Johannes91
Member
- Joined
- Mar 28, 2006
- Messages
- 1,341
http://laire.dy.fi/jarcs/
It's a collection of partial solvers, at the moment there's Petrus S1, 2x2x3 block, Cross, and XCross. Some solvers that I plan to add: Roux S1, Roux S2 (using <U,R,M>), MU, Petrus S4, and maybe Kociemba's algorithm for the whole cube.
[edit 20090322]
I rewrote the solver, the new one is a bit more general. The list of solvers is now:
Petrus: S1, S1+2 (aka. 2x2x3 block), S2+3, S4.
ZZ: EOLine, 1x2x3 block after EO line.
Fridrich: Cross, XCross.
Roux: S1 (first 1x2x3), S2 (second 1x2x3), S4 (MU).
Full Cube: A pathetic implementation of Kociemba that works but is really slow, mostly because I didn't want to use big tables.
[/edit 20090322]
It understands most of Heise's simulator's default keys. You can also use Shift to rotate the whole cube and Alt for wide turns.
Edit: It seems like all versions of IE are failing. Too bad.
It's a collection of partial solvers, at the moment there's Petrus S1, 2x2x3 block, Cross, and XCross. Some solvers that I plan to add: Roux S1, Roux S2 (using <U,R,M>), MU, Petrus S4, and maybe Kociemba's algorithm for the whole cube.
[edit 20090322]
I rewrote the solver, the new one is a bit more general. The list of solvers is now:
Petrus: S1, S1+2 (aka. 2x2x3 block), S2+3, S4.
ZZ: EOLine, 1x2x3 block after EO line.
Fridrich: Cross, XCross.
Roux: S1 (first 1x2x3), S2 (second 1x2x3), S4 (MU).
Full Cube: A pathetic implementation of Kociemba that works but is really slow, mostly because I didn't want to use big tables.
[/edit 20090322]
It understands most of Heise's simulator's default keys. You can also use Shift to rotate the whole cube and Alt for wide turns.
Edit: It seems like all versions of IE are failing. Too bad.
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