"Great, Thanks!"

"or maybe this: http://www.youtube.com/watch?v=eZrvVapRc5o"

"aah ... that link cant work of course, since it has 'my_videos' in it.  Just browse the channel for it if you want to look."

"yes, there is a trick.  I cant remember it and I am out for the morning, but I can have a look later to try and work it out again.  You have to vary the number of balls in the rings which are otherwise  6loops (for flat and cylindrical regions).   Its entirely made of 6rings,  3x5rings on the outside of the corners, and at least 3x7rings I can see on the inside of the corner  and possibly a 9ring.   (no double rings anywhere). I am yet to make a youTube tutorial. There are more similar pictureson my flickr site  here:http://www.flickr.com/photos/obiter/page6/ , and a 'tubes' and t-intersections tutorial on my youtube channel http://www.youtube.com/my_videos_edit?ns=1&video_id=eZrvVapRc5o"

"That's great, I will try this week. Is the sub-unit a ring of 12 around a ring of 6, and then a lot of coupling? If not, what are they? And if so is there a trick to the corners? 
Your stuff keeps amazing me."

"All except the stem is 4-rings"

"interesting construction! lol I never actually looked at this. Lots of 4 rings!"

"I hope so"

"the instructions are easy to follow"

"I'm going to have to make this someday!"

"I offend3d you:-P"

"That is yes I did."

"What kind of ignorant person would not know how to code in Mathematica???!!?? :0"

"Did you know it was the logo for Wolfram Alpha?"

"but the spikey brings thoughts of CAS awesomeness to your mind right?"