Core.Shapes.Sketch CreateSketch(SketchType sketchType)
{
var sketch = new Core.Shapes.Sketch();
Assert.IsNotNull(sketch);
var body = TestGeomGenerator.CreateBody(sketch);
body.Rotation = new Quaternion(Dir.DZ.ToVec(), new Vec(0.4, 0.5, 0.1));
sketch.Points.Add(0, new Pnt2d(0, 30));
sketch.Points.Add(1, new Pnt2d(20, 30));
sketch.Segments.Add(0, new SketchSegmentLine(0, 1));
sketch.Points.Add(2, new Pnt2d(30, 0));
sketch.Points.Add(3, new Pnt2d(30, 20));
sketch.Segments.Add(1, new SketchSegmentArc(1, 2, 3));
sketch.Points.Add(4, new Pnt2d(10, 0));
sketch.Points.Add(5, new Pnt2d(0, -20));
sketch.Segments.Add(2, new SketchSegmentBezier(2, 4, 5));
sketch.Segments.Add(3, new SketchSegmentLine(5, 0));
if (sketchType == SketchType.MultiCurve)
{
sketch.Points.Add(6, new Pnt2d(5, 10));
sketch.Points.Add(7, new Pnt2d(10, 0));
sketch.Points.Add(8, new Pnt2d(5, -10));
sketch.Segments.Add(4, new SketchSegmentLine(6, 7));
sketch.Segments.Add(5, new SketchSegmentLine(7, 8));
sketch.Segments.Add(6, new SketchSegmentLine(8, 6));
}
return(sketch);
}
private void LineDraw(ksDocument2D sketch,
KeyboardParametersStorage data, SketchType sketchType)
{
switch (sketchType)
{
case SketchType.BlackKeyCut:
{
sketch.ksLineSeg(-data.BodyHeight + 0.1, 5.5,
-data.BodyHeight + 0.1, 6.5, 1);
sketch.ksLineSeg(-data.BodyHeight + 0.1, 6.5,
-data.BodyHeight + 1.4, 5.5, 1);
sketch.ksLineSeg(-data.BodyHeight + 1.4, 5.5,
-data.BodyHeight + 0.1, 5.5, 1);
sketch.ksLineSeg(-data.BodyHeight + 0.1, 15.5,
-data.BodyHeight + 0.1, 15.0, 1);
sketch.ksLineSeg(-data.BodyHeight + 0.1, 15.0,
-data.BodyHeight + 1.375, 15.0, 1);
sketch.ksLineSeg(-data.BodyHeight + 1.375, 15.0,
-data.BodyHeight + 1.375, 15.5, 1);
sketch.ksLineSeg(-data.BodyHeight + 1.375, 15.5,
-data.BodyHeight + 0.1, 15.5, 1);
break;
}
default:
{
break;
}
}
}
//--------------------------------------------------------------------------------------------------
public static void FillSketch(Sketch sketch, SketchType sketchType)
{
if (sketchType == SketchType.Ellipse)
{
sketch.Points.Add(0, new Pnt2d(0, 0));
sketch.Points.Add(1, new Pnt2d(1.5, 5));
sketch.Points.Add(2, new Pnt2d(2.5, 2.5));
sketch.Segments.Add(0, new SketchSegmentEllipse(0, 1, 2));
}
else if (sketchType == SketchType.Rectangle)
{
sketch.Points.Add(0, new Pnt2d(5, 5));
sketch.Points.Add(1, new Pnt2d(-5, 5));
sketch.Points.Add(2, new Pnt2d(-5, -5));
sketch.Points.Add(3, new Pnt2d(5, -5));
sketch.Segments.Add(0, new SketchSegmentLine(0, 1));
sketch.Segments.Add(1, new SketchSegmentLine(1, 2));
sketch.Segments.Add(2, new SketchSegmentLine(2, 3));
sketch.Segments.Add(3, new SketchSegmentLine(3, 0));
sketch.Constraints.Add(new SketchConstraintPerpendicular(0, 1));
sketch.Constraints.Add(new SketchConstraintPerpendicular(1, 2));
sketch.Constraints.Add(new SketchConstraintPerpendicular(2, 3));
sketch.Constraints.Add(new SketchConstraintPerpendicular(3, 0));
}
else if (sketchType == SketchType.SimpleAsymmetric)
{
sketch.Points.Add(0, new Pnt2d(0, 10));
sketch.Points.Add(1, new Pnt2d(2, -10));
sketch.Points.Add(2, new Pnt2d(7, 7));
sketch.Points.Add(3, new Pnt2d(10, -2));
sketch.Segments.Add(0, new SketchSegmentLine(0, 1));
sketch.Segments.Add(1, new SketchSegmentLine(0, 2));
sketch.Segments.Add(2, new SketchSegmentArc(1, 2, 3));
}
else
{
sketch.Points.Add(0, new Pnt2d(0, 0));
sketch.Points.Add(1, new Pnt2d(5, 5));
sketch.Segments.Add(0, new SketchSegmentCircle(0, 1));
if (sketchType == SketchType.Ring)
{
sketch.Points.Add(2, new Pnt2d(2.5, 2.5));
sketch.Segments.Add(1, new SketchSegmentCircle(0, 2));
}
else if (sketchType == SketchType.MultiCircle)
{
sketch.Points.Add(2, new Pnt2d(8, 8));
sketch.Points.Add(3, new Pnt2d(9.5, 9.5));
sketch.Segments.Add(1, new SketchSegmentCircle(2, 3));
sketch.Points.Add(4, new Pnt2d(-8, -8));
sketch.Points.Add(5, new Pnt2d(-9.5, -9.5));
sketch.Segments.Add(2, new SketchSegmentCircle(4, 5));
}
}
}
//--------------------------------------------------------------------------------------------------
public static Extrude CreateExtrude(SketchType sketchType = SketchType.Circle)
{
var sketch = new Sketch();
var body = CreateBody(sketch);
FillSketch(sketch, sketchType);
return(Extrude.Create(body));
}
//--------------------------------------------------------------------------------------------------
public static Sketch CreateSketch(SketchType sketchType = SketchType.Circle, bool createBody = false)
{
var sketch = new Sketch();
FillSketch(sketch, sketchType);
if (createBody)
{
TestGeomGenerator.CreateBody(sketch);
}
return(sketch);
}
private void OffsetSketchSet(ksDocument3D document3D,
KeyboardParametersStorage data, string sketchName,
double offset, Obj3dType obj3DType)
{
SketchType sketchType = SketchType.BlackKeyCut;
part = (ksPart)document3D.GetPart((short)Part_Type.pTop_Part);
var entityOffsetPlane = (ksEntity)part.NewEntity((short)Obj3dType.o3d_planeOffset);
var entitySketch = (ksEntity)part.NewEntity((short)Obj3dType.o3d_sketch);
entitySketch.name = sketchName;
if (entityOffsetPlane != null)
{
var offsetDef = (ksPlaneOffsetDefinition)entityOffsetPlane.GetDefinition();
if (offsetDef != null)
{
offsetDef.direction = true;
offsetDef.offset = offset;
var basePlane = (ksEntity)part.GetDefaultEntity((short)obj3DType);
basePlane.name = "Начальная плоскость";
offsetDef.SetPlane(basePlane);
entityOffsetPlane.name = "Смещенная плоскость";
entityOffsetPlane.hidden = true;
entityOffsetPlane.Create();
var sketchDef = (ksSketchDefinition)entitySketch.GetDefinition();
if (sketchDef != null)
{
sketchDef.SetPlane(entityOffsetPlane);
entitySketch.Create();
var sketchEdit = (ksDocument2D)sketchDef.BeginEdit();
LineDraw(sketchEdit, data, sketchType);
sketchDef.EndEdit();
BlackKeyCut(part, entitySketch, data);
}
}
}
}
//--------------------------------------------------------------------------------------------------
public static Imprint CreateImprint(SketchType sketchType = SketchType.Circle)
{
var baseShape = new Box
{
DimensionX = 20,
DimensionY = 20,
DimensionZ = 5,
};
var body = CreateBody(baseShape, new Pnt(-10, -10, 0));
var imprint = Imprint.Create(body, baseShape.GetSubshapeReference(SubshapeType.Face, 5));
var sketch = imprint.Operands[1] as Sketch;
Assert.IsNotNull(sketch);
FillSketch(sketch, sketchType);
return(imprint);
}
Revolve CreateRevolve(SketchType sketchType)
{
var sketch = new Sketch();
var body = TestGeomGenerator.CreateBody(sketch, new Pnt(10, 0, 0), new XYZ(45, 0, 0));
sketch.Points.Add(0, new Pnt2d(0, 30));
sketch.Points.Add(1, new Pnt2d(20, 30));
sketch.Segments.Add(0, new SketchSegmentLine(0, 1));
sketch.Points.Add(2, new Pnt2d(30, 0));
sketch.Points.Add(3, new Pnt2d(30, 20));
sketch.Segments.Add(1, new SketchSegmentArc(1, 2, 3));
sketch.Points.Add(4, new Pnt2d(10, 0));
sketch.Points.Add(5, new Pnt2d(0, -20));
sketch.Segments.Add(2, new SketchSegmentBezier(2, 4, 5));
sketch.Segments.Add(3, new SketchSegmentLine(5, 0));
if (sketchType == SketchType.MultiCurve)
{
sketch.Points.Add(6, new Pnt2d(5, 10));
sketch.Points.Add(7, new Pnt2d(10, 0));
sketch.Points.Add(8, new Pnt2d(5, -10));
sketch.Segments.Add(4, new SketchSegmentLine(6, 7));
sketch.Segments.Add(5, new SketchSegmentLine(7, 8));
sketch.Segments.Add(6, new SketchSegmentLine(8, 6));
AssertHelper.IsSameModel2D(sketch, Path.Combine(_BasePath, "SketchMultiCurve"));
}
else
{
AssertHelper.IsSameModel2D(sketch, Path.Combine(_BasePath, "Sketch"));
}
return(Revolve.Create(body));
}
