OSIPE - a tool for scientific programming in FORTRAN. FORTRAN tools have been designed to support well-structures, modular, route-independent and easily interfaceable programming. This set of tools, which creates a kind of low-level object-oriented programming environment, is refered to as OSIPE (Open Structured Interfaceable Programming Environment). Its main role is to transform meaningful FORTRAN variables into Objects which are linked via “created-by” relationships. Two programs, written in the OSIPE environment, an ab initio electronic structure code, MUNGAUSS, and a novel implementation of a quantum chemical solvent effect theory, SOLVENT, are briefly described. Efficient tools are provided to restructure existing FORTRAN codes and make them compatible with the OSIPE environment.
References in zbMATH (referenced in 1 article , 1 standard article )
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- Colonna, François; Jolly, Luc-Henri; Poirier, Raymond A.; Ángyán, János G.; Jansen, Georg: OSIPE - a tool for scientific programming in FORTRAN (1994)