[Help Thread] Square-1 Discussion

[Lid]

Here is an even twist (10) version for the O/H EP:
/3,3/-1,0/2,2/0,2/2,2/-4,0/2,2/-1,-2/-3,-3/-3,0 [10|26] O+/H (generated, other 3 are mirrored/inverted versions)
/3,3/1,2/-2,-2/4,0/-2,-2/0,-2/-2,-2/1,0/-3,-3/3,0 [10|26] O-/H
/-3,-3/0,1/-2,-2/-2,0/-2,-2/0,4/-2,-2/-1,-2/-3,-3/-3,0 [10|26] H/O+
/-3,-3/-2,-1/2,2/0,-4/2,2/2,0/2,2/0,-1/3,3/0,-3 [10|26] H/O-

 

[Neilggghhhjjj]

You obviously don't know what the Low mod is, short answer: No.

i think he means the superglue part. if he cleans out the superglue will it become bad againxD

 

[AlexvanVugt]

Yep. I know what the low mod is I'm just not experienced with superglue.

 

[guysensei1]

Is there a fast adjacent parity alg that doesn't flip the middle bar? The way I solve means that the bar is always correctly oriented at last layer, and the popular adj parity flips the bar...

 

[AlexvanVugt]

Is there a fast adjacent parity alg that doesn't flip the middle bar? The way I solve means that the bar is always correctly oriented at last layer, and the popular adj parity flips the bar...

Just ignore the middle layer till ep, and if its flipped and you gave a no flip alg, or if it's not flipped and you do an alg that flips,you can just cancel it.

 

[Isaac Lai]

Just ignore the middle layer till ep, and if its flipped and you gave a no flip alg, or if it's not flipped and you do an alg that flips,you can just cancel it.

He uses Roux and Screw.

 

[AlexvanVugt]

He uses Roux and Screw.

Oh, my bad, sorry.

 

[UseableCuber0o]

Is there a fast adjacent parity alg that doesn't flip the middle bar? The way I solve means that the bar is always correctly oriented at last layer, and the popular adj parity flips the bar...

I don't think so based on my understanding of parity. You might look into parity cubeshape, or at least how it works so you can do cs with extra moves to Pre flip the e layer so parity fixes it.

 

[Hssandwich]

Is there a fast adjacent parity alg that doesn't flip the middle bar? The way I solve means that the bar is always correctly oriented at last layer, and the popular adj parity flips the bar...

I use
/(6,0)/(3,0)/(0,3)/(0,-3)/(0,3)/(2,0)/(0,2)/(-2,0)/(4,0)/(0,-2)/(0,2)/(-1,4)/(0,-3)/(0,3)
It's just /6,0/6,0/ alg but cancelled into the parity alg.

 

[Lid]

or /-3,0/-3,0/-1,0/0,2/-2,0/4,0/0,-2/0,2/2,1/-3,0/3,0/0,-3/-3,0/3,0

 

[guysensei1]

or /-3,0/-3,0/-1,0/0,2/-2,0/4,0/0,-2/0,2/2,1/-3,0/3,0/0,-3/-3,0/3,0

This alg is sooooo nice omg, i can sub-3.5, I'm getting more sub-20 parity singles than ever before

 

[jjone fiffier]

Out of curiosity, does anyone know how fast people have gotten with the screw method?

Bump.
I got an 18.03 official average with my own variation recently.

 

[Neilggghhhjjj]

anyone here know the link for the OBL not kevin said at the square one seminar at nats? you can't make it out in chris' vid

 

[Sam N]

anyone here know the link for the OBL not kevin said at the square one seminar at nats? you can't make it out in chris' vid

He posted it earlier in this thread. Here is the link http://www.its.caltech.edu/~skuroyam/obl_data_numstates_1110.pdf

 

[Lid]

anyone here know the link for the OBL not kevin said at the square one seminar at nats? you can't make it out in chris' vid

I think I have the URL, but I'll let the creator share it first.
Here is my in the works OBL page; http://hem.bredband.net/_zlv_/rubiks/sq1/sq1-obl.html

 

[Neilggghhhjjj]

I think I have the URL, but I'll let the creator share it first.
Here is my in the works OBL page; http://hem.bredband.net/_zlv_/rubiks/sq1/sq1-obl.html

thanks a lot

 

[Lid]

Here are the links from te seminar video: (at 1080p you could make out enough to figure them out)
http://andrewknelson.com/2012/05/16/square-1-lookahead-for-dummies/
http://www.its.caltech.edu/~skuroyam/obl_data_numstates_1110.pdf
https://www.speedsolving.com/forum/threads/sq-1-parity-cubeshape-fully-developed.49417/
https://www.speedsolving.com/forum/threads/square-1-parity-algs.9512/
http://hem.bredband.net/_zlv_/rubiks/sq1/sq1-pbl.html <-- my page btw I have lots of other stuff there too.

 

[Neilggghhhjjj]

Here are the links from te seminar video: (at 1080p you could make out enough to figure them out)
http://andrewknelson.com/2012/05/16/square-1-lookahead-for-dummies/
http://www.its.caltech.edu/~skuroyam/obl_data_numstates_1110.pdf
https://www.speedsolving.com/forum/threads/sq-1-parity-cubeshape-fully-developed.49417/
https://www.speedsolving.com/forum/threads/square-1-parity-algs.9512/
http://hem.bredband.net/_zlv_/rubiks/sq1/sq1-pbl.html <-- my page btw I have lots of other stuff there too.

thanks a ton you've helped me out a lot

 

[Y2k1]

So I was messing around with sq1 and discovered the screw method accidentaly (bummer realizing it was alreadt a thing), but I was wondering if there is an alg set that inserts FD and solves CP simoultaneosly? Sorry if obvious

Thanks

 

[guysensei1]

So I was messing around with sq1 and discovered the screw method accidentaly (bummer realizing it was alreadt a thing), but I was wondering if there is an alg set that inserts FD and solves CP simoultaneosly? Sorry if obvious

Thanks

Why not insert FD and solve the rest of the cube? The alg count is reasonable even if you include parity cases.