The new Prolog+CG 2.5 Environment Four primitives are used to

Download scientific diagram | The new Prolog+CG 2.5 Environment Four primitives are used to exploit a Prolog+CG program from a Java program ü void LoadFile(String fileName) : "fileName" is the name of a Prolog+CG program. The role of this primitive is to load a Prolog+CG program contained in the file "fileName". ü Vector Resolve(String Quest [, boolean convertResult] [, boolean ExpertSystemMode]) : the parameter "Quest" is the request that Prolog+CG should resolve and the two other arguments are optional : • "convertResult", if it is specified, is a boolean that indicates if the returned result should be converted to String or to be returned as Java objects. This argument is set to true (i.e. convert to String) by default. • "ExpertSystemMode", if it is specified, is a boolean that indicates if Prolog+CG should behave like an expert system shell or like a Prolog interpreter. This second argument is optional and it is set to false by default. The primitive goal Resolve/3 1 returns all the solutions in a Vector of hashtables; one solution being represented by a hashtable. Since a solution is a set of couples from publication: Uses, Improvements, and Extensions of Prolog+CG: Case Studies | Prolog+CG is a CG-Based logic programming language which integrates Prolog, the manipulation of conceptual graphs (CGs), Java and object-oriented constructs. It provides a powerful development environment for the creation of knowledge-based applications and their integration | Prolog, Development Environments and Programming Languages | ResearchGate, the professional network for scientists.