!IV.2. Ethanol in ethanol (neat liquid). !This input runs a MC simulation in liquid ethanol. One ethanol molecule !is considered the 'solute' FILE etnl PRNT ECHO ! Echo formatted input TITL Ethanol HRDW SCLR ! Scalar machine SVVC SPCC 10.0 ! Solvent-solvent cutoff SUVC SPGC 10.0 ! Solute-solvent cutoff PBCN RECT 26.0 ! Unit cell is a cube with 26 Å egdes NSLV 181 ! One solute and 181 solvents TEMP 298.0 ! Simulation temperature: 298 K MOVE SHCY ! Molecules are selected by the shuffled cyclic scheme STEP 0.50 30.0 0.50 30.0 40 ! Solute and solvent stepsize params SUPT AM94 ! AMBER solute SVPT GENL AM94 ! General solvent, AMBER library SAMP METC ! Metroplis sampling SLVA 9 ! Read 9 solvent atoms 18 3.108016 0.653187 -8.526237 -0.198000 22 2.814817 -0.348721 -8.761003 0.066000 22 2.517394 1.015322 -7.710808 0.066000 22 2.956134 1.278341 -9.381230 0.066000 18 4.596542 0.674197 -8.131964 0.131000 22 4.748424 0.049042 -7.276970 0.066000 22 5.187164 0.312062 -8.947392 0.066000 36 4.988388 2.013194 -7.818209 -0.566000 23 5.982338 2.026292 -7.548412 0.303000 SLTA SMPL MMC READ 9 !read 9 solute atoms 18 3.108016 0.653187 -8.526237 -0.198000 1 22 2.814817 -0.348721 -8.761003 0.066000 1 22 2.517394 1.015322 -7.710808 0.066000 1 22 2.956134 1.278341 -9.381230 0.066000 1 18 4.596542 0.674197 -8.131964 0.131000 1 22 4.748424 0.049042 -7.276970 0.066000 1 22 5.187164 0.312062 -8.947392 0.066000 1 36 4.988388 2.013194 -7.818209 -0.566000 1 23 5.982338 2.026292 -7.548412 0.303000 1 DSTC NONE ! No distribution function calc. CNFG READ ASCI NOFX ! Read initial coordinates in ASCII from etnl.crd RUNS 1000000 10000 500000 100000 10000 !Run 1M steps RUNS 1000000 10000 500000 100000 10000 !The second run will start at the end of the first. STOP !Files needed for run: !etnl.crd: initial configuration. !Files created by the run: ! * etnl.ckp: checkpoint file after the first run ; ! * etnl.2.ckp: checkpoint file after the second run; ! * etnl.2.crd: final configuration after the first run; ! * etnl.3.crd: final configuration after the second run.