty.SetStringDelegate(OnSetPath);
path.SetContextMenu("MenuId.Picture.Path", this);
keepAspectRatio = new BooleanProperty("Picture.KeepAspectRatio", "YesNo.Values");
double p = picture.DirectionWidth.Length / picture.Bitmap.Width * picture.Bitmap.Height / picture.DirectionHeight.Length;
keepAspectRatio.BooleanValue = Math.Abs(1.0 - p) < 1e-6;
keepAspectRatio.BooleanChangedEvent += new BooleanChangedDelegate(OnKeepAspectRatioChanged);
rectangular = new BooleanProperty("Picture.Rectangular", "YesNo.Values");
rectangular.BooleanValue = Precision.IsPerpendicular(picture.DirectionWidth, picture.DirectionHeight, false);
rectangular.BooleanChangedEvent += new BooleanChangedDelegate(OnRectangularChanged);
dirWidthHotSpot = new GeoVectorHotSpot(dirWidth);
dirWidthHotSpot.Position = picture.Location + picture.DirectionWidth;
dirHeightHotSpot = new GeoVectorHotSpot(dirHeight);
dirHeightHotSpot.Position = picture.Location + picture.DirectionHeight;
}
public override void OnSetAction()
{
if (defaultText == null)
{
text = Text.Construct();
text.TextString = StringTable.GetString("Text.Default");
text.LineDirection = base.ActiveDrawingPlane.DirectionX;
text.GlyphDirection = base.ActiveDrawingPlane.DirectionY;
text.TextSize = ConstrDefaults.DefaultTextSize;
text.Font = "Arial";
}
else
{
text = defaultText.Clone() as Text;
}
if (!Precision.IsPerpendicular(ActiveDrawingPlane.Normal, text.LineDirection, false) || !Precision.IsPerpendicular(ActiveDrawingPlane.Normal, text.GlyphDirection, false))
{ // die DrawingPlane wurde seit dem letzten Text geändert
text.LineDirection = base.ActiveDrawingPlane.DirectionX;
text.GlyphDirection = base.ActiveDrawingPlane.DirectionY;
}
base.ActiveObject = text;
base.TitleId = "Constr.Text.1Point";
GeoPointInput startPointInput = new GeoPointInput("Text.StartPoint");
startPointInput.DefaultGeoPoint = ConstrDefaults.DefaultStartPoint;
startPointInput.DefinesBasePoint = true;
startPointInput.SetGeoPointEvent += new ConstructAction.GeoPointInput.SetGeoPointDelegate(StartPoint);
EditInput editInput = new EditInput(text);
base.SetInput(startPointInput, editInput);
base.ShowAttributes = true;
base.OnSetAction();
}
public override bool IsExtruded(GeoVector direction)
{
return(Precision.IsPerpendicular(Normal, direction, false));
}
/// <summary>
/// Overrides <see cref="CADability.GeoObject.ISurfaceImpl.IsVanishingProjection (Projection, double, double, double, double)"/>
/// </summary>
/// <param name="p"></param>
/// <param name="umin"></param>
/// <param name="umax"></param>
/// <param name="vmin"></param>
/// <param name="vmax"></param>
/// <returns></returns>
public override bool IsVanishingProjection(Projection p, double umin, double umax, double vmin, double vmax)
{
return(Precision.IsPerpendicular(p.Direction, fromUnitPlane * GeoVector.ZAxis, false));
}