mdrun – Energy Minimization / Molecular Dynamics

Gromacs command line option

Gromita button

-s

Run Input file

-o

Output trajectory file

-x

Keep coordinates in compressed trajectory file

-c

Output structure file

-e

Output energy file

-g

Create log file

-dgdl

dgdl

-field

xvgr/xmgr file

-table

User-defined potential functions

-tablep

User-defined pair interactions

-rerun

Rerun from trajectory file

-tpi

xvgr/xmgr file

-ei

Essential dynamics sampling

-eo

Essential dynamics output

-j

Coupling

-jo

Coupling

-ffout

xvgr/xmgr file

-devout

xvgr/xmgr file

-runav

xvgr/xmgr file

-mtx

Hessian matrix

-dn

Index file

-h

Gromacs help

-nice

Set nice level

-deffnm

Set the default filename for all file options

-xvgr

xmgrace output

-v

Verbose

-compact

Write a compact log file

-replex

Replica exchange

-reseed

Random seed

-glas

Glass simulation

-ionize

X-Ray bombardment

-cpi

Input checkpoint file

-cpo

Output checkpoint file

-tableb

Bonded functions

-tpid

xvgr/xmgr file

-px

xvgr/xmgr file

-pf

xvgr/xmgr file

-pd

Particle decomposition

-dd

Domain decomposition grid

-npme

Separate nodes for PME

-ddorder

DD node order

-ddcheck

Check for all bonded interactions with DD

-rdd

Maximum distance for bonded interactions with DD (nm)

-rcon

Maximum distance for P-LINCS (nm)

-dlb

Dynamic load balancing (with DD)

-dds

Minimum allowed dlb scaling of DD cell size

-sum

Sum energies at every step

-seppot

Separate V and dVdl in log file(s)

-pforce

Print larger forces (KJ/mol nm)

-reprod

Avoid optimizations affecting binary reproducibility

-cpt

Checkpoint interval (min)

-append

Append to previous output files when restarting from checkpoint

-maxh

Terminate (hours)

-multi

Multiple simulations in parallel

-addpart

Add simulation part numbers

-quiet

Quiet