Okay, guys. I am going to teach 4chan how to solve the 3^4 Rubik's hypercube using Magic Cube 4D. First, you must understand the basics which can be find here: http://superliminal.com/cube/solution/solution.htm
Might be tedious to read but just read enough to understand the basics and practice to get familiar with the hypercube.
I would also add you can change the colors of the cells by doing something like this:
>name a notepad file "facecolors" in the same place you keep the jar file and Magic Cube 4D stuff.
>copy paste this:
255,0,0 0,255,0 0,0,255 255,255,255 255,255,128 128,128,255 0,0,128 64,64,64
>save and do scramble to get your new colors
to do macros do:
>Ctrl + M
>click 3 reference stickers (will be use to perform macros/ algorithms); preferebly in the same cell. I click F1 F2 and F5 for all the macros.
>perform algorithm or commutator
>Ctrl + M
>name the algorithm
>click "write macro file as..." where it say "macros" next to the help bottom to save
>you can save multiple macros at once
It makes sense there are 8 cells and 16 vertices if you think about it. All I need is 12 algorithms without counting preliminary moves (do x then algorithm then x' and sometimes algorithm').
>>7589733
>Ctrl + F
>lets begin
>here are the algorithms:
--- 2c
D11 and R13 orientation change (OC) = T5L U5L T5R R5L T5L R5R T5L U5R T5L T5L
forward sledgehammer (from F23 to F15) = F11R R11L F11L R11R
right sledgehammer (from R13 to R5) = R11L F11R R11R F11L
Sune (doesn't get use alone much) = R11R T11R R11L T11R R11R T11R T11R R11L
Sune T11L Sune (changes position of T5 and T23)
Sune T11R (changes position of T5 and 13)
--- 3c
1st 3c series = T11L L11L T11R R11R T11L L11R T11R R11L
2nd 3c series = T7L L7L T7R R7R T7L L7R T7R R7L
L side = T9R R9R T9L L9L T9R R9L T9L L9R
3rd 3c series = T4L L4L T4R R4R T4L L4R T4R R4L
flip (T6 and other 3c piece in Bottom cell) = T4L L6L T4R R4R T4L L6R T4R R4L
L11R flip L11L (flips T4 and T6)
D11R L5L L11R flip L11L L5R D11L (flips T6 and D6)
press2L11R press3T5L flip press3T5R press2L11L (flip T2 and T6)
--- 4c
1st4c = T11L L11L T11R R11R T11L L11R T11R R11L U11L R11R T11L L11L T11R R11L T11L L11R T11R U11R
2nd4c =
T4L L4L T4R R4R T4L L4R T4R R4L T9L
T4L L4L T4R R4R T4L L4R T4R R4L T9R
R4R T4L L4L T4R R4L T4L L4R T4R T9L
R4R T4L L4L T4R R4L T4L L4R T4R T9R
twirl (T1 and T3) =
T4L L4L T4R R4R T4L L4R T4R R4L U11L
R4L T4R L4R T4L R4R T4R L4L T4L U11R
>>7589744
Get your blue 3D cross in the Top cell then rotate it to the Bottom cell.
>>7589758
Like this.
>>7589733
For the sky blue cell you need preliminary moves so you don't mess the blue 3D cross. Example is F15R T15R T15R then F15L to put blue 2c piece back. To get last 2c sky blue piece (get it from F11 to T11 do F5L U15R F5R U15L).
>>7589733
Finish all 2c aka 2-color pieces. The algorithms that were useful here were:
Sune T11L Sune
U5L R5L OC R5R U5R
etc
Might be good to do opposite cells.
>>7589794
forgot previews picture.
>>7589815
did all 3c near blue cell
>>7589832
the difficult part is done. 4c is easy with 3 algorithms.
>>7589846
blue is done
>>7589869
GO OP GO
>>7589869
All done in about a hour. Ask me anything.
