/// <summary>
/// Recurses features and sub-features and provides a callback action to process and work with each feature
/// </summary>
/// <param name="featureAction">The callback action that is called for each feature in the model</param>
/// <param name="startFeature">The feature to start at</param>
/// <param name="featureDepth">The current depth of the sub-features based on the original calling feature</param>
private static void RecurseFeatures(Action <ModelFeature, int> featureAction, Feature startFeature = null, int featureDepth = 0)
{
// Get the current feature
var currentFeature = startFeature;
// While that feature is not null...
while (currentFeature != null)
{
// Now get the first sub-feature
var subFeature = currentFeature.GetFirstSubFeature() as Feature;
// Get the next feature if we should
var nextFeature = default(Feature);
if (featureDepth == 0)
{
nextFeature = currentFeature.GetNextFeature() as Feature;
}
// Create model feature
using (var modelFeature = new ModelFeature((Feature)currentFeature))
{
// Inform callback of the feature
featureAction(modelFeature, featureDepth);
}
// While we have a sub-feature...
while (subFeature != null)
{
// Get its next sub-feature
var nextSubFeature = subFeature.GetNextSubFeature() as Feature;
// Recurse all of the sub-features
RecurseFeatures(featureAction, subFeature, featureDepth + 1);
// And once back up out of the recursive dive
// Move to the next sub-feature and process that
subFeature = nextSubFeature;
}
// If we are at the top-level...
if (featureDepth == 0)
{
// And update the current feature reference to the next feature
// to carry on the loop
currentFeature = nextFeature;
}
// Otherwise...
else
{
// Remove the current feature as it is a sub-feature
// and is processed in the `while (subFeature != null)` loop
currentFeature = null;
}
}
}
/// <summary>
/// Gets the <see cref="ModelFeature"/> of the item in the feature tree based on its name
/// </summary>
/// <param name="featureName">Name of the feature</param>
/// <returns>The <see cref="ModelFeature"/> for the named feature</returns>
public void GetFeatureByName(string featureName, Action <ModelFeature> action)
{
// Wrap any error
SolidDnaErrors.Wrap(() =>
{
// Create feature
using (var model = new ModelFeature((Feature)mBaseObject.FeatureByName(featureName)))
{
// Run action
action(model);
}
},
SolidDnaErrorTypeCode.SolidWorksModel,
SolidDnaErrorCode.SolidWorksModelAssemblyGetFeatureByNameError,
Localization.GetString(nameof(SolidDnaErrorCode.SolidWorksModelAssemblyGetFeatureByNameError)));
}
/// <summary>
/// Casts the object to a <see cref="ModelFeature"/>
/// Check with <see cref="IsFeature"/> first to assure that it is this type
/// </summary>
/// <param name="action">The feature is passed into this action to be used within it</param>
public void AsFeature(Action <ModelFeature> action)
{
// Wrap any error
SolidDnaErrors.Wrap(() =>
{
// Create feature
using (var model = new ModelFeature((Feature)mBaseObject))
{
// Run action
action(model);
}
},
SolidDnaErrorTypeCode.SolidWorksModel,
SolidDnaErrorCode.SolidWorksModelSelectedObjectCastError,
Localization.GetString("SolidWorksModelSelectedObjectCastError"));
}
public static ModelFeatureType SpecificFeatureType(this ModelFeature feature)
{
// Get type name
var type = feature?.FeatureTypeName;
// Make sure we have one
if (feature == null || string.IsNullOrEmpty(type))
{
return(ModelFeatureType.None);
}
// Map to feature types based on this list
// http://help.solidworks.com/2016/english/api/sldworksapi/SolidWorks.Interop.sldworks~SolidWorks.Interop.sldworks.IFeature~GetTypeName2.html
switch (type)
{
#region Assembly
case "ExplodeLineProfileFeature":
return(ModelFeatureType.Sketch);
case "InContextFeatHolder":
return(ModelFeatureType.Feature);
case "MateCoincident":
case "MateConcentric":
case "MateDistanceDim":
case "MateInPlace":
case "MateParallel":
case "MatePerpendicular":
case "MatePlanarAngleDim":
case "MateSymmetric":
case "MateTangent":
case "MateWidth":
return(ModelFeatureType.Mate);
case "Reference":
return(ModelFeatureType.MateReference);
case "SmartComponentFeature":
return(ModelFeatureType.SmartComponentFeatureData);
#endregion
#region Body
case "APattern":
return(ModelFeatureType.FillPatternData);
case "BaseBody":
return(ModelFeatureType.ExtrudeData);
// NOTE: No interface
case "Bending":
return(ModelFeatureType.Flex);
case "Blend":
case "BlendCut":
return(ModelFeatureType.LoftData);
case "Boss":
case "BossThin":
return(ModelFeatureType.ExtrudeData);
case "Chamfer":
return(ModelFeatureType.ChamferData);
case "CirPattern":
return(ModelFeatureType.CircularPatternData);
case "CombineBodies":
return(ModelFeatureType.CombineBodiesData);
case "CosmeticThread":
return(ModelFeatureType.CosmeticThreadData);
case "CreateAssemFeat":
return(ModelFeatureType.SaveBodyData);
case "CurvePattern":
return(ModelFeatureType.CurveDrivenPatternData);
case "Cut":
case "CutThin":
return(ModelFeatureType.ExtrudeData);
// NOTE: No interface
case "Deform":
return(ModelFeatureType.Deform);
case "DeleteBody":
return(ModelFeatureType.DeleteBodyData);
case "DelFace":
return(ModelFeatureType.DeleteFaceData);
case "DerivedCirPattern":
case "DerivedLPattern":
return(ModelFeatureType.DerivedPatternData);
case "DimPattern":
return(ModelFeatureType.DimPatternData);
case "Dome":
return(ModelFeatureType.DomeData);
case "Draft":
return(ModelFeatureType.DraftData);
case "EdgeMerge":
return(ModelFeatureType.HealEdgesData);
case "Emboss":
return(ModelFeatureType.WrapSketchData);
case "Extrusion":
return(ModelFeatureType.ExtrudeData);
case "Fillet":
return(ModelFeatureType.SimpleFilletData);
case "Helix":
return(ModelFeatureType.HelixData);
case "HoleSeries":
return(ModelFeatureType.HoleSeriesData);
case "HoleWzd":
return(ModelFeatureType.HoleWizardData);
// NOTE: No interface
case "Imported":
return(ModelFeatureType.Imported);
case "LocalChainPattern":
return(ModelFeatureType.ChainPatternData);
case "LocalCirPattern":
return(ModelFeatureType.LocalCircularPatternData);
case "LocalCurvePattern":
return(ModelFeatureType.LocalCurvePatternData);
case "LocalLPattern":
return(ModelFeatureType.LocalLinearPatternData);
case "LPattern":
return(ModelFeatureType.LinearPatternData);
case "MacroFeature":
return(ModelFeatureType.MacroData);
case "MirrorPattern":
return(ModelFeatureType.MirrorPatternData);
case "MirrorSolid":
return(ModelFeatureType.MirrorSolidData);
case "MirrorStock":
return(ModelFeatureType.MirrorPartData);
case "MoveCopyBody":
return(ModelFeatureType.MoveCopyBodyData);
case "NetBlend":
return(ModelFeatureType.BoundaryBossData);
case "Punch":
return(ModelFeatureType.IndentData);
case "ReplaceFace":
return(ModelFeatureType.ReplaceFaceData);
case "RevCut":
return(ModelFeatureType.RevolveData);
case "Round fillet corner":
return(ModelFeatureType.SimpleFilletData);
case "Revolution":
case "RevolutionThin":
return(ModelFeatureType.RevolveData);
case "Rib":
return(ModelFeatureType.RibData);
case "Rip":
return(ModelFeatureType.RipData);
case "Sculpt":
return(ModelFeatureType.IntersectData);
// NOTE: Obsolete and no interface
case "Shape":
return(ModelFeatureType.Shape);
case "Shell":
return(ModelFeatureType.ShellData);
case "Split":
return(ModelFeatureType.SplitBodyData);
// NOTE: No interface; returned for a body created by splitting a part and saving the body to a part; you cannot access the data of a split body saved to a part
case "SplitBody":
return(ModelFeatureType.SplitBody);
case "Stock":
return(ModelFeatureType.DerivedPartData);
case "Sweep":
case "SweepCut":
return(ModelFeatureType.SweepData);
case "TablePattern":
return(ModelFeatureType.TablePatternData);
case "Thicken":
case "ThickenCut":
return(ModelFeatureType.ThickenData);
case "VarFillet":
return(ModelFeatureType.VariableFilletData);
#endregion
#region Drawing
case "BendTableAchor":
return(ModelFeatureType.TableAnchor);
case "BomFeat":
return(ModelFeatureType.Bom);
case "BomTemplate":
return(ModelFeatureType.TableAnchor);
case "DetailCircle":
return(ModelFeatureType.DetailCircle);
case "DrBreakoutSectionLine":
if (feature.SpecificFeature as IBrokenOutSectionFeatureData != null)
{
return(ModelFeatureType.BrokenOutSectionData);
}
else if (feature.SpecificFeature as IDrSection != null)
{
return(ModelFeatureType.DrSection);
}
return(ModelFeatureType.None);
case "DrSectionLine":
return(ModelFeatureType.DrSection);
case "GeneralTableAnchor":
case "HoleTableAnchor":
return(ModelFeatureType.TableAnchor);
case "LiveSection":
return(ModelFeatureType.ReferencePlane);
case "PunchTableAnchor":
case "RevisionTableAnchor":
case "WeldmentTableAnchor":
case "WeldTableAnchor":
return(ModelFeatureType.TableAnchor);
#endregion
#region Folder
// NOTE: Obsolete and no interface
case "BlockFolder":
return(ModelFeatureType.BlockFolder);
case "CommentsFolder":
return(ModelFeatureType.CommentFolder);
case "CosmeticWeldSubFolder":
return(ModelFeatureType.CosmeticWeldBeadFolder);
case "CutListFolder":
case "FeatSolidBodyFolder":
case "FeatSurfaceBodyFolder":
return(ModelFeatureType.BodyFolder);
case "FtrFolder":
case "InsertedFeatureFolder":
case "MateReferenceGroupFolder":
return(ModelFeatureType.FeatureFolder);
case "PosGroupFolder":
return(ModelFeatureType.MateReference);
case "ProfileFtrFolder":
case "RefAxisFtrFolder":
case "RefPlaneFtrFolder":
return(ModelFeatureType.FeatureFolder);
case "SolidBodyFolder":
case "SubAtomFolder":
case "SubWeldFolder":
case "SurfaceBodyFolder":
// As SubAtomFolder states "IBodyFolder if a body" we double check here
if (feature.SpecificFeature as IBodyFolder != null)
{
return(ModelFeatureType.BodyFolder);
}
else
{
return(ModelFeatureType.None);
}
#endregion
#region Miscellaneous
case "Attribute":
return(ModelFeatureType.Attribute);
// NOTE: Obsolete and no interface
case "BlockDef":
return(ModelFeatureType.BlockDef);
case "CurveInFile":
return(ModelFeatureType.FreePointCurveData);
// NOTE: No interface
case "GridFeature":
return(ModelFeatureType.Grid);
case "LibraryFeature":
return(ModelFeatureType.LibraryFeatureData);
case "Scale":
return(ModelFeatureType.ScaleData);
case "Sensor":
return(ModelFeatureType.Sensor);
// NOTE: Obsolete
case "ViewBodyFeature":
return(ModelFeatureType.ViewBodyFeature);
#endregion
#region Mold
case "Cavity":
return(ModelFeatureType.CavityData);
case "MoldCoreCavitySolids":
return(ModelFeatureType.ToolingSplitData);
case "MoldPartingGeom":
return(ModelFeatureType.PartingSurfaceData);
case "MoldPartLine":
return(ModelFeatureType.PartingLineData);
case "MoldShutOffSrf":
return(ModelFeatureType.ShutOffSurfaceData);
case "SideCore":
return(ModelFeatureType.CoreData);
case "XformStock":
return(ModelFeatureType.DerivedPartData);
#endregion
#region Motion and Simulation
case "AEM3DContact":
return(ModelFeatureType.Simulation3DContactData);
case "AEMGravity":
return(ModelFeatureType.SimulationGravityData);
case "AEMLinearDamper":
return(ModelFeatureType.SimulationDamperData);
case "AEMLinearMotor":
return(ModelFeatureType.SimulationMotorData);
case "AEMLinearSpring":
return(ModelFeatureType.SimulationLinearSpringData);
case "AEMRotationalMotor":
return(ModelFeatureType.SimulationMotorData);
case "AEMTorque":
return(ModelFeatureType.SimulationForceData);
case "AEMTorsionalDamper":
return(ModelFeatureType.SimulationDamperData);
// NOTE: No interface
case "AEMTorsionalSpring":
return(ModelFeatureType.TorsionalSpring);
case "SimPlotFeature":
return(ModelFeatureType.MotionPlotData);
case "SimPlotXAxisFeature":
case "SimPlotYAxisFeature":
return(ModelFeatureType.MotionPlotAxisData);
case "SimResultFolder":
return(ModelFeatureType.MotionStudyResults);
#endregion
#region Reference Geometry
case "CoordSys":
return(ModelFeatureType.CoordinateSystemData);
case "RefAxis":
if (feature.SpecificFeature as IRefAxisFeatureData != null)
{
return(ModelFeatureType.ReferenceAxisData);
}
else if (feature.SpecificFeature as IRefAxis != null)
{
return(ModelFeatureType.ReferenceAxis);
}
else
{
return(ModelFeatureType.None);
}
case "RefPlane":
return(ModelFeatureType.ReferencePlaneData);
#endregion
#region Scenes, Lights, Cameras
case "AmbientLight":
return(ModelFeatureType.Light);
case "CameraFeature":
return(ModelFeatureType.Camera);
case "DirectionLight":
case "PointLight":
case "SpotLight":
return(ModelFeatureType.Light);
#endregion
#region Sheet Metal
case "SMBaseFlange":
return(ModelFeatureType.BaseFlangeData);
case "BreakCorner":
case "CornerTrim":
return(ModelFeatureType.BreakCornerData);
case "CrossBreak":
return(ModelFeatureType.CrossBreakData);
case "EdgeFlange":
return(ModelFeatureType.EdgeFlangeData);
case "FlatPattern":
return(ModelFeatureType.FlatPatternData);
case "FlattenBends":
return(ModelFeatureType.BendsData);
case "Fold":
return(ModelFeatureType.FoldsData);
// NOTE: No interface
case "FormToolInstance":
return(ModelFeatureType.FormTool);
case "Hem":
return(ModelFeatureType.HemData);
case "Jog":
return(ModelFeatureType.JogData);
case "LoftedBend":
return(ModelFeatureType.LoftedBendsData);
case "OneBend":
return(ModelFeatureType.OneBendData);
case "ProcessBends":
return(ModelFeatureType.BendsData);
case "SheetMetal":
return(ModelFeatureType.SheetMetalData);
case "SketchBend":
return(ModelFeatureType.OneBendData);
case "SM3dBend":
return(ModelFeatureType.SketchedBendData);
case "SMGusset":
return(ModelFeatureType.SheetMetalGussetData);
case "SMMiteredFlange":
return(ModelFeatureType.MiterFlangeData);
case "TemplateSheetMetal":
return(ModelFeatureType.SheetMetalData);
case "ToroidalBend":
return(ModelFeatureType.OneBendData);
case "UnFold":
return(ModelFeatureType.FoldsData);
#endregion
#region Sketch
case "3DProfileFeature":
return(ModelFeatureType.Sketch);
case "3DSplineCurve":
if (feature.SpecificFeature as IReferencePointCurveFeatureData != null)
{
return(ModelFeatureType.ReferencePointCurveData);
}
if (feature.SpecificFeature as IReferenceCurve != null)
{
return(ModelFeatureType.ReferenceCurve);
}
else
{
return(ModelFeatureType.None);
}
case "CompositeCurve":
if (feature.SpecificFeature as ICompositeCurveFeatureData != null)
{
return(ModelFeatureType.CompositeCurveData);
}
else if (feature.SpecificFeature as IReferenceCurve != null)
{
return(ModelFeatureType.ReferenceCurve);
}
else
{
return(ModelFeatureType.None);
}
case "ImportedCurve":
if (feature.SpecificFeature as IImportedCurveFeatureData != null)
{
return(ModelFeatureType.ImportedCurveData);
}
else if (feature.SpecificFeature as IReferenceCurve != null)
{
return(ModelFeatureType.ReferenceCurve);
}
else
{
return(ModelFeatureType.None);
}
case "PLine":
return(ModelFeatureType.SplitLineData);
case "ProfileFeature":
return(ModelFeatureType.Sketch);
case "RefCurve":
if (feature.SpecificFeature as IProjectionCurveFeatureData != null)
{
return(ModelFeatureType.ProjectionCurveData);
}
else if (feature.SpecificFeature as IReferenceCurve != null)
{
return(ModelFeatureType.ReferenceCurve);
}
else
{
return(ModelFeatureType.None);
}
case "SketchBlockDef":
return(ModelFeatureType.SketchBlockDefinition);
case "SketchBlockInst":
return(ModelFeatureType.SketchBlockInstance);
case "SketchHole":
return(ModelFeatureType.SimpleHoleData);
case "SketchPattern":
return(ModelFeatureType.SketchPatternData);
case "SketchBitmap":
return(ModelFeatureType.SketchPicture);
#endregion
#region Surface
// NOTE: No interface
case "BlendRefSurface":
return(ModelFeatureType.SurfaceLoft);
case "ExtendRefSurface":
return(ModelFeatureType.SurfaceExtendData);
case "ExtruRefSurface":
return(ModelFeatureType.SurfaceExtrudeData);
case "FillRefSurface":
return(ModelFeatureType.SurfaceFillData);
case "FlattenSurface":
return(ModelFeatureType.SurfaceFlattenData);
case "MidRefSurface":
return(ModelFeatureType.SurfaceMid);
case "OffsetRefSuface":
return(ModelFeatureType.SurfaceOffsetData);
case "PlanarSurface":
return(ModelFeatureType.SurfacePlanarData);
case "RadiateRefSurface":
return(ModelFeatureType.SurfaceRadiateData);
// NOTE: No interface
case "RefSurface":
return(ModelFeatureType.SurfaceImported);
case "RevolvRefSurf":
return(ModelFeatureType.SurfaceRevolveData);
case "RuledSrfFromEdge":
return(ModelFeatureType.SurfaceRuledData);
case "SewRefSurface":
return(ModelFeatureType.SurfaceKnitData);
case "SurfCut":
return(ModelFeatureType.SurfaceCutData);
// NOTE: No interface
case "SweepRefSurface":
return(ModelFeatureType.SurfaceSweep);
case "TrimRefSurface":
return(ModelFeatureType.SurfaceTrimData);
// NOTE: No interface
case "UnTrimRefSurf":
return(ModelFeatureType.SurfaceUntrim);
#endregion
#region Weldment
case "CosmeticWeldBead":
return(ModelFeatureType.CosmeticWeldBeadData);
case "EndCap":
return(ModelFeatureType.EndCapData);
case "Gusset":
return(ModelFeatureType.GussetData);
case "WeldBeadFeat":
return(ModelFeatureType.WeldmentBeadData);
case "WeldCornerFeat":
return(ModelFeatureType.WeldmentTrimExtendData);
case "WeldMemberFeat":
return(ModelFeatureType.WeldmentMemberData);
case "WeldmentTableFeat":
return(ModelFeatureType.WeldmentCutListData);
#endregion
default:
return(ModelFeatureType.None);
}
}
