watermap Command Help
Command: $SCHRODINGER/watermap
WaterMap workflow driver
Built upon Multisim workflow engine
WaterMap runs Desmond MD simulations followed by a water thermodynamics analysis
stage.
Usage:
* To run a WaterMap job, execute the following:
$SCHRODINGER/watermap [options] <-m .msj_file> <.cms_or_.mae_file>
* To restart a previous WaterMap job, execute the following:
$SCHRODINGER/watermap [options] <-RESTART multisim_checkpoint_file>
You may need to specify the '-d' option followed by the .tgz file of the
last completed stage.
Frequently used options:
-m <input_file> input .msj file defining the WaterMap workflow
-d <input_file> data file from the previous job which will have a
.tgz suffix. This option should be used only when
restarting a job with multisim checkpoint file
-c <input_file> alter configuration parameters for a family of stages
-o <output_file> output .cms or .mae file. This file can be analyzed
with into Maestro
-cpu <number> number of CPUs for each subjob.
-notify <email_addr> send a notification email when this job terminates.
-nopref ignore the multisim preferences.
-probe probe a checkpoint file and quit
-JOBNAME <job_name> name of this multisim job
-HOST <host_name> host machine to run the multisim master job (default is
localhost)
-SUBHOST <subhost_name> Host machine to run the multisim GPU subjobs. If not
specified, the machine specified by the -HOST argument
will be used to run the subjobs. If the host and
subhost are the same, the subjobs will be run in
"umbrella" mode, in which subjobs are not submitted to
the queuing system.
-RESTART <input_file> restart WaterMap job with a specified multisim checkpoint
file
-h {topic} show help and quit. User can optionally specify a topic
for help. Valid topics are the following: @all, @doc,
@<flag> (where <flag> represents the flag of any valid
option, e.g., @-cpu, @-help), @examples, and @deprecated.
For more detail see help of the '@-help' topic.
See "$SCHRODINGER/watermap -h @examples" for command examples.