报错格式：

 Number of replicas:                                  1
 
 =========================================================================
 The method is based on the algorithm published in:
 "Parameterization of a Reactive Force Field Using a Monte Carlo Algorithm",
 E. Iype, M. Huetter, A.P.J. Jansen, S.V. Nedea, C.C.M. Rindt,
 Journal of Computational Chemistry 2013, 34, 1143-1154
 Any work that uses the method must therefore include the reference above
 =========================================================================
 
After     26 steps, optimized energy, energy+restr, rmsg for LT-SF5+SF5_20                 -710.06704          -710.06704             0.06503
After     26 steps, optimized energy, energy+restr, rmsg for LT-SF5+SF5_19                 -710.06704          -710.06704             0.06503
After     45 steps, optimized energy, energy+restr, rmsg for LT-SF5+SF5_18                 -723.37017          -723.37017             0.25629
After     27 steps, optimized energy, energy+restr, rmsg for LT-SF5+SF5_17                 -723.35069          -723.35069             0.21566
After     23 steps, optimized energy, energy+restr, rmsg for LT-SF5+SF5_16                 -723.35559          -723.35559             0.33186
After     31 steps, optimized energy, energy+restr, rmsg for LT-SF5+SF5_15                 -723.35866          -723.35866             0.18765
After     22 steps, optimized energy, energy+restr, rmsg for LT-SF5+SF5_14                 -723.30033          -723.30033             0.24377
After     20 steps, optimized energy, energy+restr, rmsg for LT-SF5+SF5_13                 -723.37408          -723.37408             0.23776
After     18 steps, optimized energy, energy+restr, rmsg for LT-SF5+SF5_12                 -723.30901          -723.30901             0.22901
After     16 steps, optimized energy, energy+restr, rmsg for LT-SF5+SF5_11                 -723.31092          -723.31092             0.27938
After     14 steps, optimized energy, energy+restr, rmsg for LT-SF5+SF5_10                 -723.31139          -723.31139             0.30952
After     16 steps, optimized energy, energy+restr, rmsg for LT-SF5+SF5_9                  -723.31206          -723.31206             0.13430
After     14 steps, optimized energy, energy+restr, rmsg for LT-SF5+SF5_8                  -723.34639          -723.34639             0.25993
After      6 steps, optimized energy, energy+restr, rmsg for LT-SF5+SF5_7                  -723.33132          -723.33132             0.29417
After     23 steps, optimized energy, energy+restr, rmsg for LT-SF5+SF5_6                  -723.31581          -723.31581             0.24835
After     37 steps, optimized energy, energy+restr, rmsg for LT-SF5+SF5_5                  -723.31284          -723.31284             0.17173
After     22 steps, optimized energy, energy+restr, rmsg for LT-SF5+SF5_4                  -710.08794          -710.08794             0.04857
After     22 steps, optimized energy, energy+restr, rmsg for LT-SF5+SF5_3                  -710.08797          -710.08797             0.04069
After     22 steps, optimized energy, energy+restr, rmsg for LT-SF5+SF5_2                  -710.08702          -710.08702             0.05723
After     22 steps, optimized energy, energy+restr, rmsg for LT-SF5+SF5_1                  -710.08671          -710.08671             0.03788
 FORMAT TOO LARGE. CSPUTR

原因：ffield文件第一行太长，超过了192字符。

解决：第一行是注释内容，可以删掉其中部分字符，重新运行即可。