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API / Python scripting - PLAXIS

This section contains examples and background information on the use of the PLAXIS Remote Scripting server API and the use of the Python wrapper.

The staged construction settings and values for any Intrinsic properties of all UserFeatures can be retrieved and set using these Python scripts.
When using the Calculation manager tool, it is possible to include one pre-processing and/or one post-processing Python script.
Having trouble making cross sections for PLAXIS results using the Python wrapper? Find a working solution with an example in this article!
A Python script was developed to create multiple cross-sections of an embankment at different locations making the design process more effective.
In this example, we will show how to change a soil material colour in PLAXIS 2D and PLAXIS 3D using a working Python script example.
We defined a Python script combining forces and displacements for a single wall into one plot and table for easy extraction of combined results. The page includes a fully working Python script for PLAXIS 2D 2017 you can run directly from the program without installing or programming!
PLAXIS Output offers the possibility of using Python scripting to configure the plot settings in order to export a plot to a file for post-processing.
In this article, it is explained how to use the Remote scripting feature (Python commands) to create a tunnel using the PLAXIS tunnel designer.
The article explains the available options on how to install and use any Python modules with the PLAXIS scripting environment.
The following article explains how to open and close any PLAXIS project using Python when using the PLAXIS scripting environment.
A simple Python example on how to retrieve results from the PLAXIS 2D Output program by providing the node number.
Since PLAXIS CONNECT Edition V20, extensive documentation is available regarding the Remote Scripting functionality. This can be found under Help > Scripting reference menu. The first step to identify the command syntax when using the Python scripting functionality is to understand the Plaxis native command.
The Material object data structure has been updated to be more flexible for future developments. This page list the changes between PLAXIS V21 and V22
To get a list of just soil or plate material using Python, we can use a simple line to retrieve these. Here we show you how to easily do this.
A Python script is provided to stop the calculation at an intermediate phase if the horizontal displacement is larger than a limitation in excavations
For PLAXIS 2D or 3D you can define a soil/rock material with a specific soil model directly via the command line or via remote scripting.
Sometimes you import a geometry into PLAXIS 2D via e.g. a DXF file, but the import does not generate soil polygons, but polycurves (just the outlines). This Python script fixes it.
With the PLAXIS Remote scripting API, it is possible to automate the process of handling any invalid custom connections present in a project.
In PLAXIS 2D, you may want to know all the coordinates of a polygon in order to use it in your Python/scripting environment. This page shows a Python snippet to quickly retrieve this info.
In each borehole, soil layer information is stored: top, bottom and thickness. The attached Python script reads this data and returns it to be used in your script!
Since PLAXIS CONNECT Edition V20, extensive documentation is available regarding the Remote Scripting functionality. This can be found under Help > Scripting reference menu. The documentation is based on Jupyter notebooks and requires the activation of the Remote scripting server.
With Python scripting, it is now possible to take advantage of the interactive selection of objects and pass them to the scripting layer for further usage. This can be achieved using the selection API.
This Python scripting example will teach you how to automatically assign soil materials to the borehole soil layers in your PLAXIS model.
An example is provided for the Python automation of defining composite section plate properties and evaluating tunnel liner capacity with PLAXIS 2D.
Advancing tunnels in PLAXIS 3D may need many calculation phases to model the full sequence and can be tedious to do. Using automation (and Python) this can all be done with a single action.
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