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That's pretty damn good, Mannessah! I expect you have your sights on sub 1 =
minute. I wish you had some competition.
-Melinda
On 9/5/2018 5:55 AM, timebug22@gmail.com [4D_Cubing] wrote:
>
>
> https://www.youtube.com/watch?v=3Du0Ixon0eS8I
>
> This solve beats the old record of 1:29.60
>
> turns - 106
>
> seconds - 85.97
>
> 106/85.97 =3D 1.2325~ TPS this might be the highest TPS gotten
>
> If I got above 1 TPS on the 3^4 ( I average 600 moves) then I could get u=
nder 10 minutes so it's a nice to know it's possible.
>
>
> method : Fourtega ( orientate the first cell, orient the=C2=A0last cell, =
permute the first cell, permute the last cell (OOPP?))
>
>
> First cell - meh, it wasn't that good a case but I solved it quick.
>
> OLC - 2-look, used a sune to solve for corners then solved the last to co=
rners wi th a conversion to this alg
>
> FR RO UO RO' UO' FR'
>
> PFC - Really lucky, accidentally used RKT for the first layer, then just =
parity to PLL skip.
>
> PLC - was fine except for a bad OLL , but no parity!
>
>
> I am gonna try learn Andrew Farkas' algorithms they would really make thi=
s a lot less luck based.
>
>
> -Mannessah Kani
>
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