Difference between revisions of "ZB method"

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'''ZB''' (short for ''Zborowski-Bruchem'' after its inventors, [[Zbigniew Zborowski]] and [[Ron van Bruchem]]) is a very efficient but algorithm-intensive method which is a variation of advanced [[LBL]] methods such as the [[Fridrich method]]. After solving the F2L minus one [[corner-edge]] pair in whatever method the solver wishes, there are just two more steps: [[ZBF2L]], which finishes F2L while simultaneously orienting the edges of the [[last layer]], and [[ZBLL]], which finishes the last layer in one algorithm.
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{{Method Infobox
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|name=ZB
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|image=Vh_method.gif
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|proposers=[[Zbigniew Zborowski]]<br/>[[Ron van Bruchem]]
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|year=2002
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|anames=
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|variants=[[VH]]
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|steps=3
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|algs=799 <br/>ZBLS: 306<br/>ZBLL: 472 (+ 21 inc. [[PLL]])
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|moves=45.43; 48.51 if VHLS is used in place of ZBLS (see [[VH]])
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|purpose=<sup></sup>
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* [[Speedsolving]]
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* [[Fewest Moves]]
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}}
  
On his [http://www.zborowski.republika.pl/expert3x3x3method.html webpage], Zborowski claims that his method requires only 40 moves on average, which means that a master of this method should be able to get times that are significantly faster than those possible with Fridrich. Unfortunately, because this method has a total of 300 algorithms or just under 800 total cases, it would take a very long time to learn the entire method. Very few people (if any) have ever put full ZB into practice.
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'''ZB''' (short for ''Zborowski-Bruchem'' after its inventors, [[Zbigniew Zborowski]] and [[Ron van Bruchem]]) is a very efficient but algorithm-intensive method which is a variation of advanced [[LBL]] methods such as the [[Fridrich method]]. After solving the F2L minus one [[corner-edge]] pair in whatever method the solver wishes, there are just two more steps: [[ZBLS]] (originally called ''ZBF2L''), which finishes F2L while simultaneously orienting the edges of the [[last layer]], and [[ZBLL]], which finishes the last layer in one algorithm.
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On his [http://www.zborowski.republika.pl/expert3x3x3method.html webpage], Zborowski claims that his method requires only 40 moves on average, which means that a master of this method should be able to get times that are significantly faster than those possible with Fridrich. Unfortunately, because this method has a total of 300 algorithms or 795 total cases, it would take a very long time to learn the entire method. Very few people have ever put full ZB into practice.
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== See also ==
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* [[ZBLS]]
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* [[ZBLL]]
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* [[VH]]
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* [[Fridrich Method]]
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* [[ZZ Method]]
  
 
== Resources ==
 
== Resources ==
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* [http://lar5.com/cube/270/index.html Lars Petrus's ZBLL Algs]
 
* [http://lar5.com/cube/270/index.html Lars Petrus's ZBLL Algs]
 
* [http://www.cubezone.be/zbf2l.html Lars Vandenbergh's ZB F2L Algs]
 
* [http://www.cubezone.be/zbf2l.html Lars Vandenbergh's ZB F2L Algs]
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* [https://tading.gitee.io/zbll/ZBF2L CE's ZB F2L Algs] (OH)
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* [https://tading.gitee.io/zbll/ Tading's ZBLL Algs]
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* [https://www.speedcubingtips.eu/methode-zb/ speedcubingtips.eu's ZB method in French]
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* [https://www.speedcubingtips.eu/zbll-zborowski-bruchem-last-layer/ speedcubingtips.eu's ZBLL Algs]
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* [https://www.speedcubingtips.eu/zbls-zborowski-bruchem-last-slot/ speedcubingtips.eu's ZBLS Algs]
  
 
[[Category:3x3x3 methods]]
 
[[Category:3x3x3 methods]]
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[[Category:3x3x3 speedsolving methods]]
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[[Category:Advanced methods]]

Revision as of 21:23, 2 August 2019

ZB method
Vh method.gif
Information about the method
Proposer(s): Zbigniew Zborowski
Ron van Bruchem
Proposed: 2002
Alt Names:
Variants: VH
No. Steps: 3
No. Algs: 799
ZBLS: 306
ZBLL: 472 (+ 21 inc. PLL)
Avg Moves: 45.43; 48.51 if VHLS is used in place of ZBLS (see VH)
Purpose(s):


ZB (short for Zborowski-Bruchem after its inventors, Zbigniew Zborowski and Ron van Bruchem) is a very efficient but algorithm-intensive method which is a variation of advanced LBL methods such as the Fridrich method. After solving the F2L minus one corner-edge pair in whatever method the solver wishes, there are just two more steps: ZBLS (originally called ZBF2L), which finishes F2L while simultaneously orienting the edges of the last layer, and ZBLL, which finishes the last layer in one algorithm.

On his webpage, Zborowski claims that his method requires only 40 moves on average, which means that a master of this method should be able to get times that are significantly faster than those possible with Fridrich. Unfortunately, because this method has a total of 300 algorithms or 795 total cases, it would take a very long time to learn the entire method. Very few people have ever put full ZB into practice.

See also

Resources