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Okay, it's hosted here: https://github.com/dougbenham/Square1-Optimizer

That makes sense. However in this case it was my fault as I really did delete the link a while back by accident. I'll put it on github when I get a moment.

What do you mean? This is a Google Drive alternative. What's the difference between downloading it from there or Github?

https://github.com/dougbenham/Square1-Optimizer

I started hosting this again. Hopefully it'll be useful to someone!

Sure! Post up your results when you finish :)

https://github.com/dougbenham/Square1-Optimizer

8 years later and I got a request to re-upload the program. You can find it here: https://github.com/dougbenham/Square1-Optimizer Enjoy!

oh yeah, why not just install Adobe Flash Player and Java and all that junk..?

well thats good to know

Anybody interested in it?

has anybody used my program? any questions, comments, suggestions?

Update made for v1.1.0.0. You can view the version history and download link at this website: http://acesoftware.110mb.com/cube/cubeassistant/index.htm Now supports 2x2 Cube!

U2 = R2F2B2L2D2L2B2F2R2 I don't know any similar algs for just U or U'.

What do you mean an "adjustable V-Cube 5 core"? I am unfamiliar with the internal workings of the V-Cube 5.

If you're going to go about it like that, then make sure you use AUF's. For example, if you have an unpermutated cube, brute solve using all the PLL's i gave you, and if those don't solve it, apply a U turn, then try again, continue for a total of 3 AUF's.

Here's my configuration algorithms for CubeAssistant. They're just the standard ones I use. http://acesoftware.110mb.com/files/OLL.xml http://acesoftware.110mb.com/files/PLL.xml OLL: Each case is identified with the following: "Axxxxxxxxx" (9 x's) x is: (0) Oriented, (1) Rotated...

alright well.. here's your chance. 5 people said they'd buy it so here is the new thread: http://www.speedsolving.com/forum/showthread.php?t=13947 check it out!

In the settings there is an option under the Solver/General tab called 'Cancel between phases'. If you just uncheck that, then the solver won't cancel out moves between phases. I'm not quite sure what you mean by 'weirdly distorted'. Are you talking about the borders around the cubies? They...

http://www.instant-demo.com/ This means that the last F2L pair is the start of the OLL. Here is an example: Lets say we have the C OLL that has the algorithm: RUR2U'R'FRURU'F' Setup your cube with this: FUR'U'R'F'RUR The solver will see that the F2L pair is out. It will solve the F2L...