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TuringMachine

Guides

  • Turing Machine

Tech Notes

  • Exploring One-Sided Turing Machines

Symbols

  • boundaryAxiomsFor
  • cachedProofFor
  • CompressToRunLength
  • DecodeTuringMachineRules
  • FindInductiveProof
  • forAllBody
  • goalFor
  • inductionProofGraph
  • IslandsPanel
  • mergedProofFor
  • MultiwayBothPanel
  • multiwayCloudOverlap
  • multiwayDistance
  • MultiwayEquationalGraph
  • MultiwayGeodesicGraph
  • MultiwayInductiveProofPanel
  • MultiwayNonHaltedStatesLeft
  • MultiwayRuleGraph
  • multiwaySubProofCones
  • multiwaySystemFor
  • MultiwayTokenEventGraph
  • MultiwayTuringMachineFunction
  • MultiwayTuringMachinePlot
  • MultiwayTuringMachineRules
  • NonTerminatingTuringMachineQ
  • OneSidedTuringMachineEvolution
  • OneSidedTuringMachineFind
  • OneSidedTuringMachineFunction
  • OneSidedTuringMachineFunctionPlot
  • OneSidedTuringMachinePlot
  • OneSidedTuringMachineRuntimePlot
  • onesRunDefinitions
  • proofGraph
  • RenderAxiomGrid
  • RenderConfiguration
  • RenderEquation
  • RenderUniversalGoal
  • RuleSpacePanel
  • RunMachine
  • SettingsPanel
  • ShowTapeConfiguration
  • StatementPanel
  • TokenEventPanel
  • transitionAxiomsFor
  • TuringMachineOutput
  • TuringMachineOutputWithStepsFloat
  • TuringMachineOutputWithSteps
  • TuringMachineOutputWithStepsWidthsFloat
  • TuringMachineOutputWithStepsWidths
  • TuringMachineRuleCases
  • TuringMachineRuleCount
  • TuringMachineSteps
  • TuringMachineStepsWidths
  • TuringMachineWidths
  • TuringMachineWorstCasePlot
  • unboundAxiom
  • zerosRunDefinitions
  • $InductiveProofColors
  • $PvsNPStyles

Overviews

  • TuringMachine
WolframInstitute`TuringMachine`InductiveProofs`
MultiwayRuleGraph
​
MultiwayRuleGraph[axioms]
builds the superposition (critical-pair) rule-space graph of an equational axiom set: each rule is a vertex, and superposing two rules to derive a new one is an event.
​
Details and Options
▪
The following options can be given:
option
default
description
"Generations"
1
superposition depth
"MaxNew"
25
maximum new rules per generation
"Oriented"
True
orient rules by a term-weight ordering
"Ordering"
"RunUnfold"
the term weight (
"RunUnfold"
or
"LeafCount"
)
"Labeled"
False
draw labelled equation vertices instead of discs
"WellFormedOnly"
False
keep only well-formed critical pairs
"VertexScaling"
"Density"
how unlabelled vertex size adapts to node count
"VertexScale"
1
multiplier on the unlabelled vertex sizes
"ArrowSize"
0.011
arrowhead size
​
Examples  
(1)
Basic Examples  
(1)
The rule space of the two run-length definitions for
ones
:
In[1]:=
MultiwayRuleGraph
[{​​ForAll[y,ones[zero,y]y],​​ForAll[{m,y},ones[succ[m],y]seq[ones[m,y],s1]]​​}]
Out[1]=
SeeAlso
MultiwayTokenEventGraph
 
▪
MultiwayEquationalGraph
 
▪
RuleSpacePanel
RelatedGuides
▪
TuringMachine
""

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