private PartAttachment AddPartAttachment(Vector3 position, TransformFollower.Transformable target, bool normalized = false)
{
TransformFollower follower = TransformFollower.CreateFollower(partModel, position, target);
object data = shape.AddAttachment(follower, normalized);
return(new PartAttachment(follower, data));
}
private void InitializeNode(AttachNode node)
{
Vector3 position = transform.TransformPoint(node.position);
node.originalPosition = node.position *= 1.00001f;
TransformFollower follower = TransformFollower.CreateFollower(partModel, position, new NodeTransformable(part, node));
// When the object is symmetryClone, the nodes will be already in offset, not in standard offset.
object data = shape.AddAttachment(follower, !symmetryClone);
nodeAttachments.Add(data);
}
public void AddAttachment(Transform child, Vector3 offset, bool normalized)
{
ModelAttachment attach = new ModelAttachment
{
child = child
};
Vector3 position = child.TransformPoint(offset);
TransformFollower follower = TransformFollower.CreateFollower(partModel, position, new TransformFollower.TransformTransformable(child, position, Space.World));
attach.data = shape.AddAttachment(follower, normalized);
attachments.AddLast(attach);
}
private PartAttachment AddPartAttachment(Vector3 position, TransformFollower.Transformable target, bool normalized = false)
{
if ((object)target == null)
{
Debug.Log("AddPartAttachment: null target!");
}
TransformFollower follower = TransformFollower.CreateFollower(partModel, position, target);
if ((object)follower == null)
{
Debug.Log("AddPartAttachment: null follower!");
}
object data = shape.AddAttachment(follower, normalized);
return(new PartAttachment(follower, data));
}