// Pre
public override void TranslateC2T(MECMOD.Shape cShape)
{
PARTITF.RectPattern cRectPattern = (PARTITF.RectPattern)cShape;
object[] firstDir = new object[3];
object[] secondDir = new object[3];
GetDirections(cRectPattern, firstDir, secondDir);
int firstCount = cRectPattern.FirstDirectionRepartition.InstancesCount.Value;
double firstSpacing = Math.Abs(cRectPattern.FirstDirectionRepartition.Spacing.Value);
int secondCount = cRectPattern.SecondDirectionRepartition.InstancesCount.Value;
double secondSpacing = Math.Abs(cRectPattern.SecondDirectionRepartition.Spacing.Value);
TransCAD.References refElements = PartManager.tPart.CreateReferences();
TransCAD.Reference refElement = PartManager.tPart.SelectFeatureByName(cRectPattern.ItemToCopy.get_Name());
if (refElement != null)
{
refElements.Add(refElement);
}
PartManager.tFeatures.AddNewSolidOperatePatternRectangularFeature(cRectPattern.get_Name(), refElements, firstSpacing, (double)firstDir[0], (double)firstDir[1], (double)firstDir[2],
firstCount, secondSpacing, (double)secondDir[0], (double)secondDir[1], (double)secondDir[2], secondCount);
}
// Pre
public override void TranslateC2T(MECMOD.Shape cShape)
{
PARTITF.CircPattern cCircPattern = (PARTITF.CircPattern)cShape;
object[] center = new object[3];
object[] axis = new object[3];
cCircPattern.GetRotationCenter(center);
cCircPattern.GetRotationAxis(axis);
int angularCount = cCircPattern.AngularRepartition.InstancesCount.Value;
double angularSpacing = cCircPattern.AngularRepartition.AngularSpacing.Value;
int radialCount = cCircPattern.RadialRepartition.InstancesCount.Value;
double radialSpacing = cCircPattern.RadialRepartition.Spacing.Value;
bool isRadiallyAligned = cCircPattern.RadialAlignment;
TransCAD.References refElements = PartManager.tPart.CreateReferences();
TransCAD.Reference refElement = PartManager.tPart.SelectFeatureByName(cCircPattern.ItemToCopy.get_Name());
if (refElement != null)
{
refElements.Add(refElement);
}
PartManager.tFeatures.AddNewSolidOperatePatternCircularFeature(cCircPattern.get_Name(), refElements, (double)center[0], (double)center[1], (double)center[2],
(double)axis[0], (double)axis[1], (double)axis[2], angularCount, angularSpacing, radialCount, radialSpacing, isRadiallyAligned);
}
// Pre
public override void TranslateC2T(MECMOD.Shape cShape)
{
PARTITF.ConstRadEdgeFillet cFillet = (PARTITF.ConstRadEdgeFillet)cShape;
double radius = cFillet.Radius.Value;
TransCAD.PropagationType propagation = TransCAD.PropagationType.Tangency;
if (cFillet.EdgePropagation == PARTITF.CatFilletEdgePropagation.catMinimalFilletEdgePropagation)
{
propagation = TransCAD.PropagationType.Minimal;
}
TransCAD.References refElements = PartManager.tPart.CreateReferences();
for (int i = 1; i <= cFillet.ObjectsToFillet.Count; i++)
{
string elementName = cFillet.ObjectsToFillet.Item(i).DisplayName;
elementName = PartManager.ReferenceManager.GetTransCADNameFromCATIAName(elementName);
TransCAD.Reference refElement = PartManager.tPart.SelectBrepByName(elementName);
refElements.Add(refElement);
}
PartManager.tFeatures.AddNewSolidFilletConstantFeature(cFillet.get_Name(), refElements, radius, propagation);
}
private INFITF.Reference GetTargetFace(string tFaceName)
{
string targetFeatureName = tFaceName.Remove(tFaceName.IndexOf(","));
MECMOD.Shape targetFeature = PartManager.cShapes.Item(PartManager.ReferenceManager.NameMap[targetFeatureName]);
string targetFaceName = PartManager.ReferenceManager.GetCATIANameFromTransCADNameForHole(tFaceName);
INFITF.Reference targetFace = PartManager.cPart.CreateReferenceFromBRepName(targetFaceName, targetFeature);
return(targetFace);
}
public INFITF.AnyObject GetRecentFeature()
{
// 가장 최근 생성된 특징형상 리턴
MECMOD.Shape cShape = cShapes.Item(cShapes.Count - 1);
if (cShape.get_Name().Contains("Pad"))
{
return((PARTITF.Pad)cShape);
}
else if (cShape.get_Name().Contains("Pocket"))
{
return((PARTITF.Pocket)cShape);
}
else if (cShape.get_Name().Contains("EdgeFillet"))
{
return((PARTITF.ConstRadEdgeFillet)cShape);
}
else if (cShape.get_Name().Contains("Chamfer"))
{
return((PARTITF.Chamfer)cShape);
}
else if (cShape.get_Name().Contains("Shaft"))
{
return((PARTITF.Shaft)cShape);
}
else if (cShape.get_Name().Contains("Groove"))
{
return((PARTITF.Groove)cShape);
}
else if (cShape.get_Name().Contains("Rib"))
{
return((PARTITF.Rib)cShape);
}
else if (cShape.get_Name().Contains("Slot"))
{
return((PARTITF.Slot)cShape);
}
else if (cShape.get_Name().Contains("Hole"))
{
return((PARTITF.Hole)cShape);
}
else if (cShape.get_Name().Contains("RectPattern"))
{
return((PARTITF.RectPattern)cShape);
}
else if (cShape.get_Name().Contains("CircPattern"))
{
return((PARTITF.CircPattern)cShape);
}
return(null);
}
// Pre
public override void TranslateC2T(MECMOD.Shape cShape)
{
PARTITF.Groove cGroove = (PARTITF.Groove)cShape;
FeatureSketch SketchManager = new FeatureSketch(PartManager);
SketchManager.TranslateC2T(cGroove.Sketch);
KnowledgewareTypeLib.Angle first = cGroove.FirstAngle;
KnowledgewareTypeLib.Angle second = cGroove.SecondAngle;
double fA = first.Value;
double sA = second.Value;
PartManager.tFeatures.AddNewSolidCutRevolveFeature(cGroove.get_Name(), SketchManager.tReference, fA, TransCAD.StdRevolveEndType.StdRevolveEndType_Blind, sA, TransCAD.StdRevolveEndType.StdRevolveEndType_Blind, false);
}
// Pre
public override void TranslateC2T(MECMOD.Shape cShape)
{
PARTITF.Rib cRib = (PARTITF.Rib)cShape;
FeatureSketch ProfileSketch = new FeatureSketch(PartManager);
ProfileSketch.TranslateC2T(cRib.Sketch);
TransCAD.Reference profile = ProfileSketch.tReference;
FeatureSketch GuideSketch = new FeatureSketch(PartManager);
GuideSketch.TranslateC2T(cRib.CenterCurve);
TransCAD.Reference guide = GuideSketch.tReference;
PartManager.tFeatures.AddNewSolidProtrusionSweepFeature(cRib.get_Name(), profile, guide);
}
// Pre
public override void TranslateC2T(MECMOD.Shape cShape)
{
PARTITF.Hole hole = (PARTITF.Hole)cShape;
double diameter = 0.0;
double depth = 0.0;
double bottomAngle = 180.0;
double headDiameter = 0.0;
double headAngle = 0.0;
double headDepth = 0.0;
object[] org = new object[3];
hole.GetOrigin(org);
diameter = hole.Diameter.Value;
depth = hole.BottomLimit.Dimension.Value;
if (hole.BottomType == PARTITF.CatHoleBottomType.catVHoleBottom)
{
bottomAngle = hole.BottomAngle.Value;
}
if (hole.Type == PARTITF.CatHoleType.catCounterboredHole)
{
headDiameter = hole.HeadDiameter.Value;
headDepth = hole.HeadDepth.Value;
PartManager.tFeatures.AddNewSolidHoleCounterboredFeature(hole.get_Name(), GetTargetFace(hole), (double)org[0], (double)org[1], (double)org[2], headDiameter / 2, headDepth, diameter / 2, depth - headDepth, bottomAngle);
}
else if (hole.Type == PARTITF.CatHoleType.catCountersunkHole)
{
headDepth = hole.HeadDepth.Value;
headAngle = hole.HeadAngle.Value;
headDiameter = diameter + 2 * Math.Tan(headAngle / 2 * Math.PI / 180) * headDepth;
PartManager.tFeatures.AddNewSolidHoleCountersunkFeature(hole.get_Name(), GetTargetFace(hole), (double)org[0], (double)org[1], (double)org[2], diameter / 2, depth, headDiameter / 2, headAngle, bottomAngle);
}
else if (hole.Type == PARTITF.CatHoleType.catSimpleHole)
{
PartManager.tFeatures.AddNewSolidHoleSimpleFeature(hole.get_Name(), GetTargetFace(hole), (double)org[0], (double)org[1], (double)org[2], diameter / 2, depth);
}
}
// Pre
public override void TranslateC2T(MECMOD.Shape cShape)
{
PARTITF.Chamfer cChamfer = (PARTITF.Chamfer)cShape;
double length = cChamfer.Length1.Value;
TransCAD.References refElements = PartManager.tPart.CreateReferences();
for (int i = 1; i <= cChamfer.ElementsToChamfer.Count; i++)
{
string elementName = cChamfer.ElementsToChamfer.Item(i).DisplayName;
elementName = PartManager.ReferenceManager.GetTransCADNameFromCATIAName(elementName);
TransCAD.Reference refElement = PartManager.tPart.SelectBrepByName(elementName);
refElements.Add(refElement);
}
PartManager.tFeatures.AddNewSolidChamferFeature(cChamfer.get_Name(), refElements, length);
}
// Pre
public override void TranslateC2T(MECMOD.Shape cShape)
{
PARTITF.Pad cPad = (PARTITF.Pad)cShape;
// 스케치 변환
FeatureSketch SketchManager = new FeatureSketch(PartManager);
SketchManager.TranslateC2T(cPad.Sketch);
string name = cPad.get_Name();
PARTITF.Limit first = cPad.FirstLimit;
PARTITF.Limit second = cPad.SecondLimit;
TransCAD.StdExtrudeEndType firstCond = TransCAD.StdExtrudeEndType.Blind;
TransCAD.StdExtrudeEndType secondCond = TransCAD.StdExtrudeEndType.Blind;
if (first.LimitMode.ToString() == "catUpToLastLimit")
{
firstCond = TransCAD.StdExtrudeEndType.ThroughAll;
}
if (second.LimitMode.ToString() == "catUpToLastLimit")
{
secondCond = TransCAD.StdExtrudeEndType.ThroughAll;
}
bool isFlip = false;
if (cPad.DirectionOrientation == PARTITF.CatPrismOrientation.catInverseOrientation)
{
isFlip = true;
}
PartManager.tFeatures.AddNewSolidProtrusionExtrudeFeature(name, SketchManager.tReference,
first.Dimension.Value, firstCond, second.Dimension.Value, secondCond, isFlip);
}
public virtual void TranslateC2T(MECMOD.Shape cShape)
{
// Do nothing
}
public void TranslateC2T() // From CATIA to TransCAD
{
IEnumerator cFeatureList = cShapes.GetEnumerator();
while (cFeatureList.MoveNext())
{
MECMOD.Shape cShape = (MECMOD.Shape)cFeatureList.Current;
if (cShape == null)
{
// Sketch 혹은 DatumPlane만 있는 경우
}
else
{
string cFeatureName = cShape.get_Name();
try
{
Feature pFeature = null;
if (cFeatureName.Contains("Pad"))
{
pFeature = new FeaturePad(this);
}
else if (cFeatureName.Contains("Pocket"))
{
pFeature = new FeaturePocket(this);
}
else if (cFeatureName.Contains("EdgeFillet"))
{
pFeature = new FeatureEdgeFillet(this);
}
else if (cFeatureName.Contains("Rib"))
{
pFeature = new FeatureRib(this);
}
else if (cFeatureName.Contains("Slot"))
{
pFeature = new FeatureSlot(this);
}
else if (cFeatureName.Contains("Shaft"))
{
pFeature = new FeatureShaft(this);
}
else if (cFeatureName.Contains("Chamfer"))
{
pFeature = new FeatureChamfer(this);
}
else if (cFeatureName.Contains("Groove"))
{
pFeature = new FeatureGroove(this);
}
else if (cFeatureName.Contains("RectPattern"))
{
pFeature = new FeatureRectPattern(this);
}
else if (cFeatureName.Contains("CircPattern"))
{
pFeature = new FeatureCircPattern(this);
}
else if (cFeatureName.Contains("Hole"))
{
pFeature = new FeatureHole(this);
}
if (pFeature != null)
{
pFeature.TranslateC2T(cShape);
}
}
catch (Exception e)
{
MessageBox.Show("-Feature Name: " + cFeatureName + "\n-Error Message: " + e.Message, "Failed to create a feature!");
}
}
}
}