STM:Controls: Difference between revisions
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|- style="vertical-align: top;" | |- style="vertical-align: top;" | ||
| fserverkey | | fserverkey | ||
| | | "server.key" | ||
| [[Control key types|string]] | | [[Control key types|string]] | ||
| Path to a file containing the server key. The key stores the server name, port number, and password. It is generated by the `stm-server` utility when the server is launched. This option is mutually exclusive with the `fserver` and `fpassword` options. | | Path to a file containing the server key. The key stores the server name, port number, and password. It is generated by the `stm-server` utility when the server is launched. This option is mutually exclusive with the `fserver` and `fpassword` options. |
Revision as of 09:54, 28 May 2025
Navigation: Documentation / Methods / String Method / STM:Controls
The behavior of the string method is configured in the [stm] section, which is part of the {PMFLIB} group.
[stm]
Key | Default value | Type | Description |
fmode | 0 | integer | Defines the operation mode of the string method: 0 – method disabled 1 – method enabled If enabled, at least one collective variable must be specified in the {STM} group. See STM:Collective variables for details. |
fserverkey | "server.key" | string | Path to a file containing the server key. The key stores the server name, port number, and password. It is generated by the `stm-server` utility when the server is launched. This option is mutually exclusive with the `fserver` and `fpassword` options. |
fbeadid | 0 | integer | STM bead ID. If zero, the bead ID is read from fbeadidfile. |
fbeadidfile | "beadid" | string | Name of the file containing the bead ID. The file must include a single integer value on the first line. |
fsample | 500 | integer | Frequency (in MD steps) for writing the current values of the collective variables to the string method output file. The output file name is specified in the [files] section. |
ftensor | 1 | integer | Type of tensor used in the method: 0 – unit tensor 1 – default as in J. Chem. Phys. 125, 024106 (2006) |