/////////////////////////////////////////////////////////////
// Use: Add selection filter.
//
/////////////////////////////////////////////////////////////
public void AddSelectionFilter(SelectionFilterEnum filter)
{
if (_SelectEvents != null)
{
_SelectEvents.AddSelectionFilter(filter);
}
}
public void selOval(ref Edge edge1, string promt1, SelectionFilterEnum filter)
{
if (promt1 != "")
{
edge1 = (Edge)CmdMgr.Pick(filter, promt1);
}
}
private MateiMateDefinition findAxis(PartComponentDefinition def, Edge ed)
{
if (ed.TangentiallyConnectedEdges.Count == 1)
{
Face f = (ed.Faces[1].SurfaceType == SurfaceTypeEnum.kCylinderSurface) ? ed.Faces[1] : ed.Faces[2];
return(def.iMateDefinitions.AddMateiMateDefinition(f, 0, InferredTypeEnum.kInferredLine));
}
SelectionFilterEnum[] sels = new SelectionFilterEnum[] { SelectionFilterEnum.kWorkAxisFilter };
Arc3d c = ed.Geometry as Arc3d;
ObjectsEnumerator col = def.FindUsingPoint(ed.PointOnEdge, ref sels, c.Radius * 5, false);
WorkAxis ax = null;
foreach (var item in col.OfType <WorkAxis>())
{
ax = item;
//Face f = (ed.Faces[1].SurfaceType == SurfaceTypeEnum.kCylinderSurface) ? ed.Faces[1]: ed.Faces[2];
if (ax.DefinitionType == WorkAxisDefinitionEnum.kNormalToSurfaceWorkAxis)
{
return(def.iMateDefinitions.AddMateiMateDefinition(ax, 0, InferredTypeEnum.kInferredLine));
}
ax = null;
}
if (ax == null)
{
return(iMate__(ed, def));
}
return(null);
}
public void selEdge(string promt, SelectionFilterEnum filter)
{
PartFeature pf = CmdMgr.Pick(filter, promt) as PartFeature;
HoleFeature hf = pf as HoleFeature;
if (hf == null)
{
return;
}
//ICollection<Edge> col = null;
foreach (Face item in hf.SideFaces)
{
Edge ed = checkBox1.Checked ? item.Edges[2] : item.Edges[1];
edges.Add(ed);
}
// System.Collections.IEnumerator en = PartCompDef.Features.GetEnumerator();
// en.Reset();
// while(en.Current != null)
// {
// en.
// }
PartCompDef = hf.Parent as PartComponentDefinition;
// for (int i = 1; i < PartCompDef.Features.Count; i++)
// {
// MirrorFeature mf = PartCompDef.Features[i] as MirrorFeature;
// if (mf == null) continue;
// HoleFeature holeF = PartCompDef.Features[i - 1] as HoleFeature;
// if (hf == null)
// holeF = PartCompDef.Features[i - 2] as HoleFeature;
// else
// continue;
// foreach (PartFeature item in mf.ParentFeatures)
// {
// if (item is HoleFeature && holeF.Equals(item))
// {
// if (mf.Faces[1].SurfaceType == SurfaceTypeEnum.kCylinderSurface)
// edges.Add(mf.Faces[1].Edges[1]);
// }
// }
// }
foreach (MirrorFeature item in PartCompDef.Features.MirrorFeatures)
{
foreach (PartFeature m in item.ParentFeatures)
{
if (m.Equals(hf))
{
if (item.Faces[1].SurfaceType != SurfaceTypeEnum.kCylinderSurface)
{
continue;
}
Edge ed = checkBox1.Checked ? item.Faces[1].Edges[2] : item.Faces[1].Edges[1];
edges.Add(ed);
}
}
}
}
static public object Pick(SelectionFilterEnum f, string prompt)
{
return(I.app.CommandManager.Pick(f, prompt));
}
public void selEdge(ref Edge edge1, ref Edge edge2, string promt1, string promt2, SelectionFilterEnum filter)
{
if (promt1 != "")
{
edge1 = (Edge)CmdMgr.Pick(filter, promt1);
}
if (promt2 != "")
{
edge2 = (Edge)CmdMgr.Pick(filter, promt2);
}
}
///////////////////////////////////////////////////////////////////////////////////////////////////////////////
//// Use:
//// This sample demonstrates the creation of sheet metal face and cut features.
//// It creates a new sheet metal document, create a face feature, a cut feature
//// and another face feature. The second face feature butts up to the first
//// face feature so it automatically creates a bend between them.
////
///////////////////////////////////////////////////////////////////////////////////////////////////////////////
public void FaceAndCutFeatureCreation()
{
// Create a new sheet metal document, using the default sheet metal template.
PartDocument oSheetMetalDoc;
oSheetMetalDoc = (Inventor.PartDocument)(_InvApplication.Documents.Add(DocumentTypeEnum.kPartDocumentObject, _InvApplication.FileManager.GetTemplateFile(DocumentTypeEnum.kPartDocumentObject, SystemOfMeasureEnum.kDefaultSystemOfMeasure, DraftingStandardEnum.kDefault_DraftingStandard, "{9C464203-9BAE-11D3-8BAD-0060B0CE6BB4}"), System.Convert.ToBoolean(-1)));
// Set a reference to the component definition.
SheetMetalComponentDefinition oCompDef;
oCompDef = (Inventor.SheetMetalComponentDefinition)(oSheetMetalDoc.ComponentDefinition);
// Set a reference to the sheet metal features collection.
SheetMetalFeatures oSheetMetalFeatures;
oSheetMetalFeatures = (Inventor.SheetMetalFeatures)(oCompDef.Features);
// Create a new sketch on the X-Y work plane.
PlanarSketch oSketch;
oSketch = oCompDef.Sketches.Add(oCompDef.WorkPlanes[3], false);
// Set a reference to the transient geometry object.
TransientGeometry oTransGeom;
oTransGeom = _InvApplication.TransientGeometry;
// Draw a 20cm x 15cm rectangle with the corner at (0,0)
oSketch.SketchLines.AddAsTwoPointRectangle(oTransGeom.CreatePoint2d(0, 0), oTransGeom.CreatePoint2d(20, 15));
// Create a profile.
Profile oProfile;
oProfile = oSketch.Profiles.AddForSolid();
FaceFeatureDefinition oFaceFeatureDefinition;
oFaceFeatureDefinition = oSheetMetalFeatures.FaceFeatures.CreateFaceFeatureDefinition(oProfile);
// Create a face feature.
FaceFeature oFaceFeature;
oFaceFeature = oSheetMetalFeatures.FaceFeatures.Add(oFaceFeatureDefinition);
// Get the top face for creating the new sketch.
SelectionFilterEnum[] aSelectTypes = new SelectionFilterEnum[1];
aSelectTypes[0] = SelectionFilterEnum.kPartFaceFilter;
ObjectsEnumerator oFoundFaces;
oFoundFaces = oCompDef.FindUsingPoint(oTransGeom.CreatePoint(1, 1, oCompDef.Thickness.Value),
ref aSelectTypes, 0.001, System.Convert.ToBoolean(-1));
Face oFrontFace;
oFrontFace = (Inventor.Face)(oFoundFaces[1]);
// Create a new sketch on this face, but use the method that allows you to
// control the orientation and orgin of the new sketch.
oSketch = oCompDef.Sketches.Add(oFrontFace, false);
// Create the interior 3cm x 2cm rectangle for the cut.
oSketch.SketchLines.AddAsTwoPointRectangle(oTransGeom.CreatePoint2d(2, 5.5), oTransGeom.CreatePoint2d(5, 11));
// Create a profile.
oProfile = oSketch.Profiles.AddForSolid();
// Create a cut definition object
CutDefinition oCutDefinition;
oCutDefinition = oSheetMetalFeatures.CutFeatures.CreateCutDefinition(oProfile);
// Set extents to 'Through All'
oCutDefinition.SetThroughAllExtent(PartFeatureExtentDirectionEnum.kNegativeExtentDirection);
// Create the cut feature
CutFeature oCutFeature;
oCutFeature = oSheetMetalFeatures.CutFeatures.Add(oCutDefinition);
// Create a new sketch on the X-Z work plane.
oSketch = oCompDef.Sketches.Add(oCompDef.WorkPlanes[2], false);
// Draw a 15cm x 10cm rectangle with the corner at (0,0)
oSketch.SketchLines.AddAsTwoPointRectangle(oTransGeom.CreatePoint2d(0, 0), oTransGeom.CreatePoint2d(-15, 10));
// Create a profile.oBendEdgesoBendEdges
oProfile = oSketch.Profiles.AddForSolid();
oFaceFeatureDefinition = oSheetMetalFeatures.FaceFeatures.CreateFaceFeatureDefinition(oProfile);
// Create a face feature.
oFaceFeature = oSheetMetalFeatures.FaceFeatures.Add(oFaceFeatureDefinition);
}
/////////////////////////////////////////////////////////////
// Use: Add selection filter.
//
/////////////////////////////////////////////////////////////
public void AddSelectionFilter(SelectionFilterEnum filter)
{
if (_SelectEvents != null)
{
_SelectEvents.AddSelectionFilter(filter);
}
}
///////////////////////////////////////////////////////////////////////////////////////////////////////////////
//// Use:
//// This sample demonstrates the creation of sheet metal face and cut features.
//// It creates a new sheet metal document, create a face feature, a cut feature
//// and another face feature. The second face feature butts up to the first
//// face feature so it automatically creates a bend between them.
////
///////////////////////////////////////////////////////////////////////////////////////////////////////////////
public void FaceAndCutFeatureCreation()
{
// Create a new sheet metal document, using the default sheet metal template.
PartDocument oSheetMetalDoc;
oSheetMetalDoc = (Inventor.PartDocument) (_InvApplication.Documents.Add(DocumentTypeEnum.kPartDocumentObject, _InvApplication.FileManager.GetTemplateFile(DocumentTypeEnum.kPartDocumentObject, SystemOfMeasureEnum.kDefaultSystemOfMeasure, DraftingStandardEnum.kDefault_DraftingStandard, "{9C464203-9BAE-11D3-8BAD-0060B0CE6BB4}"), System.Convert.ToBoolean(-1)));
// Set a reference to the component definition.
SheetMetalComponentDefinition oCompDef;
oCompDef = (Inventor.SheetMetalComponentDefinition) (oSheetMetalDoc.ComponentDefinition);
// Set a reference to the sheet metal features collection.
SheetMetalFeatures oSheetMetalFeatures;
oSheetMetalFeatures = (Inventor.SheetMetalFeatures) (oCompDef.Features);
// Create a new sketch on the X-Y work plane.
PlanarSketch oSketch;
oSketch = oCompDef.Sketches.Add(oCompDef.WorkPlanes[3], false);
// Set a reference to the transient geometry object.
TransientGeometry oTransGeom;
oTransGeom = _InvApplication.TransientGeometry;
// Draw a 20cm x 15cm rectangle with the corner at (0,0)
oSketch.SketchLines.AddAsTwoPointRectangle(oTransGeom.CreatePoint2d(0, 0), oTransGeom.CreatePoint2d(20, 15));
// Create a profile.
Profile oProfile;
oProfile = oSketch.Profiles.AddForSolid();
FaceFeatureDefinition oFaceFeatureDefinition;
oFaceFeatureDefinition = oSheetMetalFeatures.FaceFeatures.CreateFaceFeatureDefinition(oProfile);
// Create a face feature.
FaceFeature oFaceFeature;
oFaceFeature = oSheetMetalFeatures.FaceFeatures.Add(oFaceFeatureDefinition);
// Get the top face for creating the new sketch.
SelectionFilterEnum[] aSelectTypes = new SelectionFilterEnum[1];
aSelectTypes[0] = SelectionFilterEnum.kPartFaceFilter;
ObjectsEnumerator oFoundFaces;
oFoundFaces = oCompDef.FindUsingPoint(oTransGeom.CreatePoint(1, 1, oCompDef.Thickness.Value),
ref aSelectTypes, 0.001, System.Convert.ToBoolean(-1));
Face oFrontFace;
oFrontFace = (Inventor.Face) (oFoundFaces[1]);
// Create a new sketch on this face, but use the method that allows you to
// control the orientation and orgin of the new sketch.
oSketch = oCompDef.Sketches.Add(oFrontFace, false);
// Create the interior 3cm x 2cm rectangle for the cut.
oSketch.SketchLines.AddAsTwoPointRectangle(oTransGeom.CreatePoint2d(2, 5.5), oTransGeom.CreatePoint2d(5, 11));
// Create a profile.
oProfile = oSketch.Profiles.AddForSolid();
// Create a cut definition object
CutDefinition oCutDefinition;
oCutDefinition = oSheetMetalFeatures.CutFeatures.CreateCutDefinition(oProfile);
// Set extents to 'Through All'
oCutDefinition.SetThroughAllExtent(PartFeatureExtentDirectionEnum.kNegativeExtentDirection);
// Create the cut feature
CutFeature oCutFeature;
oCutFeature = oSheetMetalFeatures.CutFeatures.Add(oCutDefinition);
// Create a new sketch on the X-Z work plane.
oSketch = oCompDef.Sketches.Add(oCompDef.WorkPlanes[2], false);
// Draw a 15cm x 10cm rectangle with the corner at (0,0)
oSketch.SketchLines.AddAsTwoPointRectangle(oTransGeom.CreatePoint2d(0, 0), oTransGeom.CreatePoint2d(-15, 10));
// Create a profile.oBendEdgesoBendEdges
oProfile = oSketch.Profiles.AddForSolid();
oFaceFeatureDefinition = oSheetMetalFeatures.FaceFeatures.CreateFaceFeatureDefinition(oProfile);
// Create a face feature.
oFaceFeature = oSheetMetalFeatures.FaceFeatures.Add(oFaceFeatureDefinition);
}
public ObjectsEnumerator FindUsingVector(Point originPoint, UnitVector direction, SelectionFilterEnum[] objectTypes, bool useCylinder, Object proximityTolerance, bool visibleObjectsOnly, out Object locationPoints)
{
return InternalFindUsingVector( originPoint, direction, objectTypes, useCylinder, proximityTolerance, visibleObjectsOnly, out locationPoints);
}
public ObjectsEnumerator FindUsingPoint(Point point, SelectionFilterEnum[] objectTypes, Object proximityTolerance, bool visibleObjectsOnly)
{
return InternalFindUsingPoint( point, objectTypes, proximityTolerance, visibleObjectsOnly);
}
private ObjectsEnumerator InternalFindUsingVector(Point originPoint, UnitVector direction, SelectionFilterEnum[] objectTypes, bool useCylinder, Object proximityTolerance, bool visibleObjectsOnly, out Object locationPoints)
{
return ComponentDefinitionInstance.FindUsingVector( originPoint.ToPoint(), direction, objectTypes, useCylinder, proximityTolerance, visibleObjectsOnly, out locationPoints);
}
private ObjectsEnumerator InternalFindUsingPoint(Point point, SelectionFilterEnum[] objectTypes, Object proximityTolerance, bool visibleObjectsOnly)
{
return ComponentDefinitionInstance.FindUsingPoint( point.ToPoint(), objectTypes, proximityTolerance, visibleObjectsOnly);
}
