private void assignOffsetTarget(
SubassemblyTargetInfo target)
{
if (isRightSide(target.SubassemblyName))
{
target.TargetIds = _targetRightOffset;
}
else
{
target.TargetIds = _targetLeftOffset;
}
}
// The following 2 methods are implemented under the
// assumption that the subassembly name contains a
// substring "Right" or "Left" depending on its side.
// This is a big assumption that works on this
// particular example, but you will have to get more
// creative.
//
private void assignElevationTarget(
SubassemblyTargetInfo target)
{
if (isRightSide(target.SubassemblyName))
{
target.TargetIds = _targetRightElevation;
}
else
{
target.TargetIds = _targetLeftElevation;
}
}
private void assignTarget(SubassemblyTargetInfo target)
{
switch (target.TargetType)
{
case SubassemblyLogicalNameType.Surface:
assignSurfaceTarget(target);
break;
case SubassemblyLogicalNameType.Elevation:
assignElevationTarget(target);
break;
case SubassemblyLogicalNameType.Offset:
assignOffsetTarget(target);
break;
}
}
private void assignSurfaceTarget(
SubassemblyTargetInfo target)
{
// The 'Add()' method of 'ObjectIdCollection'
// knows nothing about subassembly targets; therefore
// this call doesn't work.
//
// target.TargetIds.Add(surfaceId);
target.TargetIds = _targetSurfaces;
// Alternatively, you can get the collection,
// manipulate it, and then set it again.
//
// ObjectIdCollection ids = target.TargetIds;
// ... do whatever manipulations (add/remove targets)
// target.TargetIds = ids;
//
// This will work, but trust me, my way (starting
// clean) it is easier most of the time.
}
