static void CreateFaceRotateByGeometry(SolidEdgePart.PartDocument partDocument)
{
SolidEdgePart.Models models = null;
SolidEdgePart.Model model = null;
SolidEdgeGeometry.Body body = null;
SolidEdgePart.FaceRotates faceRotates = null;
SolidEdgePart.FaceRotate faceRotate = null;
SolidEdgeGeometry.Faces faces = null;
SolidEdgeGeometry.Face face = null;
SolidEdgeGeometry.Edges edges = null;
SolidEdgeGeometry.Edge edge = null;
double angle = 0.5;
// Get a reference to the models collection.
models = partDocument.Models;
model = models.Item(1);
body = (SolidEdgeGeometry.Body)model.Body;
faces = (SolidEdgeGeometry.Faces)body.Faces[SolidEdgeGeometry.FeatureTopologyQueryTypeConstants.igQueryAll];
face = (SolidEdgeGeometry.Face)faces.Item(2);
edges = (SolidEdgeGeometry.Edges)body.Edges[SolidEdgeGeometry.FeatureTopologyQueryTypeConstants.igQueryAll];
edge = (SolidEdgeGeometry.Edge)edges.Item(5);
faceRotates = model.FaceRotates;
// Add face rotate.
faceRotate = faceRotates.Add(
face,
SolidEdgePart.FaceRotateConstants.igFaceRotateByGeometry,
SolidEdgePart.FaceRotateConstants.igFaceRotateRecreateBlends,
null,
null,
edge,
SolidEdgePart.FaceRotateConstants.igFaceRotateAxisEnd,
angle);
}
// In a real world scenario, you would want logic (or user input) to pick the desired
// face, edge & *vertex. Here, we just grab the 1st we can find. *Vertex can be null.
static void GetFaceEdgeVertexForModel(
SolidEdgePart.Model model,
out SolidEdgeGeometry.Face face,
out SolidEdgeGeometry.Edge edge,
out SolidEdgeGeometry.Vertex vertex)
{
SolidEdgeGeometry.Body body = null;
SolidEdgeGeometry.Faces faces;
SolidEdgeGeometry.Edges edges = null;
// Get a reference to the model's body.
body = (SolidEdgeGeometry.Body)model.Body;
// Query for all faces in the body.
faces = (SolidEdgeGeometry.Faces)body.Faces[SolidEdgeGeometry.FeatureTopologyQueryTypeConstants.igQueryAll];
// Get a reference to the first face.
face = (SolidEdgeGeometry.Face)faces.Item(1);
// Get a reference to the face's Edges collection,
edges = (SolidEdgeGeometry.Edges)face.Edges;
// Get a reference to the first edge.
edge = (SolidEdgeGeometry.Edge)edges.Item(1);
// Not using vertex in this example.
vertex = null;
}
static void CreateFaceRotateByPoints(SolidEdgePart.PartDocument partDocument)
{
SolidEdgePart.Models models = null;
SolidEdgePart.Model model = null;
SolidEdgeGeometry.Body body = null;
SolidEdgePart.FaceRotates faceRotates = null;
SolidEdgePart.FaceRotate faceRotate = null;
SolidEdgeGeometry.Faces faces = null;
SolidEdgeGeometry.Face face = null;
SolidEdgeGeometry.Vertices vertices = null;
SolidEdgeGeometry.Vertex point1 = null;
SolidEdgeGeometry.Vertex point2 = null;
double angle = 0.0872664625997165;
// Get a reference to the models collection.
models = partDocument.Models;
model = models.Item(1);
body = (SolidEdgeGeometry.Body)model.Body;
faces = (SolidEdgeGeometry.Faces)body.Faces[SolidEdgeGeometry.FeatureTopologyQueryTypeConstants.igQueryAll];
face = (SolidEdgeGeometry.Face)faces.Item(1);
vertices = (SolidEdgeGeometry.Vertices)face.Vertices;
point1 = (SolidEdgeGeometry.Vertex)vertices.Item(1);
point2 = (SolidEdgeGeometry.Vertex)vertices.Item(2);
faceRotates = model.FaceRotates;
// Add face rotate.
faceRotate = faceRotates.Add(
face,
SolidEdgePart.FaceRotateConstants.igFaceRotateByPoints,
SolidEdgePart.FaceRotateConstants.igFaceRotateRecreateBlends,
point1,
point2,
null,
SolidEdgePart.FaceRotateConstants.igFaceRotateNone,
angle);
}
//creates a cutout
private void Create_Cutout(double PointOnGraphic_X, double PointOnGraphic_Y, double PointOnGraphic_Z, SolidEdgeGeometry.Face selected_face,
int[] face_norm, string selected_face_normal)
{
PartDocument _doc = _application.ActiveDocument as PartDocument;
RefPlanes refPlanes = null;
RefPlane refPlane = null;
refPlanes = _doc.RefPlanes;
//Adding parallel refplane to the selected face
refPlane = refPlanes.AddParallelByDistance(selected_face, 0.0, ReferenceElementConstants.igNormalSide, false, false, true, false);
Relations2d relations2D = null;
ProfileSets profileSets = null;
ProfileSet profileSet = null;
Profiles profiles = null;
Profile profile = null;
Lines2d lines2D = null;
Models models = null;
Model model = null;
Sketchs sketchs = null;
Sketch sketch = null;
ExtrudedCutouts extrudedCutouts = null;
sketchs = _doc.Sketches;
sketch = sketchs.Add();
profileSets = _doc.ProfileSets;
profileSet = profileSets.Add();
profiles = sketch.Profiles;
profile = profiles.Add(refPlane);
lines2D = profile.Lines2d;
relations2D = (Relations2d)profile.Relations2d;
//adding a 2D profile for the cutout
lines2D.AddBy2Points(0.03, -0.055, 0.045, -0.055);
lines2D.AddBy2Points(0.045, -0.055, 0.045, -0.04);
lines2D.AddBy2Points(0.045, -0.04, 0.03, -0.04);
lines2D.AddBy2Points(0.03, -0.04, 0.03, -0.055);
profile.End(ProfileValidationType.igProfileClosed);
models = _doc.Models;
model = models.Item(1);
extrudedCutouts = model.ExtrudedCutouts;
//adding a new extruded cutout
extrudedCutouts.AddThroughNext(Profile: profile,
ProfileSide: FeaturePropertyConstants.igLeft,
ProfilePlaneSide: FeaturePropertyConstants.igLeft
);
}
//creates a slot
private void Create_Slot(double PointOnGraphic_X, double PointOnGraphic_Y, double PointOnGraphic_Z, SolidEdgeGeometry.Face selected_face,
int[] face_norm, string selected_face_normal)
{
PartDocument _doc = _application.ActiveDocument as PartDocument;
RefPlanes refPlanes = null;
RefPlane refPlane = null;
refPlanes = _doc.RefPlanes;
//Adding a parallel refplane to the selected face
refPlane = refPlanes.AddParallelByDistance(selected_face, 0.0, ReferenceElementConstants.igNormalSide, false, false, true, false);
ProfileSets profileSets = null;
ProfileSet profileSet = null;
Profiles profiles = null;
Profile profile = null;
Lines2d lines2D = null;
Models models = null;
Model model = null;
Sketchs sketchs = null;
Sketch sketch = null;
Slots slots = null;
Slot slot = null;
sketchs = _doc.Sketches;
sketch = sketchs.Add();
profileSets = _doc.ProfileSets;
profileSet = profileSets.Add();
profiles = sketch.Profiles;
//Adding the refplane to the profile
profile = profiles.Add(refPlane);
lines2D = profile.Lines2d;
lines2D.AddBy2Points(0.02, 0, 0.02, 0.02);
profile.End(ProfileValidationType.igProfileClosed);
models = _doc.Models;
model = models.Item(1);
slots = model.Slots;
//Adding a new slot
slots.Add(Profile: profile,
SlotType: FeaturePropertyConstants.igRegularSlot,
SlotEndCondition: FeaturePropertyConstants.igFormedEnd,
SlotWidth: 0.005,
SlotOffsetWidth: 0,
SlotOffsetDepth: 0,
ExtentType: FeaturePropertyConstants.igThroughAll,
ExtentSide: FeaturePropertyConstants.igLeft,
FiniteDistance: 0,
KeyPointFlags: KeyPointExtentConstants.igTangentNormal,
KeyPointOrTangentFace: null,
ExtentType2: FeaturePropertyConstants.igNone,
ExtentSide2: FeaturePropertyConstants.igNone,
FiniteDistance2: 0,
KeyPointFlags2: KeyPointExtentConstants.igTangentNormal,
KeyPointOrTangentFace2: null,
FromFaceOrPlane: null,
FromOffsetSide: OffsetSideConstants.seOffsetNone,
FromOffsetDistance: 0,
ToFaceOrPlane: null,
ToOffsetSide: OffsetSideConstants.seOffsetNone,
ToOffsetDistance: 0
);
}
//creates a hole
private void create_hole(double PointOnGraphic_X, double PointOnGraphic_Y, double PointOnGraphic_Z, SolidEdgeGeometry.Face selected_face,
int[] face_norm, string selected_face_normal)
{
// var selected_face = pGraphicDispatch as SolidEdgeGeometry.Face;
PartDocument _doc = _application.ActiveDocument as PartDocument;
RefPlanes refPlanes = null;
RefPlane refPlane = null;
refPlanes = _doc.RefPlanes;
//Adding parallel refplane to the selected face
refPlane = refPlanes.AddParallelByDistance(selected_face, 0.0, ReferenceElementConstants.igNormalSide, false, false, true, false);
//Running windows form application
System.Windows.Forms.Application.EnableVisualStyles();
System.Windows.Forms.Application.Run(new Form1());
MessageBox.Show("Cancel Hole Dimension?");
Form1 form1 = new Form1();
//Hole diameter from user input
double cc = form1.Hole_dia;
while (cc < 0.0)
{
MessageBox.Show("Enter valid dimension");
System.Windows.Forms.Application.EnableVisualStyles();
System.Windows.Forms.Application.Run(new Form1());
Form1 form2 = new Form1();
double dd = form2.Hole_dia;
MessageBox.Show("Cancel diamension?");
if (cc == dd)
{
MessageBox.Show("invalid argument");
dd = 0.0;
}
cc = dd;
}
ProfileSets profileSets = null;
ProfileSet profileSet = null;
Profiles profiles = null;
Profile profile = null;
Models models = null;
HoleDataCollection holeDataCollection = null;
HoleData holeData = null;
Holes2d holes2D = null;
Holes holes = null;
Sketchs sketchs = null;
Sketch sketch = null;
Array ref_dir = new double[3] as Array;
//getting the unit vector of the reference direction
refPlane.GetReferenceDirection(ref ref_dir);
var Ref_dirX = ref_dir as double[];
Array root_point = new double[3] as Array;
refPlane.GetRootPoint(ref root_point);
var Root_point = root_point as double[];
//calculating the cross-product between ref_dir and normal vector
double[] Ref_dirY = new double[3]
{
Ref_dirX[2] * face_norm[1] - Ref_dirX[1] * face_norm[2],
Ref_dirX[0] * face_norm[2] - Ref_dirX[2] * face_norm[0],
Ref_dirX[1] * face_norm[0] - Ref_dirX[0] * face_norm[1]
};
double Xcenter = -0.06; //local coordinates
double Ycenter = -0.06;
//calculating global coordinates from local coordinates
double[] X_bar = new double[3]
{
Xcenter *Ref_dirX[0] + Ycenter * Ref_dirY[0] + Root_point[0],
Xcenter *Ref_dirX[1] + Ycenter * Ref_dirY[1] + Root_point[1],
Xcenter *Ref_dirX[2] + Ycenter * Ref_dirY[2] + Root_point[2]
};
//Calculating the angle between vectors root_point and global
double[] OX = new double[3]
{
PointOnGraphic_X - Root_point[0],
PointOnGraphic_Y - Root_point[1],
PointOnGraphic_Z - Root_point[2]
};
//calculating the modulus of vector OX
double OX_Mod = Math.Sqrt(Math.Pow(OX[0], 2) + Math.Pow(OX[1], 2) + Math.Pow(OX[2], 2));
//calculating the modulus of vector Ref_dirX
double Ref_dirX_Mod = Math.Sqrt(Math.Pow(Ref_dirX[0], 2) + Math.Pow(Ref_dirX[1], 2) + Math.Pow(Ref_dirX[2], 2));
//calculating the modulus of the vector ReF_dirY
double Ref_dirY_Mod = Math.Sqrt(Math.Pow(Ref_dirY[0], 2) + Math.Pow(Ref_dirY[1], 2) + Math.Pow(Ref_dirY[2], 2));
//calculating the dot product between vector OX and Ref_dirY
double dotY = (OX[0] * Ref_dirY[0]) + (OX[1] * Ref_dirY[1]) + (OX[2] * Ref_dirY[2]);
//calculating the dot product between vector OX and Ref_dirX
double dotX = (OX[0] * Ref_dirX[0]) + (OX[1] * Ref_dirX[1]) + (OX[2] * Ref_dirX[2]);
//calculating the angle between vector OX and Ref_dirY
double angleY = Math.Acos(dotY / (OX_Mod * Ref_dirY_Mod));
//calculating the angle between vector OX and Ref_dirX
double angleX = Math.Acos(dotX / (OX_Mod * Ref_dirX_Mod));
double X_dir = 0.0;
double Y_dir = 0.0;
if (angleY > Math.PI / 2)
{
X_dir = OX_Mod * Math.Cos(-angleX);
Y_dir = OX_Mod * Math.Sin(-angleX);
}
else
{
X_dir = OX_Mod * Math.Cos(angleX);
Y_dir = OX_Mod * Math.Sin(angleX);
}
if (OX_Mod == 0.0)
{
X_dir = 0.0;
Y_dir = 0.0;
}
if (cc > 0.0)
{
sketchs = _doc.Sketches;
sketch = sketchs.Add();
holeDataCollection = _doc.HoleDataCollection;
//Defining hole properties
holeData = holeDataCollection.Add(
HoleType: SolidEdgePart.FeaturePropertyConstants.igRegularHole,
HoleDiameter: cc / 1000);
profileSets = _doc.ProfileSets;
profileSet = profileSets.Add();
//profiles = profileSet.Profiles;
profiles = sketch.Profiles;
profile = profiles.Add(refPlane);
holes2D = profile.Holes2d;
var dd = holes2D.Add(X_dir, Y_dir);
profile.End(ProfileValidationType.igProfileClosed);
// dd.Move(X_dir, Y_dir, 0.0, 0.0);
//_application.StartCommand(SolidEdgeConstants.PartCommandConstants.PartViewLookatFace);
//getting the hole collection and creating a simple hole
Model model = _doc.Models.Item(1);
holes = model.Holes;
holes.AddThroughNext(
Profile: profile,
ProfilePlaneSide: SolidEdgePart.FeaturePropertyConstants.igBoth,
Data: holeData);
}
}
static void Main(string[] args)
{
SolidEdgeFramework.Application application = null;
SolidEdgeFramework.Documents documents = null;
SolidEdgePart.PartDocument partDocument = null;
SolidEdgePart.RefPlanes refPlanes = null;
SolidEdgePart.RefPlane refPlane = null;
SolidEdgePart.ProfileSets profileSets = null;
SolidEdgePart.ProfileSet profileSet = null;
SolidEdgePart.Profiles profiles = null;
SolidEdgePart.Profile profile = null;
SolidEdgeFrameworkSupport.Lines2d lines2d = null;
SolidEdgeFrameworkSupport.Line2d line2d = null;
SolidEdgeFrameworkSupport.Relations2d relations2d = null;
SolidEdgeFrameworkSupport.Relation2d relation2d = null;
SolidEdgePart.Models models = null;
SolidEdgePart.Model model = null;
List <SolidEdgePart.Profile> profileList = new List <SolidEdgePart.Profile>();
int status = 0;
SolidEdgePart.ExtrudedProtrusions extrudedProtrusions = null;
SolidEdgePart.ExtrudedProtrusion extrudedProtrusion = null;
SolidEdgeGeometry.Edges edges = null;
List <object> edgeList = new List <object>();
SolidEdgeGeometry.Faces faces = null;
SolidEdgePart.Chamfers chamfers = null;
SolidEdgePart.Chamfer chamfer = null;
try
{
// Register with OLE to handle concurrency issues on the current thread.
SolidEdgeCommunity.OleMessageFilter.Register();
// Connect to or start Solid Edge.
application = SolidEdgeCommunity.SolidEdgeUtils.Connect(true, true);
// Bring Solid Edge to the foreground.
application.Activate();
// Get a reference to the documents collection.
documents = application.Documents;
// Create a new part document.
partDocument = documents.AddPartDocument();
// Always a good idea to give SE a chance to breathe.
application.DoIdle();
refPlanes = partDocument.RefPlanes;
refPlane = refPlanes.Item(1);
profileSets = partDocument.ProfileSets;
profileSet = profileSets.Add();
profiles = profileSet.Profiles;
profile = profiles.Add(refPlane);
profileList.Add(profile);
lines2d = profile.Lines2d;
line2d = lines2d.AddBy2Points(0, 0, 0.06, 0);
line2d = lines2d.AddBy2Points(0.06, 0, 0.06, 0.06);
line2d = lines2d.AddBy2Points(0.06, 0.06, 0, 0.06);
line2d = lines2d.AddBy2Points(0, 0.06, 0, 0);
relations2d = (SolidEdgeFrameworkSupport.Relations2d)profile.Relations2d;
relation2d = relations2d.AddKeypoint(
Object1: lines2d.Item(1),
Index1: (int)SolidEdgeConstants.KeypointIndexConstants.igLineEnd,
Object2: lines2d.Item(2),
Index2: (int)SolidEdgeConstants.KeypointIndexConstants.igLineStart);
relation2d = relations2d.AddKeypoint(
Object1: lines2d.Item(2),
Index1: (int)SolidEdgeConstants.KeypointIndexConstants.igLineEnd,
Object2: lines2d.Item(3),
Index2: (int)SolidEdgeConstants.KeypointIndexConstants.igLineStart);
relation2d = relations2d.AddKeypoint(
Object1: lines2d.Item(3),
Index1: (int)SolidEdgeConstants.KeypointIndexConstants.igLineEnd,
Object2: lines2d.Item(4),
Index2: (int)SolidEdgeConstants.KeypointIndexConstants.igLineStart);
relation2d = relations2d.AddKeypoint(
Object1: lines2d.Item(4),
Index1: (int)SolidEdgeConstants.KeypointIndexConstants.igLineEnd,
Object2: lines2d.Item(1),
Index2: (int)SolidEdgeConstants.KeypointIndexConstants.igLineStart);
// Make sure profile is closed.
status = profile.End(SolidEdgePart.ProfileValidationType.igProfileClosed);
if (status != 0)
{
throw new System.Exception("Profile not closed.");
}
models = partDocument.Models;
model = models.AddFiniteExtrudedProtrusion(
NumberOfProfiles: profileList.Count,
ProfileArray: profileList.ToArray(),
ProfilePlaneSide: SolidEdgePart.FeaturePropertyConstants.igRight,
ExtrusionDistance: 0.02);
profile.Visible = false;
extrudedProtrusions = model.ExtrudedProtrusions;
extrudedProtrusion = extrudedProtrusions.Item(1);
//edges = (SolidEdgeGeometry.Edges)extrudedProtrusion.get_Edges(
// SolidEdgeGeometry.FeatureTopologyQueryTypeConstants.igQueryAll);
//edgeList.Add(edges.Item(5));
//edgeList.Add(edges.Item(8));
faces = (SolidEdgeGeometry.Faces)
extrudedProtrusion.get_Faces(SolidEdgeGeometry.FeatureTopologyQueryTypeConstants.igQueryAll);
chamfers = model.Chamfers;
SolidEdgeGeometry.Face face = (SolidEdgeGeometry.Face)faces.Item(1);
double setbackDistance1 = 0.009;
double setbackDistance2 = 0.001;
edges = (SolidEdgeGeometry.Edges)face.Edges;
edgeList.Add(edges.Item(1));
chamfer = chamfers.AddUnequalSetback(
ReferenceFace: face,
NumberOfEdgeSets: edgeList.Count,
EdgeSetArray: edgeList.ToArray(),
SetbackDistance1: setbackDistance1,
SetbackDistance2: setbackDistance2);
// Switch to ISO view.
application.StartCommand(SolidEdgeConstants.PartCommandConstants.PartViewISOView);
}
catch (System.Exception ex)
{
Console.WriteLine(ex.Message);
}
finally
{
SolidEdgeCommunity.OleMessageFilter.Unregister();
}
}
static void Main(string[] args)
{
SolidEdgeFramework.Application application = null;
SolidEdgeFramework.Documents documents = null;
SolidEdgePart.PartDocument partDocument = null;
SolidEdgePart.RefPlanes refPlanes = null;
SolidEdgePart.RefPlane refPlane = null;
SolidEdgePart.Models models = null;
SolidEdgePart.Model model = null;
SolidEdgeGeometry.Body body = null;
SolidEdgePart.FaceRotates faceRotates = null;
SolidEdgePart.FaceRotate faceRotate = null;
SolidEdgeGeometry.Faces faces = null;
SolidEdgeGeometry.Face face = null;
SolidEdgeGeometry.Vertices vertices = null;
SolidEdgeGeometry.Vertex point1 = null;
SolidEdgeGeometry.Vertex point2 = null;
SolidEdgeFramework.SelectSet selectSet = null;
double angle = 0.0872664625997165;
try
{
// Register with OLE to handle concurrency issues on the current thread.
SolidEdgeCommunity.OleMessageFilter.Register();
// Connect to or start Solid Edge.
application = SolidEdgeCommunity.SolidEdgeUtils.Connect(true, true);
// Get a reference to the Documents collection.
documents = application.Documents;
// Create a new part document.
partDocument = documents.AddPartDocument();
// Get a reference to the RefPlanes collection.
refPlanes = partDocument.RefPlanes;
// Get a reference to a RefPlane.
refPlane = refPlanes.GetFrontPlane();
// Always a good idea to give SE a chance to breathe.
application.DoIdle();
List <double[]> linesArray = new List <double[]>();
linesArray.Add(new double[] { 0, 0, 0.08, 0 });
linesArray.Add(new double[] { 0.08, 0, 0.08, 0.06 });
linesArray.Add(new double[] { 0.08, 0.06, 0.064, 0.06 });
linesArray.Add(new double[] { 0.064, 0.06, 0.064, 0.02 });
linesArray.Add(new double[] { 0.064, 0.02, 0.048, 0.02 });
linesArray.Add(new double[] { 0.048, 0.02, 0.048, 0.06 });
linesArray.Add(new double[] { 0.048, 0.06, 0.032, 0.06 });
linesArray.Add(new double[] { 0.032, 0.06, 0.032, 0.02 });
linesArray.Add(new double[] { 0.032, 0.02, 0.016, 0.02 });
linesArray.Add(new double[] { 0.016, 0.02, 0.016, 0.06 });
linesArray.Add(new double[] { 0.016, 0.06, 0, 0.06 });
linesArray.Add(new double[] { 0, 0.06, 0, 0 });
// Call helper method to create the actual geometry.
PartHelper.CreateFiniteExtrudedProtrusion(partDocument, refPlane, linesArray.ToArray(), SolidEdgePart.FeaturePropertyConstants.igRight, 0.005);
// Get a reference to the models collection.
models = partDocument.Models;
model = models.Item(1);
body = (SolidEdgeGeometry.Body)model.Body;
faces = (SolidEdgeGeometry.Faces)body.Faces[SolidEdgeGeometry.FeatureTopologyQueryTypeConstants.igQueryAll];
face = (SolidEdgeGeometry.Face)faces.Item(1);
vertices = (SolidEdgeGeometry.Vertices)face.Vertices;
point1 = (SolidEdgeGeometry.Vertex)vertices.Item(1);
point2 = (SolidEdgeGeometry.Vertex)vertices.Item(2);
faceRotates = model.FaceRotates;
// Add face rotate.
faceRotate = faceRotates.Add(
face,
SolidEdgePart.FaceRotateConstants.igFaceRotateByPoints,
SolidEdgePart.FaceRotateConstants.igFaceRotateRecreateBlends,
point1,
point2,
null,
SolidEdgePart.FaceRotateConstants.igFaceRotateNone,
angle);
// Get a reference to the ActiveSelectSet.
selectSet = application.ActiveSelectSet;
// Empty ActiveSelectSet.
selectSet.RemoveAll();
// Add new FaceRotate to ActiveSelectSet.
selectSet.Add(faceRotate);
// Switch to ISO view.
application.StartCommand(SolidEdgeConstants.PartCommandConstants.PartViewISOView);
}
catch (System.Exception ex)
{
Console.WriteLine(ex.Message);
}
finally
{
SolidEdgeCommunity.OleMessageFilter.Unregister();
}
}
static void Main(string[] args)
{
SolidEdgeFramework.Application application = null;
SolidEdgeFramework.Documents documents = null;
SolidEdgePart.SheetMetalDocument sheetMetalDocument = null;
SolidEdgePart.FlatPatternModels flatPatternModels = null;
SolidEdgePart.FlatPatternModel flatPatternModel = null;
SolidEdgePart.Models models = null;
SolidEdgePart.Model model = null;
SolidEdgeGeometry.Face face = null;
SolidEdgeGeometry.Edge edge = null;
SolidEdgeGeometry.Vertex vertex = null;
bool useFlatPattern = true;
bool flatPatternIsUpToDate = false;
string outFile = null;
try
{
Console.WriteLine("Registering OleMessageFilter.");
// Register with OLE to handle concurrency issues on the current thread.
OleMessageFilter.Register();
Console.WriteLine("Connecting to Solid Edge.");
// Connect to Solid Edge,
application = SolidEdgeUtils.Connect(false);
// Make sure user can see the GUI.
application.Visible = true;
// Bring Solid Edge to the foreground.
application.Activate();
// Get a reference to the documents collection.
documents = application.Documents;
// This check is necessary because application.ActiveDocument will throw an
// exception if no documents are open...
if (documents.Count > 0)
{
// Attempt to open specified SheetMetalDocument.
sheetMetalDocument = application.ActiveDocument as SolidEdgePart.SheetMetalDocument;
}
if (sheetMetalDocument == null)
{
throw new System.Exception("No active Sheet Metal document.");
}
// Get a reference to the Models collection,
models = sheetMetalDocument.Models;
// Check for geometry.
if (models.Count == 0)
{
throw new System.Exception("No geometry defined.");
}
// Get a reference to the one and only model.
model = models.Item(1);
// Get a reference to the FlatPatternModels collection,
flatPatternModels = sheetMetalDocument.FlatPatternModels;
// Observation: SaveAsFlatDXFEx() will fail if useFlatPattern is specified and
// flatPatternModels.Count = 0.
// The following code will turn off the useFlatPattern switch if flatPatternModels.Count = 0.
if (useFlatPattern)
{
if (flatPatternModels.Count > 0)
{
for (int i = 1; i <= flatPatternModels.Count; i++)
{
flatPatternModel = flatPatternModels.Item(i);
flatPatternIsUpToDate = flatPatternModel.IsUpToDate;
// If we find one that is up to date, call it good and bail.
if (flatPatternIsUpToDate)
{
break;
}
}
if (flatPatternIsUpToDate == false)
{
// Flat patterns exist but are out of date.
useFlatPattern = false;
}
}
else
{
// Can't use flat pattern if none exist.
useFlatPattern = false;
}
}
Console.WriteLine("Determining desired face, edge & vertex for SaveAsFlatDXFEx().");
// Some routine to get face, edge & vertex.
GetFaceEdgeVertexForModel(model, out face, out edge, out vertex);
outFile = Path.ChangeExtension(sheetMetalDocument.FullName, ".dxf");
//outFile = Path.ChangeExtension(sheetMetalDocument.FullName, ".par");
//outFile = Path.ChangeExtension(sheetMetalDocument.FullName, ".psm");
// Observation: If .par or .psm is specified in outFile, SE will open the file.
// Even if useFlatPattern = true, it's a good idea to specify defaults for face, edge & vertex.
// I've seen where outFile of .dxf would work but .psm would fail if the defaults were null;
Console.WriteLine("Saving '{0}'.", outFile);
models.SaveAsFlatDXFEx(outFile, face, edge, vertex, useFlatPattern);
if (useFlatPattern)
{
Console.WriteLine("Saved '{0}' using Flat Pattern.", outFile);
}
else
{
Console.WriteLine("Saved '{0}' without using Flat Pattern.", outFile);
}
}
catch (System.Exception ex)
{
#if DEBUG
System.Diagnostics.Debugger.Break();
#endif
Console.WriteLine(ex.Message);
}
}
static void Main(string[] args)
{
SolidEdgeFramework.Application application = null;
SolidEdgeFramework.Documents documents = null;
SolidEdgePart.PartDocument partDocument = null;
SolidEdgePart.RefPlanes refPlanes = null;
SolidEdgePart.RefPlane refPlane = null;
SolidEdgePart.Models models = null;
SolidEdgePart.Model model = null;
SolidEdgeGeometry.Body body = null;
SolidEdgeGeometry.Faces faces = null;
SolidEdgeGeometry.Face face = null;
SolidEdgePart.Thickens thickens = null;
SolidEdgePart.Thicken thicken = null;
try
{
// Register with OLE to handle concurrency issues on the current thread.
SolidEdgeCommunity.OleMessageFilter.Register();
// Connect to or start Solid Edge.
application = SolidEdgeCommunity.SolidEdgeUtils.Connect(true, true);
// Get a reference to the documents collection.
documents = application.Documents;
// Add a new part document.
partDocument = documents.AddPartDocument();
// Always a good idea to give SE a chance to breathe.
application.DoIdle();
// Get a reference to the RefPlanes collection.
refPlanes = partDocument.RefPlanes;
// Get a reference to a RefPlane.
refPlane = refPlanes.GetFrontPlane();
List <double[]> linesArray = new List <double[]>();
linesArray.Add(new double[] { 0, 0, 0.08, 0 });
linesArray.Add(new double[] { 0.08, 0, 0.08, 0.06 });
linesArray.Add(new double[] { 0.08, 0.06, 0.064, 0.06 });
linesArray.Add(new double[] { 0.064, 0.06, 0.064, 0.02 });
linesArray.Add(new double[] { 0.064, 0.02, 0.048, 0.02 });
linesArray.Add(new double[] { 0.048, 0.02, 0.048, 0.06 });
linesArray.Add(new double[] { 0.048, 0.06, 0.032, 0.06 });
linesArray.Add(new double[] { 0.032, 0.06, 0.032, 0.02 });
linesArray.Add(new double[] { 0.032, 0.02, 0.016, 0.02 });
linesArray.Add(new double[] { 0.016, 0.02, 0.016, 0.06 });
linesArray.Add(new double[] { 0.016, 0.06, 0, 0.06 });
linesArray.Add(new double[] { 0, 0.06, 0, 0 });
// Get a reference to the models collection.
models = partDocument.Models;
// Call helper method to create the actual geometry.
model = PartHelper.CreateFiniteExtrudedProtrusion(partDocument, refPlane, linesArray.ToArray(), SolidEdgePart.FeaturePropertyConstants.igRight, 0.005);
body = (SolidEdgeGeometry.Body)model.Body;
faces = (SolidEdgeGeometry.Faces)body.Faces[SolidEdgeGeometry.FeatureTopologyQueryTypeConstants.igQueryAll];
thickens = model.Thickens;
Type type = typeof(SolidEdgePart.FeaturePropertyConstants);
var fields = type.GetFields();
for (int i = 1; i <= faces.Count; i++)
{
model = models.Item(1);
body = (SolidEdgeGeometry.Body)model.Body;
faces = (SolidEdgeGeometry.Faces)body.Faces[SolidEdgeGeometry.FeatureTopologyQueryTypeConstants.igQueryAll];
thickens = model.Thickens;
face = faces.Item(i) as SolidEdgeGeometry.Face;
Array facesArray = Array.CreateInstance(typeof(SolidEdgeGeometry.Face), 1);
facesArray.SetValue(face, 0);
foreach (var field in fields)
{
if (field.IsSpecialName)
{
continue;
}
SolidEdgePart.FeaturePropertyConstants side = (SolidEdgePart.FeaturePropertyConstants)field.GetRawConstantValue();
try
{
thicken = thickens.Add(side, 0.0254, 1, ref facesArray);
thicken.Delete();
break;
}
catch
{
}
}
//thicken = thickens.Add(SolidEdgePart.FeaturePropertyConstants.igReverseNormalSideDummy, 0.0254, 1, ref facesArray);
//selectSet = application.ActiveSelectSet;
//selectSet.RemoveAll();
//selectSet.Add(faces.Item(1));
}
}
catch (System.Exception ex)
{
Console.WriteLine(ex.Message);
}
finally
{
SolidEdgeCommunity.OleMessageFilter.Unregister();
}
}
static void Main(string[] args)
{
SolidEdgeFramework.Application application = null;
SolidEdgeFramework.Documents documents = null;
SolidEdgePart.SheetMetalDocument sheetMetalDocument = null;
SolidEdgePart.Models models = null;
SolidEdgePart.Model model = null;
SolidEdgePart.FlatPatternModels flatPatternModels = null;
SolidEdgePart.FlatPatternModel flatPatternModel = null;
SolidEdgeGeometry.Body body = null;
SolidEdgeGeometry.Faces faces;
SolidEdgeGeometry.Face face = null;
SolidEdgeGeometry.Edges edges = null;
SolidEdgeGeometry.Edge edge = null;
SolidEdgeGeometry.Vertex vertex = null;
bool useFlatPattern = true;
bool flatPatternIsUpToDate = false;
string outFile = null;
try
{
// Register with OLE to handle concurrency issues on the current thread.
SolidEdgeCommunity.OleMessageFilter.Register();
// Connect to Solid Edge,
application = SolidEdgeCommunity.SolidEdgeUtils.Connect(false);
// Get a reference to the Documents collection.
documents = application.Documents;
// Get a refernce to the active sheetmetal document.
sheetMetalDocument = application.GetActiveDocument <SolidEdgePart.SheetMetalDocument>(false);
if (sheetMetalDocument == null)
{
throw new System.Exception("No active document.");
}
// Get a reference to the Models collection,
models = sheetMetalDocument.Models;
// Check for geometry.
if (models.Count == 0)
{
throw new System.Exception("No geometry defined.");
}
// Get a reference to the one and only model.
model = models.Item(1);
// Get a reference to the FlatPatternModels collection,
flatPatternModels = sheetMetalDocument.FlatPatternModels;
// Observation: SaveAsFlatDXFEx() will fail if useFlatPattern is specified and
// flatPatternModels.Count = 0.
// The following code will turn off the useFlatPattern switch if flatPatternModels.Count = 0.
if (useFlatPattern)
{
if (flatPatternModels.Count > 0)
{
for (int i = 1; i <= flatPatternModels.Count; i++)
{
flatPatternModel = flatPatternModels.Item(i);
flatPatternIsUpToDate = flatPatternModel.IsUpToDate;
// If we find one that is up to date, call it good and bail.
if (flatPatternIsUpToDate)
{
break;
}
}
if (flatPatternIsUpToDate == false)
{
// Flat patterns exist but are out of date.
useFlatPattern = false;
}
}
else
{
// Can't use flat pattern if none exist.
useFlatPattern = false;
}
}
// In a real world scenario, you would want logic (or user input) to pick the desired
// face, edge & *vertex. Here, we just grab the 1st we can find. *Vertex can be null.
// Get a reference to the model's body.
body = (SolidEdgeGeometry.Body)model.Body;
// Query for all faces in the body.
faces = (SolidEdgeGeometry.Faces)body.Faces[SolidEdgeGeometry.FeatureTopologyQueryTypeConstants.igQueryAll];
// Get a reference to the first face.
face = (SolidEdgeGeometry.Face)faces.Item(1);
// Get a reference to the face's Edges collection,
edges = (SolidEdgeGeometry.Edges)face.Edges;
// Get a reference to the first edge.
edge = (SolidEdgeGeometry.Edge)edges.Item(1);
// Not using vertex in this example.
vertex = null;
outFile = System.IO.Path.ChangeExtension(sheetMetalDocument.FullName, ".dxf");
// Observation: If .par or .psm is specified in outFile, SE will open the file.
// Even if useFlatPattern = true, it's a good idea to specify defaults for face, edge & vertex.
// I've seen where outFile of .dxf would work but .psm would fail if the defaults were null;
models.SaveAsFlatDXFEx(outFile, face, edge, vertex, useFlatPattern);
if (useFlatPattern)
{
Console.WriteLine("Saved '{0}' using Flat Pattern.", outFile);
}
else
{
Console.WriteLine("Saved '{0}' without using Flat Pattern.", outFile);
}
}
catch (System.Exception ex)
{
Console.WriteLine(ex.Message);
}
finally
{
SolidEdgeCommunity.OleMessageFilter.Unregister();
}
}
