/// <summary>
/// 创建探针
/// </summary>
Snap.NX.Body CreateProbe(ProbeData data)
{
Snap.NX.CoordinateSystem wcs = Globals.WorkPart.NXOpenPart.WCS.CoordinateSystem;
var vector = wcs.AxisZ;
var position = new Snap.Position(0, 0, data.SphereRadius);
//创建探球
var body = Snap.Create.Sphere(position, data.SphereRadius * 2).Body;
//创建测针
var body1 = Snap.Create.Cylinder(position, position + (data.ArrowLength * vector), data.ArrowRadius * 2).Body;
body1.IsHidden = true;
position = position + (data.ArrowLength * vector);
//创建加长杆
var body2 = Snap.Create.Cylinder(position, position + (data.ExtensionBarLength * vector), data.ExtensionBarRadius * 2).Body;
body2.IsHidden = true;
//创建测头
position = position + (data.ExtensionBarLength * vector);
var body3 = Snap.Create.Cylinder(position, position + (data.HeadLength * vector), data.HeadRadius * 2).Body;
body3.IsHidden = true;
var r = Snap.Create.Unite(body, body1, body2, body3);
r.Orphan();
return(body);
}
public static Vector MapCsysToCsys(Vector inputVector, Snap.NX.CoordinateSystem inputCsys, Snap.NX.CoordinateSystem outputCsys)
{
Vector axisX = inputCsys.AxisX;
Vector axisY = inputCsys.AxisY;
Vector axisZ = inputCsys.AxisZ;
Vector vector4 = (Vector)(((inputVector.X * axisX) + (inputVector.Y * axisY)) + (inputVector.Z * axisZ));
double x = (double)(vector4 * outputCsys.AxisX);
double y = (double)(vector4 * outputCsys.AxisY);
return(new Vector(x, y, (double)(vector4 * outputCsys.AxisZ)));
}
internal static Snap.NX.NXObject CreateNXObject(TaggedObject nxopenTaggedObject)
{
Snap.NX.NXObject obj2 = null;
NXOpen.NXObject nxopenObject = nxopenTaggedObject as NXOpen.NXObject;
if (nxopenObject != null)
{
obj2 = new Snap.NX.NXObject(nxopenObject);
NXOpen.Curve nxopenCurve = nxopenObject as NXOpen.Curve;
if (nxopenCurve != null)
{
obj2 = Snap.NX.Curve.CreateCurve(nxopenCurve);
}
switch (GetTypeFromTag(nxopenObject.Tag))
{
case ObjectTypes.Type.Point:
obj2 = new Snap.NX.Point((NXOpen.Point)nxopenObject);
break;
case ObjectTypes.Type.DatumPlane:
obj2 = new Snap.NX.DatumPlane((DatumPlaneFeature)nxopenObject);
break;
case ObjectTypes.Type.DatumAxis:
obj2 = new Snap.NX.DatumAxis((DatumAxisFeature)nxopenObject);
break;
case ObjectTypes.Type.CoordinateSystem:
obj2 = new Snap.NX.CoordinateSystem((NXOpen.CoordinateSystem)nxopenObject);
break;
case ObjectTypes.Type.Body:
obj2 = new Snap.NX.Body((NXOpen.Body)nxopenObject);
break;
case ObjectTypes.Type.Face:
obj2 = Snap.NX.Face.CreateFace((NXOpen.Face)nxopenObject);
break;
case ObjectTypes.Type.Edge:
obj2 = Snap.NX.Edge.CreateEdge((NXOpen.Edge)nxopenObject);
break;
case ObjectTypes.Type.Feature:
obj2 = Snap.NX.Feature.CreateFeature((NXOpen.Features.Feature)nxopenObject);
break;
case ObjectTypes.Type.Component:
return(new Snap.NX.Component((NXOpen.Assemblies.Component)nxopenObject));
}
}
return(obj2);
}
public static Snap.Position MapCsysToCsys(Snap.Position inputCoords, Snap.NX.CoordinateSystem inputCsys, Snap.NX.CoordinateSystem outputCsys)
{
Snap.Position origin = inputCsys.Origin;
Vector axisX = inputCsys.AxisX;
Vector axisY = inputCsys.AxisY;
Vector axisZ = inputCsys.AxisZ;
Snap.Position position2 = (Snap.Position)(((origin + (inputCoords.X * axisX)) + (inputCoords.Y * axisY)) + (inputCoords.Z * axisZ));
Vector vector4 = (Vector)(position2 - outputCsys.Origin);
double x = (double)(vector4 * outputCsys.AxisX);
double y = (double)(vector4 * outputCsys.AxisY);
return(new Snap.Position(x, y, (double)(vector4 * outputCsys.AxisZ)));
}
