RubikZz
Veteran
Yay! Sub 100 move 4x4 solve!
Yay! Sub 200 move 5x5 solve!
Yay! Lego relay robot!
Yay! The future is here!
What's his WCA id?? LOL
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Yay! Sub 100 move 4x4 solve!
Yay! Sub 200 move 5x5 solve!
Yay! Lego relay robot!
Yay! The future is here!
If you know about / have made new robots, the wiki page is always a good place to document them.![]()
Thanks for your comment.
Out of curiosity: if you programmed simple arms on it so it could insert the cube itself and use a stackmat, would it be competition legal?
IAssemble, what do you plan to work on next (or what are working on now)?
I'm guessing that the one that you adapted was the megaminxer to solve the pyraminx. But did I give you an idea earlier? With the adjustable rings?
Sorry, I'm not giving away any clues...![]()
You are arent you?!?! GRRR
I bet you are making adjustable rings!
But anyway... on the multicuber how did it know what size it was? Like 2x2x2 3x3x3 4x4 5x5x5 6x6x6
Adjustable rings? ... not saying ;-)
In the "Relay" video MultiCuber was just programmed to expect the cubes in that order although it would be straightforward to recognise the cube sizes by analysing the spacing and number of black lines during the image processing.
The software has different parameters for each cube size so it can rotate the square rings by a slightly different amout in order to align the turns correctly. MultiCuber 777 also has to turn by a slightly different amount for each layer to compensate for the curved surfaces.
What solver did you use for the big cubes? Or did you program it yourself?