Uses of Class
com.articulate.sigma.ProofStep
Packages that use ProofStep
Package
Description
Provides classes for the Sigma knowledge engineering environment version developed
at Articulate Software Inc.
Provides classes for translation to other logical languages in the Sigma
knowledge engineering environment version developed at Articulate Software Inc.
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Uses of ProofStep in com.articulate.sigma
Methods in com.articulate.sigma that return types with arguments of type ProofStepModifier and TypeMethodDescriptionProofStep.normalizeProofStepNumbers(List<ProofStep> proofSteps) Take an ArrayList of ProofSteps and renumber them consecutively starting at 1.ProofStep.removeDuplicates(List<ProofStep> proofSteps) Remove duplicate statements in the proofProofStep.removeUnnecessary(List<ProofStep> proofSteps) created by qingqing remove unnecessary steps, which should not appear in proof Unnecessary steps could be: (1) conjecture (2) duplicate $false;Methods in com.articulate.sigma with parameters of type ProofStepModifier and TypeMethodDescriptionstatic StringHTMLformatter.proofTextFormat(String query, ProofStep step, String kbName, String language) Create the text for a single step in a proof.Method parameters in com.articulate.sigma with type arguments of type ProofStepModifier and TypeMethodDescriptionProofStep.normalizeProofStepNumbers(List<ProofStep> proofSteps) Take an ArrayList of ProofSteps and renumber them consecutively starting at 1.ProofStep.removeDuplicates(List<ProofStep> proofSteps) Remove duplicate statements in the proofProofStep.removeUnnecessary(List<ProofStep> proofSteps) created by qingqing remove unnecessary steps, which should not appear in proof Unnecessary steps could be: (1) conjecture (2) duplicate $false;static StringConvert XML proof to TPTP format -
Uses of ProofStep in com.articulate.sigma.trans
Methods in com.articulate.sigma.trans that return ProofStepModifier and TypeMethodDescriptionTPTP3ProofProcessor.parseProofStep(String line) *************************************************************** Parse a step like the following into its constituents fof(c_0_5, axiom, (s__subclass(s__Artifact,s__Object)), c_0_3).