// 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);
}
// Post
public override void TranslateT2C(TransCAD.IFeature tFeature)
{
TransCAD.IStdSolidOperatePatternCircularFeature tCircPattern = (TransCAD.IStdSolidOperatePatternCircularFeature)tFeature;
double[] center = new double[3];
double[] axis = new double[3];
tCircPattern.CenterAxis(out center[0], out center[1], out center[2], out axis[0], out axis[1], out axis[2]);
int angInstance = tCircPattern.AngleNumber;
double angSpacing = tCircPattern.AngleIncrement;
int radInstance = tCircPattern.RadialNumber;
double radSpacing = tCircPattern.RadialSpacing;
PARTITF.CircPattern cCircPattern = PartManager.cShapeFactory.AddNewCircPattern(null, 1, 2, 20.0, 45.0, 1, 1, null, null, true, 0.0, true);
IEnumerator tTargetFeatures = tCircPattern.TargetFeatures.GetEnumerator();
while (tTargetFeatures.MoveNext())
{
TransCAD.Reference tTargetFeature = (TransCAD.Reference)tTargetFeatures.Current;
cCircPattern.ItemToCopy = PartManager.cShapes.Item(PartManager.ReferenceManager.NameMap[tTargetFeature.ReferenceeName]);
}
cCircPattern.CircularPatternParameters = PARTITF.CatCircularPatternParameters.catInstancesandAngularSpacing;
INFITF.Reference rotationAxis = GetRotationAxis(cCircPattern, center, axis);
cCircPattern.SetRotationAxis(rotationAxis);
cCircPattern.AngularRepartition.InstancesCount.Value = angInstance;
cCircPattern.AngularRepartition.AngularSpacing.Value = angSpacing;
cCircPattern.RadialRepartition.InstancesCount.Value = radInstance;
cCircPattern.RadialRepartition.Spacing.Value = radSpacing;
PartManager.cPart.UpdateObject(cCircPattern);
PartManager.ReferenceManager.NameMap.Add(tCircPattern.Name, cCircPattern.get_Name());
}
private INFITF.Reference GetRotationAxis(PARTITF.CircPattern cCircPattern, double[] center, double[] axis)
{
INFITF.Reference rotAxis = null;
if (Math.Abs(axis[0]) == 1.0)
{
rotAxis = (INFITF.Reference)PartManager.cOriginalElements.PlaneYZ;
if (axis[0] == -1.0)
{
cCircPattern.RotationOrientation = false;
}
}
else if (Math.Abs(axis[1]) == 1.0)
{
rotAxis = (INFITF.Reference)PartManager.cOriginalElements.PlaneZX;
if (axis[1] == -1.0)
{
cCircPattern.RotationOrientation = false;
}
}
else if (Math.Abs(axis[2]) == 1.0)
{
rotAxis = (INFITF.Reference)PartManager.cOriginalElements.PlaneXY;
if (axis[2] == -1.0)
{
cCircPattern.RotationOrientation = false;
}
}
else
{
}
return(rotAxis);
}
