Message #687

From: Jonathan <jonathan.mecias001@mymdc.net>
Subject: Re: [MC4D] 4^4 parity alg
Date: Thu, 08 Oct 2009 20:22:33 -0000

yes actually i do. though i dont use ur method of solving the cube i was able to come up with a simple algorithm that can manage and satisfy your taste. i also feel that if you are not experienced with parities, your method is suppirior to mine. i’m late for school so ill have to post in a few hours.

laters

— In 4D_Cubing@yahoogroups.com, Klaus Weidinger <klaus.weidinger@…> wrote:
>
> Hi Jonathan,
>
> If you would find a similar algorithm for the 3^4 I would really appreciate to hear of it, because I’m doing corners first and therefore the 3c-pieces are the last ones to solve
> for me.
>
> Have a nice twist,
> Klaus
>
> — On Thu, 10/8/09, Jonathan <jonathan.mecias001@…> wrote:
>
> From: Jonathan <jonathan.mecias001@…>
> Subject: [MC4D] 4^4 parity alg
> To: 4D_Cubing@yahoogroups.com
> Date: Thursday, October 8, 2009, 10:58 AM
>
>
>
>
>
>
> �
>
>
>
>
>
> if anyone is curious on a algorithm that switches 2 pairs of 3-colored pieces without messing up anything (even corners!),let me know and ill respond with the solution..this algorithm can be useful on other sized cubes. its a manipulation of roice’s old algorithms; ill use roice’s notation to explain it. this is the only parity i encountered in my solve(excluding the parities that can be solved with regular 4*4*4 algorithms). if anyone can show me the "Single 3-colour cubie flipped" in a picture or something that would be awsome or maby a description? lol
>
>
>
> cheers from Florida!
>