epik method: 1: solve the white face like how non cubers do 2: make 2 diagonal f2l pairs 3: make a belt 4: oyc (orient yellow face) 5: pws and pys (pll on white and yellow faces) 5.1: goofy ahh parity: (r2 U2)x6 or (L2 D2)x6
Custom method : 1. Build a 1x2x3 block on the left 2. Do EO 3. Build a 1x2x3 block on the right while preserving EO 4. Solve the Corners 5. Do the rest using M2 and U moves I like to call it *M2R* ( M2 Roux ) Edit: I just realized this is *really* similar to BEOBCE / Russo
I have a 3x3 method, it's not very good, but me and my friend are planning on making it better in the future, We call this, the belt method, the first step is to solve the belt, the second layer edges, next you get the edges into their respective layers, this can be done very intuitively, just by using M' U2 M, next is to get the corners into their layers, again, very intuitive, use sledge sledge sledge to switch 2 corners between layers, and now you solve last layer twice, fixing any corner twists with the beginner method, and edge swap parity, M' U M U' M' U2 M, and PLL parity with M2 U2 M2, will most definitely be changing things around, making it more efficient, but it's early stages
is this method good or trash? what do you think? 1. CPFB+1OC (corner permutation first block + 1 oriented corner) 2. EOSB (EOstripe + belt) (this step is completely and preserving the 1 oriented corner) 3. OL5C (orient last 5 corners) 4. F2L (with gen because that's what we reduced it to) 5. PLL
I use LBL method I want to learn roux but it is so confusing for me my best time with LBL is 59sec so I wouldn't say I'm trash like not amazing but not trash but roux is super confusing all the videos on the internet are so confusing everyone explains it to cubers but I need a video where they explain it to non cubers I need step by step and details on what those steps do and why can you please make a roux video for dummies lol
Nah, just keep at it bro. That was my same experience when first learning roux. All the tutorials seemed really confusing and bad. But eventually after so many of them, it finally clicked. Also maybe it’s easier to learn Roux after learning F2L techniques by learning CFOP
I'm pretty sure mine is either unique or super beginner Cross F2L Solve the top layer using these algorithms their mirrors and inverses (r and f refer to slice moves parallel to R and F from the perspective of the r or f face) There should be one edge that's solved with a corner that's in the right place if not the right orientation. Solve edges relative to that edge, and solve corners relative to that corner these need not be next to each other. Orient Edges 1 RBU'B'UR' will flip RU and LU and permute most of the top layer (I do this if I don't like the corners case and need to flip edges anyway and I'm still in F2L grip) Permute Edges RUR'URU2R'U2 permutes UR, UF, and UB, as well as BLU, FRU, and BRU with rotations (again I do this if I still don't like the corners case or I want to preserve LU LFU together and it lets me skip a PC or OC case later) Orient Edges 2 RrURU'r'URU'R' will flip UF and UR Permute UR, UF, and UB but leave everything else intact (This leaves a Permute Edges case only if all edges were correctly permuted beforehand) Permute Edges 2 R2Uf'U2fUR2 will permute UR, UF, and UB but leave everything else intact Permute Corners RBR'FRB'R'F' will permute FLU, FRU, and BRU corners without changing the edges (gets all the corners correct) Orient Corners RFR'F' or FRF'R' to orientate the FRU corner U to swap in the next corner and repeat as necessary (I do this last cause that's the way I've gotten the most oohs cause it's quick (basically the sexy) and hard to mess up) There are a few last-layer cases that I run into that I have to do a step twice but I'm more than fast enough for me, and I can set up or fix cases when I try to show my friends how to solve cubes the beginner way, I like OE2, PE2, PC and OC above because I can teach people to solve the entire cube with just those 4 algorithms
![[New] EVERY CUBE EXAMPLE SOLVE](/img/n.gif)
I was honestly expecting joke methods, now I wanna learn that skewb method, even the simple explantion of what sledge and hedge do to the centers
It is literally intuitive Sarah’s Advanced 😂
R: “Everyone knows how to orient edges”
Me: Everyone? 🤔
Oof
same
I read the thumbnail. The last sentence said "no one will read this text because it is too small in the thumbnail" LMAO
Me:
The S method
Step 1: solve the cube. You only have to memorize 43 quintillion algorithms
9:52 madlad went and invented square 1
8:16 My personal favorite...
Thanks for submitting it!
epik method:
1: solve the white face like how non cubers do
2: make 2 diagonal f2l pairs
3: make a belt
4: oyc (orient yellow face)
5: pws and pys (pll on white and yellow faces)
5.1: goofy ahh parity: (r2 U2)x6 or (L2 D2)x6
I created my own Pyraminx method: Do the first layer, orient the edge using one of the algorithms I created
this is lbl???
@@pizzastock111he dint mention the 3 center pieces step so maybe?
i think its LBL
Nice! I'm vaguely tempted to try making the thumbnail sus method now...
That r2 UD method is cool
Well I think the inventor of that method just wanted to solve a 3x3 like a SQ-1
@xinthaspace I wanted to solve square1 one day but I don't have one so invented this instead
Custom method :
1. Build a 1x2x3 block on the left
2. Do EO
3. Build a 1x2x3 block on the right while preserving EO
4. Solve the Corners
5. Do the rest using M2 and U moves
I like to call it *M2R* ( M2 Roux )
Edit: I just realized this is *really* similar to BEOBCE / Russo
isnt this just LEOR
I have a 3x3 method, it's not very good, but me and my friend are planning on making it better in the future,
We call this, the belt method, the first step is to solve the belt, the second layer edges, next you get the edges into their respective layers, this can be done very intuitively, just by using M' U2 M, next is to get the corners into their layers, again, very intuitive, use sledge sledge sledge to switch 2 corners between layers, and now you solve last layer twice, fixing any corner twists with the beginner method, and edge swap parity, M' U M U' M' U2 M, and PLL parity with M2 U2 M2, will most definitely be changing things around, making it more efficient, but it's early stages
Pls tell me this is a joke
maybe implement parity into last layer algs
I have a method.
Step one: take scrambled cube
Step two: *transport it through the fourth dimension*
Step three: solved
is this method good or trash? what do you think?
1. CPFB+1OC (corner permutation first block + 1 oriented corner)
2. EOSB (EOstripe + belt) (this step is completely and preserving the 1 oriented corner)
3. OL5C (orient last 5 corners)
4. F2L (with gen because that's what we reduced it to)
5. PLL
edit: step five isn't PLL it's EPLL because we solved cpline earlier.
edit 2: i mean cpfb+1oc when i said cpline
You look and smile like a younger James Grime from Numberphile
And we love James Grime
LMAO 💀💀
An absolute banger of an vid! Really worth the waiting
wait... the guy just showed l4e with sudo blocks??? i think this method already exists.
for pyraminx, i just use the instructions sheet gan gave me lol
You should do this again!! I mean, rating our cubing method
When are the submissions going to open again? I wanna submit my method that I spent a VERY long time making
Excited to see it! This series has been so popular that I'll probably end up doing it again in the future, I'm just not exactly sure when.
Perfect thumbnail!!
Thanks! I just spent almost 2 hours trying to perfect it lol. Sorry for the amogus clickbait 😔
I hate OLL parity but Triforce method is too slow. I need more practice, but I keep solving using the Meyer method :D
I use Triforce occasionally for fun, but I also use Meyer for speed :)
Watch part 2 here! ua-cam.com/video/csek_w1_E6I/v-deo.html
wheres the amogus like in the thumbnail!!!
@@imcasey no, it’s the clickbait
@@RowanFortier 😭
@@imcasey at least I’m honest about it 😭
I hope my method is in the next video ngl
5:00 guys… Rowan is Trangium… we’ve cracked the code.
😳
@@RowanFortier can confirm
@@trangium 😳😳😳
Where can you submit methods?
Me double pll method solve cross without colors around than f2l pairs only the edges are correct then oll than pll on both sides
I read the text in the thumbnail lmao.
I don’t know if you saw it, but I commented a method on your branches of cubing video
Don’t have a video, sorry
Rowan: mega ZZ?
Me: *muffled screaming in ZZ spike*
I’ve never gotten into megaminx before I only know CFOP 😭
I just looked that up on ssw, and it looks cool tho
ZZ Top?
@@diceLibrarian ZZ-Top sucks, and isn't a megaminx method, so it's irrelevant.
@@0Aquamelon it was a joke, relax.
@@diceLibrarian k
I read the text in the thumbnail.
What does preserve mean? My English not good
i read the text in the thumbnail
4:50 is the best
Lmao 😂
You mean reacting to cursed methods
Big Fan 😜
I consider you to be underrated
trips are tivial
Oh I was going to zoom in and add text on screen at that part, but I forgot 😔 lol
isnt raft just a weird petrus.
i readed the small text on thumbnail you said no one will read 😎
😎
The thumbnail text is not too small to see
lol
I read the thumbnail, I'm disapointed
I use LBL method I want to learn roux but it is so confusing for me my best time with LBL is 59sec so I wouldn't say I'm trash like not amazing but not trash but roux is super confusing all the videos on the internet are so confusing everyone explains it to cubers but I need a video where they explain it to non cubers I need step by step and details on what those steps do and why can you please make a roux video for dummies lol
Nah, just keep at it bro. That was my same experience when first learning roux. All the tutorials seemed really confusing and bad. But eventually after so many of them, it finally clicked. Also maybe it’s easier to learn Roux after learning F2L techniques by learning CFOP
@Rowan Fortier I'll learn f2L thanks for actually replying btw
nice video!
Thanks!
am I the only one that read step 2 in the thumbnail
Yay
Very nice nicenice
rupm
amongus method
Among us pattern
Best
I got clickbaited
How so?
I'm pretty sure mine is either unique or super beginner
Cross
F2L
Solve the top layer using these algorithms their mirrors and inverses (r and f refer to slice moves parallel to R and F from the perspective of the r or f face) There should be one edge that's solved with a corner that's in the right place if not the right orientation. Solve edges relative to that edge, and solve corners relative to that corner these need not be next to each other.
Orient Edges 1 RBU'B'UR' will flip RU and LU and permute most of the top layer (I do this if I don't like the corners case and need to flip edges anyway and I'm still in F2L grip)
Permute Edges RUR'URU2R'U2 permutes UR, UF, and UB, as well as BLU, FRU, and BRU with rotations (again I do this if I still don't like the corners case or I want to preserve LU LFU together and it lets me skip a PC or OC case later)
Orient Edges 2 RrURU'r'URU'R' will flip UF and UR Permute UR, UF, and UB but leave everything else intact (This leaves a Permute Edges case only if all edges were correctly permuted beforehand)
Permute Edges 2 R2Uf'U2fUR2 will permute UR, UF, and UB but leave everything else intact
Permute Corners RBR'FRB'R'F' will permute FLU, FRU, and BRU corners without changing the edges (gets all the corners correct)
Orient Corners RFR'F' or FRF'R' to orientate the FRU corner U to swap in the next corner and repeat as necessary (I do this last cause that's the way I've gotten the most oohs cause it's quick (basically the sexy) and hard to mess up)
There are a few last-layer cases that I run into that I have to do a step twice but I'm more than fast enough for me, and I can set up or fix cases when I try to show my friends how to solve cubes the beginner way, I like OE2, PE2, PC and OC above because I can teach people to solve the entire cube with just those 4 algorithms
unfortunately you still sound awkward in your presentation but this is a p solid step, good job mate 👍
😭😭😭
Thanks pal :)
c r a b .
Jesus Christ those bags under your eyes are huge, you sleep deprived? I swear I’m not shaming you, I’m not like that
It’s the lighting bro, trust me 💀
@@RowanFortier oh ok lol also great vid ur too underrated more ppl need to watch ur content!
Aye I'm early wow!
Facebook métod pls