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\(drf90\)

classical-only part of the Direct (or Discrete) Reaction Field (DRF) approach
Current version: 2012.01 (shared with CC-BY-NC license). See also all python tools and the drf90 pages.

MD block/namelist for Molecular Dynamics parameters

to be updated soon
MD block/namelist for Molecular Dynamics parameters
This block can be used for some parameters related to Molecular Dynamics simulations. In our implementation, the Verlet algorithm is used together with Nose-Hoover to keep the temperature stable.
Parameter Description Default value
NPRINT Print output every NPRINT steps 10000
NPUNFRQ Write iteration-file every NPUNFRQ steps 1000
NRSTEPS Number of MD-steps to take 100000
OUTFOR
String indicating that a SIMDATA-file should be made with some or all conformations
OUTFOR(1:4) = 'NONE' : No SIMDATA-file to be made
OUTFOR(1:4) = 'LONG' : All configurations will be written to SIMDATA-file
OUTFOR(1:4) = 'RAND' : Choose NRANCONF conformations randomly and write them to SIMDATA
OUTFOR(5:8) = 'ALL ' : Write all energy components to SIMDATA-file
OUTFOR(9:12) = 'ALL ' : Write all energy components of analysis groups to SIMDATA-file
"NONENONENONE"
PRESSURE Pressure of simulation to be used (atm) 1.0
SIMTEMP Temperature to be used in simulation (K) 298.15
TAU Delay parameter to be used with Nose-Hoover algorithm (fs) 100.0
TSTEP Timestep to be used in simulation (fs) 1.0