Re-engineering legacy mission scientific software
An approach for modernizing legacy scientific software, based on the new features of Fortran 90/95, is presented.
Engineering topics
Publications and source records attributed to Decyk, V..
An approach for modernizing legacy scientific software, based on the new features of Fortran 90/95, is presented.
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One goal of the Numerical Turbulent Transport Project is to model a tokamak (fusion) plasma with 10(sup 8 - 10)(sup 9) particles, to explain anomalous transport of particles and energy.
Fortran90 is a modern, powerful language with features that support important new programming concepts, including those used in object-oriented programming.
r summarizes techniques for emulating in Fortran90 the most important object-oriented concepts of C++ classes (including abstract data types, encapsulation and function overloading), inheritance and dynamic dispatching.
Computer particle simulation has become a standard research tool in space plasma physics research.
A three dimensional electromagnetic PIC code has been developed on the 512 node Intel Touchstone Delta MIMD parallel computer.
Simple Skeleton Particle-in-Cell codes designed for massively parallel computers are described.
This paper describes computer particle simulation in plasma physics research; also discussed are the results of plasma wave radiation by a moving current source in a magnetized plasma.