Translate answer set programs to first-order theorem prover language (local mirror of https://github.com/potassco/anthem for development purposes)
https://potassco.org/
Patrick Lühne
f65d4dbbd8
This reimplements integer variable detection as two parts. The first one is a visitor class that recursively searches for all declared variables in a formula and applies the second part, a custom functor. Two such functors are implemented. The first one checks whether a predicate definition is falsified by making a variable noninteger, in which case it can be concluded that the variable in question is integer. The second functor checks whether bound variables in a quantified formula turn the quantified part false, again to conclude that variables are integer. |
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| CHANGELOG.md | ||
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README.md
anthem 
Translate answer set programs to first-order theorem prover language
Overview
anthem translates ASP programs (in the input language of clingo) to the language of first-order theorem provers such as Prover9.
Usage
$ anthem [--complete] [--simplify] file...
--complete instructs anthem to perform Clark’s completion on the translated formulas.
With the option --simplify, the output formulas are simplified by applying several basic transformation rules.
Building
anthem requires CMake for building.
After installing the dependencies, anthem is built with a C++17 compiler (GCC ≥ 7.3 or clang ≥ 5.0).
$ git clone https://github.com/potassco/anthem.git
$ cd anthem
$ git submodule update --init --recursive
$ mkdir -p build/release
$ cd build/release
$ cmake ../.. -DCMAKE_BUILD_TYPE=Release
$ make