Hi Timur,
First of all, thank you for developing KOALA — it is a very promising tool.
I would like to suggest two feature improvements that would be very useful for engineering workflows and post-processing:
1) Export numerical results from Dynamic Analysis
Would it be possible to export the numerical results from the dynamic analysis (ISO 13786) to a .txt or .csv file?
This would be very helpful for:
- archiving calculation results,
- comparing several assemblies,
- post-processing the outputs in external tools,
- integrating KOALA results into reports or research workflows.
Ideally, the export could include the key computed indicators from the ISO 13786 analysis.
2) Glaser plot from a selected section in the image view
It would also be very useful to have, in the image/section view, a cursor or selection tool that allows the user to generate a Glaser plot for the selected slice/section.
More specifically, the idea would be to display the evolution of:
- vapor pressure (Pv),
- saturation vapor pressure (Pvsat),
along the selected section.
This would make the condensation analysis much more actionable and easier to interpret locally, especially when investigating specific areas of the assembly.
Thanks again for your work on KOALA.
Thank you!
Hi Timur,
First of all, thank you for developing KOALA — it is a very promising tool.
I would like to suggest two feature improvements that would be very useful for engineering workflows and post-processing:
1) Export numerical results from Dynamic Analysis
Would it be possible to export the numerical results from the dynamic analysis (ISO 13786) to a
.txtor.csvfile?This would be very helpful for:
Ideally, the export could include the key computed indicators from the ISO 13786 analysis.
2) Glaser plot from a selected section in the image view
It would also be very useful to have, in the image/section view, a cursor or selection tool that allows the user to generate a Glaser plot for the selected slice/section.
More specifically, the idea would be to display the evolution of:
along the selected section.
This would make the condensation analysis much more actionable and easier to interpret locally, especially when investigating specific areas of the assembly.
Thanks again for your work on KOALA.
Thank you!