Conversation
-Adapted treecode based on segments, removes the need to choose a number of particles per segment. -The moments are computed directly from the segments. -The direct evaluations are done on the original segments.
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Thank you Remi for sharing this! We've discussed this together a couple of months ago, and this is a great contribution thank you for doing this. Can you update the documentation to mention this change? You can edit: For the r-test: Let me know if you need help for any of these. If you don't have the time to do it, you can give me access to your repo and I'll take care of it. Emmanuel |
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I've talked with Remi and took care of the remaining actions. This pull request is now ready to be merged. |
This pull request is ready to be merged.
Feature or improvement description
Adds a segment-based treecode algorithm based on the current particle-based treecode algorithm.
It removes the need to choose a number of approximating particles:
A new option is added for VelocityMethod in the FVW input file. The segment treecode is VelocityMethod=4
The method gives results equivalent to the existing treecode using several particles but has a computational load similar to the existing treecode with only one particle. It improves the accuracy compared to the one particle method while it has a similar computational cost. The computational cost is slightly higher than the one particle method due to the more demanding moment computation.
Impacted areas of the software
OLAF in AeroDyn, documentation
Tasklist
Tests

Switching from regular segment to tree segment in the Quad-Rotor tests case had the following change in result (negligible) requiring to change the baselines.