- Apr 06, 2017
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Hans-Peter Deifel authored
This formula is not aconjunctive and should be wrongly declared as satisfiable by the algorithm that assumes aconjunctivity. This doesn't work right now: The new algorithm also answers with "unsat".
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This fails currently, because the check for aconjunctivity is currently hard coded, ruling out all formulas that aren't aconjunctive.
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- Mar 26, 2017
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Hans-Peter Deifel authored
This imports some of the quickly decidable ctl comparision benchmark formulas into the test suite. The testsuite also gained a --slow parameter, that enables slower (but still fairly fast) formulas.
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- Mar 22, 2017
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Hans-Peter Deifel authored
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- Mar 21, 2017
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Hans-Peter Deifel authored
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- Mar 16, 2017
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Fixes the syntax of all tests that use R and B as identifiers, which are keywords now. Also disables all tests involving nominals as they are currently all throwing exceptions.
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R and B are now keywords and were used as identifiers. Now, r and b (lowercase) is used instead in the testcases. For consistency, all other identifiers were lowercased, too.
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- Feb 11, 2016
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Thorsten Wißmann authored
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Thorsten Wißmann authored
The previous optimization in the rule 2 applications of coalition logic left out some rule applications. Now, do enough but still do not generate unnecessarily many rule applications.
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Thorsten Wißmann authored
Allow testcase sections to adjust the global settings before evaluating the test formulas.
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- Feb 09, 2016
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Christoph authored
A and E are syntax elements in CTL "Fixes" the testsuite for K
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- Feb 05, 2016
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Thorsten Wißmann authored
For the case of two (or more) diamond formulas who all mention the full agent list, no rule was created, because the former CL algorithm only created rules for proper subsets of the agent list. This adds the missing rule and lets cool correctly answer the following query: $ ./coalg.native sat CL --agents '1' <<< '(~[{1}] p) & ~[{1}] ~p' unsatisfiable
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- Jul 06, 2015
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Thorsten Wißmann authored
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- Feb 05, 2015
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Thorsten Wißmann authored
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- Jul 21, 2014
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Thorsten Wißmann authored
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Thorsten Wißmann authored
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Thorsten Wißmann authored
The actual box of PML (in GMLMIP) is: less probable than. The Diamond is: At least Probable than. So now you have ¬[p] C = <p> C.
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Thorsten Wißmann authored
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Thorsten Wißmann authored
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- Jul 17, 2014
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Thorsten Wißmann authored
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- Jul 16, 2014
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Thorsten Wißmann authored
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Thorsten Wißmann authored
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Thorsten Wißmann authored
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Thorsten Wißmann authored
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Thorsten Wißmann authored
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- Jul 11, 2014
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Thorsten Wißmann authored
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- May 16, 2014
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Thorsten Wißmann authored
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Thorsten Wißmann authored
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Thorsten Wißmann authored
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Thorsten Wißmann authored
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Thorsten Wißmann authored
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Thorsten Wißmann authored
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