Difference between revisions of "Solved cube state"

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* A previous state of this one is the [[F2L cube state]]. Use the [[OLLCP-EP bad c 1LLL subs step]] to have the solved cube state.
 
* A previous state of this one is the [[F2L cube state]]. Use the [[OLLCP-EP bad c 1LLL subs step]] to have the solved cube state.
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* A previous state of this one is the [[2x2x2 block cube state]]. Use the [[Cmplx 2x2 step]] to have the solved cube state.
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* A previous state of this one is the [[Cross cube state]]. Use the [[CF / F2L search (PC program)]] step to have the solved cube state.
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* A previous state of this one is the [[LL:EO cube state]]. Use the [[ZBLL]] step to have the solved cube state, as in the [[ZZ-a]] method.
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* A previous state of this one is the [[LL:EO cube state]]. Use the [[NMLL]] step to have the solved cube state.
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* A previous state of this one is the [[Edges solved cube state]]. Use the [[Niklas* from Edges solved]] step to have the solved cube state.
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* A previous state of this one is the [[Edges solved cube state]]. Use the [[R2/R2+ from Edges solved]] step to have the solved cube state.
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* A previous state of this one is the [[Edges solved cube state]]. Use the [[Wiki EF from Edges solved]] step to have the solved cube state.
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* A previous state of this one is the [[5 corners missing cube state]]. Use the [[L5C]] step to have the solved cube state.
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* A previous state of this one is the [[5 corners missing cube state]]. Use the [[Commutators (Pseudo EF) from 5 corners missing]] step to have the solved cube state.
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* A previous state of this one is the [[5 corners missing cube state]]. Use the [[SexyM Beginner]] step to have the solved cube state.
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* A previous state of this one is the [[5 corners missing cube state]]. Use the [[Sexy* + S]] step to have the solved cube state, as in the [[8355]] method.
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* A previous state of this one is the [[L4C cube state]], also called [[LL:EO+EP cube state]]. Use the [[L4C]] step to have the solved cube state.
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* A previous state of this one is the [[L4C cube state]], also called [[LL:EO+EP cube state]]. Use the [[2x42 COLL]] step to have the solved cube state.
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* A previous state of this one is the [[L3C cube state]]. Use the [[Sexy* from L3C]] step to have the solved cube state, as in the [[8355-adv]] method.
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* A previous state of this one is the [[L3C cube state]]. Use the [[L3C]] step to have the solved cube state.
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* A previous state of this one is the [[LL:EO+EP+CO cube state]]. Use the [[CPLL]] step to have the solved cube state.
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* A previous state of this one is the [[LL:EO+EP+CO cube state]]. Use the [[BLL CP]] substep to have the solved cube state, as in [[BLL-4LLL]] and [[BLL-3LLL]] steps.
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* A previous state of this one is the [[LL:EO+EP+CO cube state]]. Use the [[A-perm* from LL:EO+EP+CO]] step to have the solved cube state.
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* A previous state of this one is the [[LL:EO+EP+CO cube state]]. Use the [[Commut A-perm* from LL:EO+EP+CO]] step to have the solved cube state.
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* A previous state of this one is the [[LL:EO+EP+CO cube state]]. Use the [[Intuit COMM (by Roux)]] step to have the solved cube state.
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* A previous state of this one is the [[F2L-1C+EO+CO cube state]]. Use the [[PLL+C (Navi VII+?)]] step to have the solved cube state. ''(Unknown/missing info on this transition)''
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* A previous state of this one is the [[F2L-1C+EO+CO+1E cube state]]. Use the [[PLL+C]] step (also known as [[Navi VII]] step or [[Navi 7th step]]) to have the solved cube state.
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* A previous state of this one is the [[L4C on != layers cube state]]. Use the [[L4C on != layers]] step to have the solved cube state.
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* A previous state of this one is the [[5 corners missing + UCO + Csep cube state]]. Use the [[L5C from 5 corners missing + UCO + Csep]] step to have the solved cube state.
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* A previous state of this one is the [[6 corners missing cube state]]. Use the [[Solve C from 6 corners missing]] step to have the solved cube state.
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* A previous state of this one is the [[Edges solved cube state]]. Use the [[CRY (Y-perm) + setup from Edges solved]] step to have the solved cube state.
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* A previous state of this one is the [[3 corners cycle on U and D cube state]]. Use the [[2 commutators (D+U) from 3 corners cycle on U and D]] step to have the solved cube state.
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* A previous state of this one is the [[Oriented cube state]]. Use the [[T-perm* + setup from Oriented]] step to have the solved cube state, as in the [[Gosch]] method.
  
 
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Revision as of 20:16, 20 June 2015

Solved
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Information
Alt Names:
Subgroup: <>
Subgroup for edges: <>
Subgroup for corners: <>
Previous substeps (methods):
  • PLL (CFOP)
  • Many others (all methods)
Next substeps (methods):
PLLinfo.jpg

Last steps (as the PLL step) -> Solved cube state -> Scrambling step


The Solved cube state is the cube state between the Last steps (as the PLL step) and the Scrambling step.

Scramble 04.jpg


Previous Steps

PLLinfo.jpg * A previous state of this one is the OLL cube state. Use the PLL step to have the solved cube state, as in the CFOP method.

  • A previous state of this one is the LL:EO cube state. Use the ZBLL step to have the solved cube state, as in the ZZ-a method.
  • A previous state of this one is the LL:EO cube state. Use the NMLL step to have the solved cube state.
  • A previous state of this one is the L3C cube state. Use the L3C step to have the solved cube state.
Scramble 01.jpg This page is under construction!
One or more of our members are currently working on this page.
Come back in a few days and it will hopefully be completed by then.

Next Steps

Scramble 04.jpg * Scrambling the cube (any Method)

Scramble 01.jpg This page is a DNF (incomplete).
Please help by expanding it.
There may be suggestions on its talk page.