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【求助】我的计算何时才能完？
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本人是菜鸟一只，我们主要做合成，因为要对光电性能做一些理论解释，所以有时做一些简单计算，主要看一下分子能级，最近算了一个分子，算了好几天还没算完，下面是输出文件的最后一部分，每隔一段时间就出现“XX vectors were produced by pass x"，不知道何时才能算完，请大侠赐教？学校的服务器因为放假再有两天就关了，不知道能否算完 332 vectors were produced by pass 6. Number of processors reduced from 5 to 1 for far-field. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. PrismC: NFx= 2048 NFxT= 15 NFxU= 14. PrismC: NFx= 2048 NFxT= 15 NFxU= 14. PrismC: NFx= 2048 NFxT= 15 NFxU= 14. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. Number of processors reduced from 5 to 1 for far-field. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. Number of processors reduced from 5 to 1 for far-field. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. PrismC: NFx= 2048 NFxT= 15 NFxU= 14. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. Number of processors reduced from 5 to 1 for far-field. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. Number of processors reduced from 5 to 1 for far-field. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. 244 vectors were produced by pass 7. Number of processors reduced from 5 to 1 for far-field. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. Number of processors reduced from 5 to 1 for far-field. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. Number of processors reduced from 5 to 1 for far-field. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. Number of processors reduced from 5 to 1 for far-field. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. 233 vectors were produced by pass 8. Number of processors reduced from 5 to 1 for far-field. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. Number of processors reduced from 5 to 1 for far-field. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. Number of processors reduced from 5 to 1 for far-field. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. Number of processors reduced from 5 to 1 for far-field. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. 217 vectors were produced by pass 9. Number of processors reduced from 5 to 1 for far-field. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. Number of processors reduced from 5 to 1 for far-field. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. Number of processors reduced from 5 to 1 for far-field. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. 200 vectors were produced by pass 10. Number of processors reduced from 5 to 1 for far-field. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. Number of processors reduced from 5 to 1 for far-field. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. Number of processors reduced from 5 to 1 for far-field. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. 187 vectors were produced by pass 11. Number of processors reduced from 5 to 1 for far-field. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. Number of processors reduced from 5 to 1 for far-field. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. Number of processors reduced from 5 to 1 for far-field. PrismC: NFx= 2048 NFxT= 15 NFxU= 13. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. 185 vectors were produced by pass 12. Number of processors reduced from 5 to 1 for far-field. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. Number of processors reduced from 5 to 1 for far-field. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. Number of processors reduced from 5 to 1 for far-field. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 11. PrismC: NFx= 2048 NFxT= 15 NFxU= 11. PrismC: NFx= 2048 NFxT= 15 NFxU= 11. 179 vectors were produced by pass 13. Number of processors reduced from 5 to 1 for far-field. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. Number of processors reduced from 5 to 1 for far-field. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 11. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. Number of processors reduced from 5 to 1 for far-field. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 11. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. 178 vectors were produced by pass 14. Number of processors reduced from 5 to 1 for far-field. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. PrismC: NFx= 2048 NFxT= 15 NFxU= 12. Number of processors reduced from 5 to 1 for far-field. [ Last edited by ghcacj on 2011-1-16 at 08:22 ] |
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