Reduced CFCE/Platform

[Deleted member 27249]

1- Oriented Corners LL 7 Algs.
2- Permutation Corners LL 2 Algs.
3- Solve a block 1x1x3 7 Algs.
4-Solve ELL/Line or 2 PLL Ua Perm Ub Perm 10 Algs

The images are all cases to solve block and a case Is a block solved.

 

[Jorian Meeuse]

1- Oriented Corners LL 7 Algs.
2- Permutation Corners LL 2 Algs.
3- Solve a block 1x1x3 7 Algs.
4-Solve ELL/Line 8 Algs.

The images are all cases to solve block and a case Is a block solved.

just do OLL and PLL

 

[Deleted member 27249]

just do OLL and PLL

For Corners yes.

 

[Deleted member 27249]

This is a guide to Reduced CFCE/Platform.

 

[Thom S.]

So you made a 4LLL Variant that Consists of 26 Algorithms, while the 2 Look OLL and PLL Variant uses 17?

 

[ProStar]

This is just 4-look CFCE LL except instead of EOLL and EPLL you do something slower and with more algs.

 

[Deleted member 27249]

So you made a 4LLL Variant that Consists of 26 Algorithms, while the 2 Look OLL and PLL Variant uses 17?

See the guide.

 

[Deleted member 27249]

This is just 4-look CFCE LL except instead of EOLL and EPLL you do something slower and with more algs.

I use 27 Algo in this variant.

 

[Deleted member 27249]

So you made a 4LLL Variant that Consists of 26 Algorithms, while the 2 Look OLL and PLL Variant uses 17?

27 I wrong writed 26.

 

[Jorian Meeuse]

As if 27 algs is better than 26

 

[Deleted member 27249]

My avg with this is method is 22.

 

[Thom S.]

27 I wrong writed 26.

That just proves me.
Look, Line, Block and such were used to cut down on cases for sets like ZBLL and 1LLL. And they suck for that as well.
So adapting the same principle for easier tasks likely won't make it better.

 

[ProStar]

I use 27 Algo in this variant.

4 look CFCE LL is 7+2+3+4 = 16 algs. 4 look CFOP LL is 3+7+2+4 = also 16 algs (because they're the same thing with rearranged steps). 16 < 27, plus the ergonomics, recognition, and alg length will all be better for the other two options as well

 

[Deleted member 27249]

4 look CFCE LL is 7+2+3+4 = 16 algs. 4 look CFOP LL is 3+7+2+4 = also 16 algs (because they're the same thing with rearranged steps). 16 < 27, plus the ergonomics, recognition, and alg length will all be better for the other two options as well

My version of CFCE is a Reduced version to Platform standard.
I wanted to develop a simplified version to Platform Standard.
Platform Standard Is 2 look:
Solve block 1x1x3
Solve case Line.
My ao12 best with
Cross + F2L + Platform Standard:
3x3: 18.83 = 20.48, 20.13, 18.95, 19.06, (23.42), 20.41, 18.57, 15.63, 18.48, 18.31, 18.27, (15.47)
Advanced Platform is:
Solve block 1x1x3 + 2 corners.
Solve 3 last Edge.
I'll develop it if I can.

 

[ProStar]

My version of CFCE is a Reduced version to Platform standard.
I wanted to develop a simplified version to Platform Standard.
Platform Standard Is 2 look:
Solve block 1x1x3
Solve case Line.
My ao12 best with
Cross + F2L + Platform Standard:
3x3: 18.83 = 20.48, 20.13, 18.95, 19.06, (23.42), 20.41, 18.57, 15.63, 18.48, 18.31, 18.27, (15.47)
Advanced Platform is:
Solve block 1x1x3 + 2 corners.
Solve 3 last Edge.
I'll develop it if I can.

But platform, and also your simplified method, is significantly worse in every way than other LL methods

 

[Deleted member 27249]

But platform, and also your simplified method, is significantly worse in every way than other LL methods

However I'll develop together with other Speedcubers at the moment the standard guide with optimized algs.

 

[ProStar]

However I'll develop together with other Speedcubers at the moment the standard guide with optimized algs.

Yes but the optimized method is still worse in every way to both CFOP and CFCE

 

[Thom S.]

However I'll develop together with other Speedcubers at the moment the standard guide with optimized algs.

What is there to develop when all the Algs are already optimized?

 

[Deleted member 27249]

Yes but the optimized method is still worse in every way to both CFOP and CFCE

The methods which will be optimized are:
-Platform Standard
-Advanced Platform
-PLS (Plat Last Slot)
Not the version Reduced.

 

[Deleted member 27249]

What is there to develop when all the Algs are already optimized?

The methods which will be optimized are:
-Platform Standard
-Advanced Platform
-PLS (Plat Last Slot)
Not the version Reduced.
Reduced version is already optimized.