private void BuildAndEnterSketch(Document document)
{
var sketchCreator = new SketchCreator(document);
var currentSketch = sketchCreator.CurrentSketch;
var sketchNodeBuilder = new NodeBuilder(currentSketch);
Document.Transact();
Log.InfoFormat("StartSketch - Command line input");
var firstvector = new gpDir(Points[1].GpPnt.X - Points[0].GpPnt.X, Points[1].GpPnt.Y - Points[0].GpPnt.Y, Points[1].GpPnt.Z - Points[0].GpPnt.Z);
var secondvector = new gpDir(Points[2].GpPnt.X - Points[0].GpPnt.X, Points[2].GpPnt.Y - Points[0].GpPnt.Y, Points[2].GpPnt.Z - Points[0].GpPnt.Z);
var normal = firstvector.Crossed(secondvector);
var _normalOnPlane = new gpAx1(Points[0].GpPnt, normal);
var sketchAx2 = new gpAx2();
sketchAx2.Axis = (_normalOnPlane);
var plane = new gpPln(new gpAx3(sketchAx2));
Inputs[InputNames.Mouse3DEventsPipe].Send(NotificationNames.SetPlane, plane);
sketchNodeBuilder[0].Axis3D = new Axis(sketchNodeBuilder[0].Axis3D.Location, new Point3D(new gpPnt(_normalOnPlane.Direction.XYZ)));
HighlightCurrentSketchNodes(sketchNodeBuilder.Node);
NodeBuilderUtils.HidePlanes(Document);
Document.Commit("sketch created");
AddNodeToTree(sketchNodeBuilder.Node);
Document.Transact();
Document.Root.Get <DocumentContextInterpreter>().ActiveSketch = sketchNodeBuilder.Node.Index;
_sketchButton.Block();
Document.Commit("Started editing sketch");
}
public ParallelLineMatch(GeometricSolver solver, double precision)
: base(solver)
{
_precision = precision;
_oxDir = gp.OX.Direction;
_oyDir = gp.OY.Direction;
_ozDir = gp.OZ.Direction;
}
private bool AxisParallel(Point3D currentPoint, Point3D initialPosition, double angleRange)
{
if (currentPoint.IsEqual(initialPosition))
{
return(false);
}
var direction = new gpDir(new gpVec(initialPosition.GpPnt, currentPoint.GpPnt));
return(_axisDirection.IsParallel(direction, angleRange));
}
public int Box(double x, double y, double z, double x1, double y1, double z1, double x3, double y3, double z3,
double height)
{
var dir = new gpDir(x1, y1, z1);
var axis = new gpAx1(new gpPnt(x, y, z), dir);
var point3 = new Point3D(x3, y3, z3);
var node = TreeUtils.AddBox(Document, axis, point3, height);
return(node.Index);
}
public void StartDragging(SceneSelectedEntity handleNode)
{
IsDragging = true;
if (SelectedEntity.ShapeType == TopAbsShapeEnum.TopAbs_FACE)
{
selectedShape = SelectedEntity.TargetShape();
prevFaceCount = -1;
initialDirection = GeomUtils.ExtractDirection(SelectedEntity.TargetShape());
DraggingIndex = 0;// _handles[FunctionNames.AxisHandle];
}
}
public override bool Execute()
{
var position = Dependency[0].TransformedPoint3D;
var direction = new gpDir(Dependency[1].TransformedPoint3D.GpPnt.XYZ);
var line = new GeomLine(new gpLin(position.GpPnt, direction));
var helperLine = OccShapeCreatorCode.BuildDottedLine(line);
Interactive = helperLine;
return(true);
}
/// <summary>
/// Detects paralellism with axis
/// </summary>
/// <param name = "currentPoint"></param>
/// <param name = "initialPosition"></param>
/// <returns></returns>
public SolverPreviewObject AxisParallel(Point3D currentPoint, Point3D initialPosition)
{
var direction = new gpDir(new gpVec(initialPosition.GpPnt, currentPoint.GpPnt));
var axisDirection = _oxDir;
if (axisDirection.IsParallel(direction, _precision))
{
var point = GetOtherPoint(initialPosition, currentPoint, axisDirection);
if (point == null)
{
return(null);
}
var solverPoint = new SolverEdgeTwoPointsResult(point.Value, initialPosition, Color.Red)
{
Type = "Parallel X"
};
return(solverPoint);
}
axisDirection = _oyDir;
if (axisDirection.IsParallel(direction, _precision))
{
//return ProjectPointOnDirection(initialPosition, currentPoint, axisDirection, Color.Green);
var point = GetOtherPoint(initialPosition, currentPoint, axisDirection);
if (point == null)
{
return(null);
}
var solverPoint = new SolverEdgeTwoPointsResult(point.Value, initialPosition, Color.Red)
{
Type = "Parallel Y"
};
return(solverPoint);
}
axisDirection = _ozDir;
if (axisDirection.IsParallel(direction, _precision))
{
//return ProjectPointOnDirection(initialPosition, currentPoint, axisDirection, Color.Blue);
var point = GetOtherPoint(initialPosition, currentPoint, axisDirection);
if (point == null)
{
return(null);
}
var solverPoint = new SolverEdgeTwoPointsResult(point.Value, initialPosition, Color.Red)
{
Type = "Parallel Z"
};
return(solverPoint);
}
return(null);
}
private static double GetPreviousMajorRadius(NodeBuilder builder)
{
bool reversed;
gpDir dirX = null;
gpDir dirY = null;
double previousMinorRadius;
double previousMajorRadius;
TreeUtils.ComputeEllipseRadiuses(builder[0].TransformedPoint3D, builder[1].TransformedPoint3D, builder[2].TransformedPoint3D,
out previousMinorRadius, out previousMajorRadius, out reversed,
ref dirX, ref dirY);
return(previousMajorRadius);
}
/// <summary>
/// Detects paralellism with axis
/// </summary>
/// <param name = "currentPoint"></param>
/// <param name = "initialPosition"></param>
/// <returns></returns>
private SolverPreviewObject AxisParallel(Point3D currentPoint, Point3D initialPosition)
{
var direction = new gpDir(new gpVec(initialPosition.GpPnt, currentPoint.GpPnt));
foreach (var dir in _directions)
{
if (dir.IsParallel(direction, _precision))
{
return(ParallelLineMatch.ProjectPointOnDirection(initialPosition, currentPoint, dir, Color.Black));
}
}
return(null);
}
private void SetSecondPointDraggingHandle(gpVec vectorV2V1, Mouse3DPosition vertex, Point3D secondPoint)
{
if (_secondPointProjectionDirection == null)
{
_secondPointProjectionDirection = new gpDir(vectorV2V1);
}
var secondPointProjectionPlane = new gpPln(vertex.Point.GpPnt, _secondPointProjectionDirection);
var secondProjectedPoint = GeomUtils.ProjectPointOnPlane(secondPoint.GpPnt, secondPointProjectionPlane,
Precision.Confusion);
Dependency[1].TransformedPoint3D = new Point3D(secondProjectedPoint);
Dependency[2].TransformedPoint3D = vertex.Point;
}
public static Point3D?ProjectPointOnLine(Point3D firstLinePoint, gpDir lineDirection, Point3D pointToProject)
{
// Make a parallel line with this line starting from the initial point
var projectionLine = new gceMakeLin(firstLinePoint.GpPnt, lineDirection).Value;
var geomLine = new GeomLine(projectionLine);
var projectionPoint = new GeomAPIProjectPointOnCurve(pointToProject.GpPnt, geomLine);
if (projectionPoint.NbPoints > 0)
{
return(new Point3D(projectionPoint.NearestPoint));
}
return(null);
}
private Point3D?GetOtherPoint(Point3D firstLinePoint, Point3D secondLinePoint,
gpDir direction)
{
// Make a parallel line with this line starting from the initial point
var parallelLine = new gceMakeLin(firstLinePoint.GpPnt, direction).Value;
var geomLine = new GeomLine(parallelLine);
var projectionPoint = new GeomAPIProjectPointOnCurve(secondLinePoint.GpPnt, geomLine);
if (projectionPoint.NbPoints <= 0)
{
return(null);
}
return(new Point3D(projectionPoint.NearestPoint));
}
/// <summary>
/// Builds a rectangle from 2 points received as parameter.
/// Rectangle:
/// P2--------P3
/// P1--------P4
/// </summary>
/// <param name = "firstPoint"></param>
/// <param name = "thirdPoint"></param>
/// <param name = "direction"></param>
/// <returns></returns>
public static TopoDSFace BuildRectangle(gpPnt firstPoint, gpPnt thirdPoint, gpDir direction)
{
// Check for point coincidence
if (firstPoint.IsEqual(thirdPoint, Precision.Confusion))
{
return(null);
}
var secondPoint = new gpPnt();
var fourthPoint = new gpPnt();
GeomUtils.CalculateRectangleVertexes(firstPoint, thirdPoint, direction, ref secondPoint, ref fourthPoint);
return(BuildRectangle(new Point3D(firstPoint), new Point3D(secondPoint), new Point3D(fourthPoint)));
}
private static gpPln BuildNormalPlane(gpDir dir, Axis gravityAxis)
{
var gravityCenter = gravityAxis.Location;
var plane = new gpPln(gravityCenter.GpPnt, dir);
var newPoint = gravityCenter;
newPoint.X += 1;
newPoint.Y += 2;
newPoint.Z += 3;
var result = GeomUtils.ProjectPointOnPlane(newPoint.GpPnt, plane, Precision.Confusion);
var resultPlane = GeomUtils.BuildPlane(gravityCenter, new Point3D(result),
gravityAxis.Location.AddCoordinate(gravityAxis.Direction));
return(resultPlane);
}
public static Node AddSketchNode(Document document, Point3D point1, Point3D point2, Point3D point3)
{
//var sketchCreator = new SketchCreator(document);
//var currentSketch = sketchCreator.CurrentSketch;
var sketchNodeBuilder = new NodeBuilder(document, FunctionNames.Sketch);
var firstvector = new gpDir(point2.GpPnt.X - point1.GpPnt.X, point2.GpPnt.Y - point1.GpPnt.Y, point2.GpPnt.Z - point1.GpPnt.Z);
var secondvector = new gpDir(point3.GpPnt.X - point1.GpPnt.X, point3.GpPnt.Y - point1.GpPnt.Y, point3.GpPnt.Z - point1.GpPnt.Z);
var normal = firstvector.Crossed(secondvector);
var _normalOnPlane = new gpAx1(point1.GpPnt, normal);
var sketchAx2 = new gpAx2();
sketchAx2.Axis = (_normalOnPlane);
sketchNodeBuilder[0].TransformedAxis3D = _normalOnPlane;
return(!sketchNodeBuilder.ExecuteFunction() ? null : sketchNodeBuilder.Node);
}
private double GetPreviousMajorRadius()
{
bool reversed;
gpDir dirX = null;
gpDir dirY = null;
double previousMinorRadius;
double previousMajorRadius;
var firstPoint = Builder[0].ReferenceBuilder[1].TransformedPoint3D;
var secondPoint = Builder[1].ReferenceBuilder[1].TransformedPoint3D;
var thirdPoint = Builder[2].ReferenceBuilder[1].TransformedPoint3D;
TreeUtils.ComputeEllipseRadiuses(firstPoint, secondPoint, thirdPoint,
out previousMinorRadius, out previousMajorRadius, out reversed,
ref dirX, ref dirY);
return(previousMajorRadius);
}
/// <summary>
/// Builds an ellipse from 3 points in space
/// </summary>
private static TopoDSWire BuildEllipse(Point3D center, Point3D secondPoint, Point3D thirdPoint)
{
double minorRadius;
double majorRadius;
bool reversed;
gpDir dirX = null;
gpDir dirY = null;
if (secondPoint.GpPnt.Distance(thirdPoint.GpPnt) < Precision.Confusion)
{
return(null);
}
if (!TreeUtils.ComputeEllipseRadiuses(center, secondPoint, thirdPoint,
out minorRadius, out majorRadius, out reversed,
ref dirX, ref dirY))
{
return(null);
}
// Build a plane from the 3 points
var plane = GeomUtils.BuildPlane(center, secondPoint, thirdPoint);
var ax1 = plane.Axis;
var ax2 = new gpAx2();
ax2.Axis = (ax1);
ax2.Location = (center.GpPnt);
// If major and minor radius are reversed also their directions arereversed
if (!reversed)
{
ax2.XDirection = (dirX);
ax2.YDirection = (dirY);
}
else
{
ax2.XDirection = (dirY);
ax2.YDirection = (dirX);
}
var ellipse = new GeomEllipse(ax2, majorRadius, minorRadius);
var edge = new BRepBuilderAPIMakeEdge(ellipse).Edge;
var wire = new BRepBuilderAPIMakeWire(edge).Wire;
return(wire);
}
/// <summary>
/// Receives click events. Called at mouse down and at mouse up.
/// </summary>
/// <param name = "mouseData"></param>
protected override void OnMouseClick3DAction(Mouse3DPosition mouseData)
{
if (!mouseData.MouseDown)
{
return;
}
AddToPointList(mouseData.Point);
// Start a line drawing process
if (Points.Count == 1)
{
var face = CurrentFacePicked;
if (face != null)
{
_direction = GeomUtils.ExtractDirection(face);
}
Log.Info("Line Normal - draw line started");
return;
}
// The line drawing finished
Log.Info("Line Normal - draw line finished");
// Create line
var normalPoint = (Point3D)GeomUtils.ProjectPointOnLine(Points[0], _direction, mouseData.Point);
if (Points[0].IsEqual(normalPoint))
{
return;
}
InitSession();
var node = TreeUtils.AddLineToNode(Document, Points[0], normalPoint).Node;
if (node == null)
{
Document.Revert();
BackToNeutralModifier();
return;
}
// Commit
CommitFinal("Line Normal");
_temporary = new NodeBuilder(null);
}
public static bool BuildFaceDraft(BRepOffsetAPIDraftAngle draft, TopoDSFace draftedFace,
gpDir draftDirection, double angle, gpPln neutralPlane)
{
try
{
draft.Add(draftedFace, draftDirection, angle, neutralPlane, true);
if (!draft.AddDone)
{
//draft.Remove(draftedFace);
return(false);
}
}
catch (Exception)
{
return(false);
}
return(true);
}
/// <summary>
/// Calculates the projection of the second line point on the direction so that the line created from
/// [first point, projection] is parallel with direction.
/// </summary>
/// <param name = "firstLinePoint"></param>
/// <param name = "secondLinePoint"></param>
/// <param name = "direction"></param>
/// <param name = "color"></param>
/// <returns></returns>
public static SolverPreviewObject ProjectPointOnDirection(Point3D firstLinePoint, Point3D secondLinePoint,
gpDir direction, Color color)
{
// Make a parallel line with this line starting from the initial point
var parallelLine = new gceMakeLin(firstLinePoint.GpPnt, direction).Value;
var geomLine = new GeomLine(parallelLine);
var projectionPoint = new GeomAPIProjectPointOnCurve(secondLinePoint.GpPnt, geomLine);
if (projectionPoint.NbPoints <= 0)
{
return(null);
}
var firstParallelPoint = new Point3D(projectionPoint.NearestPoint);
var secondParallelPoint = firstLinePoint;
var solverPoint = new SolverEdgeTwoPointsResult(firstParallelPoint, secondParallelPoint, color)
{
Type = "Parallel Line"
};
return(solverPoint);
}
private NodeBuilder BuildFloor(ShapeBoundBox bounding)
{
var floorRectangle = new NodeBuilder(_mirrorDocument, FunctionNames.Rectangle);
var startFloorPoint = new Point3D(bounding.Coordinate.X - _range,
bounding.Coordinate.Y - _range,
bounding.Coordinate.Z);
var dir = new gpDir(0, 0, 1);
var endFloorPoint = new Point3D(
bounding.Coordinate.X + bounding.Dimensions.X + _range,
bounding.Coordinate.Y + bounding.Dimensions.Y + _range,
bounding.Coordinate.Z);
floorRectangle[0].Axis3D = new Axis(new gpAx1(startFloorPoint.GpPnt, dir));
floorRectangle[1].TransformedPoint3D = endFloorPoint;
floorRectangle.Color = Color.White;
floorRectangle.Transparency = 0.8;
floorRectangle.ExecuteFunction();
_mirrorDocument.Commit("tranparent floor");
return(floorRectangle);
}
/// <summary>
/// Calculates the computer radiuses knowing the center position and two points located on the two axis
/// </summary>
public static bool ComputeEllipseRadiuses(Point3D center, Point3D secondPoint, Point3D thirdPoint,
out double minorRadius, out double majorRadius,
out bool reversed, ref gpDir dirX, ref gpDir dirY)
{
// Calculate the major radius
majorRadius = center.GpPnt.Distance(secondPoint.GpPnt);
// Calculate also the axis/direction of the major radus
var vecX = new gpVec(center.GpPnt, secondPoint.GpPnt);
dirX = new gpDir(vecX);
var line = new gpLin(center.GpPnt, dirX);
// Calculate the minor radius
minorRadius = line.Distance(thirdPoint.GpPnt);
reversed = false;
if (minorRadius < Precision.Confusion || majorRadius < Precision.Confusion)
{
return(false);
}
// Calculate also the axis/direction of the major radus
var vecY = new gpVec(center.GpPnt, thirdPoint.GpPnt);
// We want the direction to be perpendicular on the direction of the major radius
var vecZ = vecX.Crossed(vecY);
vecY = vecX.Crossed(vecZ);
dirY = new gpDir(vecY);
// Major radius must be bigger than minor radius
if (minorRadius > majorRadius)
{
var aux = majorRadius;
majorRadius = minorRadius;
minorRadius = aux;
reversed = true;
}
return(true);
}
private static void SetRadius(NodeBuilder ellipseBuilder, double majorRadius, double minorRadius)
{
bool reversed;
gpDir dirX = null;
gpDir dirY = null;
double previousMinorRadius;
double previousMajorRadius;
TreeUtils.ComputeEllipseRadiuses(ellipseBuilder[0].TransformedPoint3D, ellipseBuilder[1].TransformedPoint3D,
ellipseBuilder[2].TransformedPoint3D,
out previousMinorRadius, out previousMajorRadius, out reversed,
ref dirX, ref dirY);
// Calculate the ratio needed to scale the radiuses
var scaleMajor = majorRadius / previousMajorRadius;
var scaleMinor = minorRadius / previousMinorRadius;
var center = ellipseBuilder[0].TransformedPoint3D;
var translatedPoint = new Point3D(center.X, center.Y, center.Z);
var translatedPoint2 = new Point3D(center.X, center.Y, center.Z);
// If minor radius is smaller than major radius
if (!reversed)
{
translatedPoint = TreeUtils.ScaleSegment(translatedPoint, ellipseBuilder[1].TransformedPoint3D, scaleMajor);
ellipseBuilder[1].TransformedPoint3D = translatedPoint;
TreeUtils.ScaleSegment(translatedPoint2, ellipseBuilder[2].TransformedPoint3D, scaleMinor);
ellipseBuilder[2].TransformedPoint3D = translatedPoint2;
}
else
{
translatedPoint = TreeUtils.ScaleSegment(translatedPoint, ellipseBuilder[1].TransformedPoint3D, scaleMinor);
ellipseBuilder[1].TransformedPoint3D = translatedPoint;
TreeUtils.ScaleSegment(translatedPoint2, ellipseBuilder[2].TransformedPoint3D, scaleMajor);
ellipseBuilder[2].TransformedPoint3D = translatedPoint2;
}
}
private void SetRadius(Double majorRadius, Double minorRadius)
{
bool reversed;
gpDir dirX = null;
gpDir dirY = null;
double previousMinorRadius;
double previousMajorRadius;
var firstPoint = Builder[0].ReferenceBuilder[1].TransformedPoint3D;
var secondPoint = Builder[1].ReferenceBuilder[1].TransformedPoint3D;
var thirdPoint = Builder[2].ReferenceBuilder[1].TransformedPoint3D;
TreeUtils.ComputeEllipseRadiuses(firstPoint, secondPoint, thirdPoint,
out previousMinorRadius, out previousMajorRadius, out reversed,
ref dirX, ref dirY);
// Calculate the ratio needed to scale the radiuses
var scaleMajor = majorRadius / previousMajorRadius;
var scaleMinor = minorRadius / previousMinorRadius;
var center = firstPoint;
var translatedPoint = new Point3D(center.X, center.Y, center.Z);
var translatedPoint2 = new Point3D(center.X, center.Y, center.Z);
// If minor radius is smaller than major radius
if (!reversed)
{
Builder[1].ReferenceBuilder[1].TransformedPoint3D = TreeUtils.ScaleSegment(translatedPoint, secondPoint, scaleMajor);
Builder[2].ReferenceBuilder[1].TransformedPoint3D = TreeUtils.ScaleSegment(translatedPoint2, thirdPoint, scaleMinor);
}
else
{
Builder[1].ReferenceBuilder[1].TransformedPoint3D = TreeUtils.ScaleSegment(translatedPoint, secondPoint, scaleMinor);
Builder[2].ReferenceBuilder[1].TransformedPoint3D = TreeUtils.ScaleSegment(translatedPoint2, thirdPoint, scaleMajor);
}
NodeBuilderUtils.UpdateSketchesOnFaces(new NodeBuilder(Parent));
}
public GeomLine(gpPnt P, gpDir V)
:
base(Geom_Line_CtorE13B639C(P.Instance, V.Instance))
{
}
protected abstract bool LinesAxisMatch(gpDir axisDir, gpDir direction, double angleRange);
public gceMakeLin(gpPnt P, gpDir V)
:
base(gce_MakeLin_CtorE13B639C(P.Instance, V.Instance))
{
}
protected override bool LinesAxisMatch(gpDir axisDir, gpDir direction, double angleRange)
{
return(axisDir.IsParallel(direction, angleRange));
}
public bool Orientate(gpDir aNormal)
{
return(Graphic3d_ArrayOfPrimitives_OrientateCEC711A5(Instance, aNormal.Instance));
}
public int AddVertex(gpPnt aVertice, gpDir aNormal, gpPnt2d aTexel)
{
return(Graphic3d_ArrayOfPrimitives_AddVertex640114B2(Instance, aVertice.Instance, aNormal.Instance, aTexel.Instance));
}
