 &GLOBAL
  PROJECT flibe
   BLACS_GRID  SQUARE
   PREFERRED_FFT_LIBRARY  FFTW
   PRINT_LEVEL  LOW
   PROGRAM_NAME  CP2K
   RUN_TYPE  MD
 &END GLOBAL
 &MOTION
   &MD
     ENSEMBLE  NVE
     STEPS        10
     TIMESTEP     0.5
     TEMPERATURE     1200.0
     TEMP_TOL 100
   &END MD
   &PRINT
      &TRAJECTORY LOW
         &EACH
           MD 1
         &END EACH
      &END TRAJECTORY
      &VELOCITIES LOW
        &EACH
          MD 1
        &END EACH
      &END VELOCITIES
      &FORCES
        &EACH
          MD   1
        &END EACH
      &END FORCES
   &END PRINT
 &END MOTION
&FORCE_EVAL
 METHOD FIST
 &MM
   &FORCEFIELD
     &SPLINE
       R0_NB 0.1
       EMAX_SPLINE 20.0
     &END SPLINE
     &NONBONDED
        &BMHFTD
          atoms F F
          A 181.8373
          B 4.2833
          C 0.329381
          D 0.922357
          BD 3.59048
          RCUT 9.36643
        &END BMHFTD
        &BMHFTD
          atoms Be F
          A 41.71686
          B 4.25909
          C 0.0
          D 0.0
          BD 0.0
          RCUT 9.36643
        &END BMHFTD
        &BMHFTD
          atoms Li F
          A 20.4158478
          B 3.87854
          C 0.0
          D 0.0
          BD 0.0
          RCUT 9.36643
        &END BMHFTD
        &BMHFTD
          atoms Be Be
          A 106.163668
          B 7.452
          C 0.0
          D 0.0
          BD 0.0
          RCUT 9.36643
        &END BMHFTD
        &BMHFTD
          atoms Be Li
          A 0.0
          B 1.0
          C 0.0
          D 0.0
          BD 0.0
          RCUT 9.36643
        &END BMHFTD
        &BMHFTD
          atoms Li Li
          A 195.910854
          B 8.03542
          C 0.0
          D 0.0
          BD 0.0
          RCUT 9.36643
        &END BMHFTD
     &END NONBONDED
     &CHARGE
       atom F
       CHARGE -1.0000
     &END CHARGE
     &CHARGE
       atom Be
       CHARGE 2.000
     &END CHARGE
     &CHARGE
       atom Li
       CHARGE 1.000
     &END CHARGE
     &DIPOLE
       atom F
       APOL 1.05043
       &DAMPING
          TYPE Tang-Toennies
          ATOM Be
          BIJ 3.370974464
          ORDER 4
          CIJ 0.991725167
       &END DAMPING
       &DAMPING
          TYPE Tang-Toennies
          ATOM Li
          BIJ 3.412667396
          ORDER 4
          CIJ 1.397150266
       &END DAMPING
     &END DIPOLE
   &END FORCEFIELD
   &POISSON
     &EWALD
       EWALD_TYPE EWALD
       ALPHA 0.316
       GMAX 7
       O_SPLINE 6
       &MULTIPOLES T
         MAX_MULTIPOLE_EXPANSION DIPOLE
         POL_SCF CONJUGATE_GRADIENT
         EPS_POL 1.0e-6
         MAX_IPOL_ITER 100
       &END MULTIPOLES
     &END EWALD
    &END POISSON
    &PRINT
      &ITER_INFO LOW
      &END ITER_INFO
    &END
  &END MM
   &SUBSYS
    &CELL
      ABC 6.0 6.0 6.0
    &END CELL
    &COORD
          F         0.1070207770        4.7805803378        4.2319187284
          F        -0.4452193764        9.2664540536       -4.8366328290
          F         7.3827842755       -0.7244458144        7.8413127339
          F        -3.1470062918        0.6662785537       -0.8553166496
          F         8.6031113587        2.2277338600        2.5593342094
          F         5.8243778395       -4.2288145862       -2.1365686153
         Be         4.2898323382       13.3460656398        6.7977248002
         Be         4.4133437935       -0.3198192029       -3.3756731913
         Li        10.2291563003        6.4894116478       13.1249780628
         Li       -14.1619614361       -7.0206696349       13.2855175234
    &END COORD
    &KIND F
      ELEMENT F
      MASS    18.99840
    &END KIND
    &KIND Be
      ELEMENT Be
      MASS    9.01218
    &END KIND
    &KIND Li
      ELEMENT Li
      MASS    6.941
    &END KIND
   &END SUBSYS
 &END FORCE_EVAL
