Flow_Generate#

Generate IO files (including job-scripts) to run simulations.

usage: Flow_Generate [-h] [-n int] [-s int] [--develop] [--size int]
                     [--shape int int] [--dt float] [--eta float]
                     [--overdamped] [--temperature float] [--nstep <lambda>]
                     [--kframe float] [--distribution str] [--cuspy float]
                     [--smooth float] [--semismooth float float]
                     [--laplace float] [--quartic float float]
                     [--quarticgradient float float] [--longrange float float]
                     [-v] [--output <lambda>] --v-frame float
                     str

Positional Arguments#

outdir

Output directory

Named Arguments#

-n, --nsim

#simulations

Default: 1

-s, --start

Start simulation

Default: 0

--develop

Allow uncommitted

Default: False

--size

1d system

--shape

2d system

--dt

Time-step

--eta

Damping coefficient

--overdamped

Overdamped dynamics

Default: False

--temperature

Finite temperature (units f_yield)

--nstep

#load-steps to run

Default: 20000

--kframe

Overwrite k_frame

--distribution

Distribution type

Default: “Weibull”

--cuspy

Smooth potential: mu

--smooth

Smooth potential: mu

--semismooth

Smooth potential: mu, kappa

--laplace

Laplace interactions: k

--quartic

Quartic interactions: a1, a2

--quarticgradient

Quartic gradient: k2, k4

--longrange

LongRange interactions: k, alpha

-v, --version

show program’s version number and exit

--output

delta(u_frame) to leave between output steps

Default: 50

--v-frame

Driving rate.

See also: depinning_inertia_2024.Flow.Generate()