I would like to generate output plots showing a horizontal cross section showing the pase displacements in z-direction at a defined level in Plaxis 3D using the scripting server. Is there a way to do this, what is the command? I also tried to generate plots from the deformed mesh, is this possible in Plaxis 3D?
Dear Klaas,
An example of the command to create a cross-section specified by points (0 0 -10), (1 0 -10) and (0 1 -10) is:crosssectionplot Plot_1 0 0 -10 1 0 -10 0 1 -10
This command is explained in the Help>Command reference or you can see it generated if you create manually a cross-section in Output using the side toolbar icon.
Note that you have also submitted a service request about this question and it is currently being handled by a support engineer. The number is 7001028158.
Ah good to know that it is being looked into. Yes I know the command for the cross section, but how does the command look like in Python using the remote scripting server. I think it should look like someing as below but I can not get it to work. Are you able to help?
g_o.Plots[-1].crossectionplot
The correct syntax is:g_o.crosssectionplot(g_o.Plots[-1], (0, 0, -10), (1, 0, -10), (0 , 1, -10)) # the parentheses for the coordinates are optional
This is because the Plot object and the coordinates are parameters as explained in the Command reference.
Note that we also have a Scripting reference that can be launched via Input and it includes the Output commands, too.
https://communities.bentley.com/products/geotechnical1/w/wiki/45447/scripting-reference-and-how-to-use-it
Thank you, I'm getting a step closer. The goal is to export cross section plots for all phases in my model. In which I preferably also can set the results that are shown in the cross section (e.g. Puz, utot etc.). with the command you provided I only can create one cross section after this it runs into an error. Below the error and the code.
Error:
lxscripting.plx_scripting_exceptions.PlxScriptingError: Unsuccessful command:The command 'crosssectionplot' is only for 3D model view plots.
g_o.Plots[-1].PhaseBehaviour = 'projectphase'for phase in g_o.Phases: phase_name = phase.Name.value #retrieve phase name phase_id = phase.Identification.value #retrieve phase identification g_o.Plots[-1].Phase = phase g_o.Plots[-1].hide(g_o.WaterLoads) #hide/show water loads g_o.Plots[-1].hide(g_o.Interfaces) #hide/show interfaces g_o.Plots[-1].show(g_o.Pointloads) #hide/show point loads g_o.Plots[-1].show(g_o.Lineloads) #hide/show line loads g_o.Plots[-1].ResultType = g_o.ResultTypes.Soil.PUz g_o.crosssectionplot(g_o.Plots[-1], (0, 40, 0), (80, 40, 0), (0 , 40, 1)) g_o.Plots[-1].LegendSettings.MinValue = -0.015 #minimum Value of legend g_o.Plots[-1].LegendSettings.MaxValue = 0 #maximum value of legend g_o.Plots[-1].MeshSettings.ElementContours = False #hide Element contours True/False g_o.Plots[-1].export(output_location + 'Puz' + phase_id + '.png'.format(phase), 1920, 1080)
The details of a question are only handled in a Service Request.
Please refer to Service Request 7001028158 for more in-depth assistance. I can follow-up with this question.
I have the same issue. Runs the first cross section plot but fails on sub sequent ones
Dear Brian,
One thing to comment, as from your description it is not clear what the failure message is, is to check for which Plots object you try to configure.
The object Plots[-1] always points to the lastly created plot in Output. To give you an example:
If you cannot figure out why your script does not do what you need, we can further assist you in a service request. Note that as we do not do code reviews in support, we can check the PLAXIS commands and their Python equivalents that work as intended.