LukasCubes
Veteran
Okay so many of you know I use the Waterman method to solve 3x3, but I haven't done an extended 3x3 session in a few months so I forgot a few algs. Thankfully, I got a new windows laptop that I can finally get Cube Explorer and generate algorithms on.
The document below contains the following
-36 L5E Algs (32 + 4 special cases)
-96 LMCF L6E Algs generated by Eric Fattah close to 2017
-186 Waterman L6E Algs, which is Waterman sets 1-7
-80 L7E Algs for WaterRoux (can be used in Waterman)
-3 algs for L4E to orient midges (M-Layer edges)
TOTAL: 401 Algs for the 2nd last step in Waterman
It also contains:
-3 Algs for permuting the midges
-6 Algs for pure edge-flips for some reason
TOTAL: 9 Algs to just solve the cube i guess idk
https://drive.google.com/file/d/0B2...it?pli=1&resourcekey=0-qdSGIer86IJXhHwPtxKB3w
I decided I want to generate 1-Look L4E. Some solves will have cases where UL and UR are solved by accident, however it is very rare, so I'm gonna generate some algs using cube explorer. Does this hep cubers at all? No. Am I bored and want to do this in my free time? Yes.
1LL4E (29? Cases):
PURE EDGE FLIPS
ALL EDGES ORIENTED: None (Cube is solved)
Two Adjacent Edges: (HOLD ON TOP): M' U' M' U' M' U2 M U' M U' M U2
Two Diagonal Edges (HOLD AT DF & UB): U M U' M U2 M' U' M' U' M' U2 M U2
4 Edges Disoriented: U R2 U2 S' U' M2 U' R2 U2 S' U
FLOWERS
ALL EDGES ORIENTED: E2 M E2
Two Adjacent Edges (HOLD ON TOP): U2 F M2 F2 M' F U2 F M2 F2 M' F
Two Diagonal Edges (HOLD AT DF & UB): U' S U F2 U' S' U' M U2 F2
4 Edges Disoriented: U' M2 U' M2 F2 M' F2 U' F2 M' F2 U'
ROWS
ALL EDGES ORIENTED: U2 M2 U2
Two Adjacent Edges 1 (HOLD ON TOP): D2 R2 F M' F R2 D2 R2 F' M F' R2
Two Adjacent Edges 2 (HOLD ON TOP): U' F R' U F M2 F' U' R F' U
Two Diagonal Edges 1: U R' F U M' U' F' U' M' U R U'
Two Diagonal Edges 2: U R' U' M U F U M U' F' R U'
4 Edges Disoriented: U R2 U2 S' U M2 U R2 U2 S' U
^Two Adjacent Edges 1 shows that the two disoriented edges are in 1 row, where the opposite side of the edges shows a full line
^Two Adjacent Edges 2 shows that the two disoriented edges are in 2 rows, where the opposite side of the edges shows the center being the opposite color as its touching edge
^Two Diagonal Edges 1 shows the case where DF and UB edges are disoriented
^Two Diagonal Edges 2 shows the case where UF and DB edges are disoriented
BLOCKS 1 (Cube is M’ U2 M U2 from being solved)
ALL EDGES ORIENTED: M’ U2 M U2
Top 2 Edges: F R U R' E R U' R' E' F'
Front 2 Edges: U' M U' M U2 M' U' M' U
Bottom 2 Edges: U' D' R2 U' S' U S2 R2 U S' D
Back 2 Edges: U' M' U D2 M D2 M U' M U
DF + UB: y’ U' M’ U R2 U' M U R2
UF + DB: R' U M' U' B2 M2 U' M' U B2 R
All 4: M’ U M’ U’ R U R’ M2 U M’ U’ Rw U’
BLOCKS 2 (Cube is U2 M’ U2 M from being solved)
ALL EDGES ORIENTED: M’ U2 M U2
Top 2 Edges: y’ R2 U’ M’ U R2 U’ M U
Front 2 Edges:F E R U R’ E’ R U’ R’ F’
Bottom 2 Edges: R’ B2 U’ M U M2 B2 U M U’ R
Back 2 Edges: D’ S U’ R2 S2 U’ S U R2 D U
DF + UB: U M U’ M U2 M’ U’ M’ U’
UF + DB: M2 U’ M’ U M’ D2 M’ D2 U’ M U
All 4: M2 U Rw’ U M U’ M2 R U’ R’ U M U’
So I guess in the future i shall generate more algorithms. No I'm not genning 1-Look L5E, that's too many algs. I might gen some L6E algs where both unsolved redges and/or ledges are in the M-Layer. Idk.
The document below contains the following
-36 L5E Algs (32 + 4 special cases)
-96 LMCF L6E Algs generated by Eric Fattah close to 2017
-186 Waterman L6E Algs, which is Waterman sets 1-7
-80 L7E Algs for WaterRoux (can be used in Waterman)
-3 algs for L4E to orient midges (M-Layer edges)
TOTAL: 401 Algs for the 2nd last step in Waterman
It also contains:
-3 Algs for permuting the midges
-6 Algs for pure edge-flips for some reason
TOTAL: 9 Algs to just solve the cube i guess idk
https://drive.google.com/file/d/0B2...it?pli=1&resourcekey=0-qdSGIer86IJXhHwPtxKB3w
I decided I want to generate 1-Look L4E. Some solves will have cases where UL and UR are solved by accident, however it is very rare, so I'm gonna generate some algs using cube explorer. Does this hep cubers at all? No. Am I bored and want to do this in my free time? Yes.
1LL4E (29? Cases):
PURE EDGE FLIPS
ALL EDGES ORIENTED: None (Cube is solved)
Two Adjacent Edges: (HOLD ON TOP): M' U' M' U' M' U2 M U' M U' M U2
Two Diagonal Edges (HOLD AT DF & UB): U M U' M U2 M' U' M' U' M' U2 M U2
4 Edges Disoriented: U R2 U2 S' U' M2 U' R2 U2 S' U
FLOWERS
ALL EDGES ORIENTED: E2 M E2
Two Adjacent Edges (HOLD ON TOP): U2 F M2 F2 M' F U2 F M2 F2 M' F
Two Diagonal Edges (HOLD AT DF & UB): U' S U F2 U' S' U' M U2 F2
4 Edges Disoriented: U' M2 U' M2 F2 M' F2 U' F2 M' F2 U'
ROWS
ALL EDGES ORIENTED: U2 M2 U2
Two Adjacent Edges 1 (HOLD ON TOP): D2 R2 F M' F R2 D2 R2 F' M F' R2
Two Adjacent Edges 2 (HOLD ON TOP): U' F R' U F M2 F' U' R F' U
Two Diagonal Edges 1: U R' F U M' U' F' U' M' U R U'
Two Diagonal Edges 2: U R' U' M U F U M U' F' R U'
4 Edges Disoriented: U R2 U2 S' U M2 U R2 U2 S' U
^Two Adjacent Edges 1 shows that the two disoriented edges are in 1 row, where the opposite side of the edges shows a full line
^Two Adjacent Edges 2 shows that the two disoriented edges are in 2 rows, where the opposite side of the edges shows the center being the opposite color as its touching edge
^Two Diagonal Edges 1 shows the case where DF and UB edges are disoriented
^Two Diagonal Edges 2 shows the case where UF and DB edges are disoriented
BLOCKS 1 (Cube is M’ U2 M U2 from being solved)
ALL EDGES ORIENTED: M’ U2 M U2
Top 2 Edges: F R U R' E R U' R' E' F'
Front 2 Edges: U' M U' M U2 M' U' M' U
Bottom 2 Edges: U' D' R2 U' S' U S2 R2 U S' D
Back 2 Edges: U' M' U D2 M D2 M U' M U
DF + UB: y’ U' M’ U R2 U' M U R2
UF + DB: R' U M' U' B2 M2 U' M' U B2 R
All 4: M’ U M’ U’ R U R’ M2 U M’ U’ Rw U’
BLOCKS 2 (Cube is U2 M’ U2 M from being solved)
ALL EDGES ORIENTED: M’ U2 M U2
Top 2 Edges: y’ R2 U’ M’ U R2 U’ M U
Front 2 Edges:F E R U R’ E’ R U’ R’ F’
Bottom 2 Edges: R’ B2 U’ M U M2 B2 U M U’ R
Back 2 Edges: D’ S U’ R2 S2 U’ S U R2 D U
DF + UB: U M U’ M U2 M’ U’ M’ U’
UF + DB: M2 U’ M’ U M’ D2 M’ D2 U’ M U
All 4: M2 U Rw’ U M U’ M2 R U’ R’ U M U’
So I guess in the future i shall generate more algorithms. No I'm not genning 1-Look L5E, that's too many algs. I might gen some L6E algs where both unsolved redges and/or ledges are in the M-Layer. Idk.
