The tray contains 9 separate pieces, each of which is made of individual cube blocks glued together to form irregular shaped units. Several blocks come permanently affixed to the tray. Quality of the puzzle is reasonably good; with each of the cube block edges even bevelled. The only minus here is that the bottom of the tray feels like it has not been sanded smooth sufficiently or at all.
Through trial and error, I managed to put the rest of the pieces into position, but then, it still took me a very long while to complete. Let's face it, if all the pieces had been made of the same coloured wood, I seriously doubt I could have solved it. Perhaps that was why the puzzle has been made the way it is...otherwise it would have been too difficult??
The second objective is to use the 9 pieces to form a 4x4x4 cube. This one really got me super-stumped! I spent several days trying all sorts of configurations but got no where. Not wanting to frustrate myself any further, I checked out the solution. Even this was no walk in the park and I knew I would never have been able to solve it without the solution. I also found out that only 8 pieces out of the 9 were required! I think BurrTools might probably do the trick here, but I haven't learnt how to use the software yet!
For those that enjoy packing or 3D assembly puzzles with loads of challenge, I think the One-In-A-Trillion is really excellent for being able to combine two puzzles in one, not to mention that it is very good value for money too, effectively two for the price of one! An added bonus is the different exotic woods used which makes the puzzle aesthetically pleasing and exude quality, especially with the 4x4x4 cube. Definitely worth acquiring.
Hmm ... looks like the short straight piece is supposed to be glued into the tray (comparing with the pieces on Steve's Puzzle Site).
ReplyDeleteThe cube puzzle benefits from some simple counting arguments. For example, I can conclude that the light-colored piece must go in one of the middle cube slices. I think this type of analysis could make solving the puzzle by hand reasonable.
ReplyDeleteThat looks really nice! I will have to visit Steve's shop for a few items soon. Unfortunately, I have spent quite a lot already on puzzles recently and really need to cut back a bit.
ReplyDeleteIf I don't someone not too far away will remove parts of my anatomy and feed them to the cats!!! Even the purchase of a handbag would not prevent this fate! Plus if I bought the handbag, I would have no money left for puzzles (she has rather expensive tastes!)
Kevin
PuzzleMad
Kevin,
ReplyDeleteHaha, but don't wait too long. Some of Steve's puzzles have limited quantities!
George,
ReplyDeleteThe straight piece is not meant to be glued. It is to be placed in a different position in the tray for a bonus objective.
Thanks for the tip. I guess I haven't played enough with 3D assembly puzzles to be able to analyse or make an educated guess where the position of a particular piece should or should not be.
BurrTools says the tray puzzle has exactly 7 solutions with the floating piece.
ReplyDeleteHere is a document by Rick Eason analyzing a different cube puzzle, but I applied the same sort of logic to "One in a Trillion".
http://mechanicalpuzzles.org/puzzles/sevenLementsLogic.pdf
Hi George, thanks. Let me get this...am I right to say that if the floating piece is placed in other positions in the tray besides what was intended by the designer/maker, there are 7 possible solutions to fit all the pieces in the tray? or did you mean the forming of the 4x4x4 cube?
ReplyDeleteThe cube has only one solution. You are correct, I was referring to the tray puzzle with the floating piece.
ReplyDelete