EventMap#

Rerun step to extract event map. The step must be generated by:

Functions

Info([cli_args])

Collect basic information from realisation(s).

Paraview([cli_args])

Store in a format that can be viewed in Paraview.

Plot([cli_args])

Basic plot.

Run([cli_args])

Rerun a quasistatic step.

Details

depinning_inertia_2024.EventMap.Info(cli_args=None)#

Collect basic information from realisation(s). The input is the output of depinning_inertia_2024.EventMap.Run().

depinning_inertia_2024.EventMap.Paraview(cli_args=None)#

Store in a format that can be viewed in Paraview. The input is the output of depinning_inertia_2024.EventMap.Run().

depinning_inertia_2024.EventMap.Plot(cli_args=None)#

Basic plot.

depinning_inertia_2024.EventMap.Run(cli_args=None)#

Rerun a quasistatic step. The step must be generated:

Store basic event info as follows:

  • r: Position of yielding event (block index).

  • t: Time of each yielding event (real units).

  • S: Size (signed) of the yielding event.

Tip: use "--smax" to truncate when (known) S is reached to not waste time on the final stage of energy minimisation.