Programming an astrophysics application in an object-oriented parallel language

S. X. Yang, Jenq-Kuen Lee, S. Narayana, Dennis Gannon
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引用次数: 6

Abstract

A three-dimensional hydrodynamic code is used to test a newly developed parallel C++ (pC++) language and compiler. The original code is written in FORTRAN77 and is designed to model self-gravitating compressible gas flows. The code is rewritten in pC++ and is tested on a BBN GP1000 and an Alliant FX/2800. Nearly linear speed-up is achieved on both machines. On the Alliant comparison between the pC++ code and the original FORTRAN77 code is conducted. For processor numbers >or=6, the pC++ code outperforms the FORTRAN77 code which is automatically vectorized and parallelized by the Alliant FORTRAN compiler.<>
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用面向对象的并行语言编写天体物理学应用程序
用三维流体力学代码对新开发的并行c++语言和编译器进行了测试。原始代码是用FORTRAN77编写的,旨在模拟自重力可压缩气体流动。代码在pc++中重写,并在BBN GP1000和Alliant FX/2800上进行了测试。在两台机器上都实现了近乎线性的加速。在此基础上,对pc++代码与FORTRAN77原始代码进行了Alliant比较。对于处理器编号>或=6,pc++代码优于FORTRAN77代码,后者由Alliant FORTRAN编译器自动向量化和并行化。
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