Comments (8)
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Thanks for the feedback.
I don't know the exact setup you used, but it looks like the environment parameters you are using is generating too many rays. You may wish to only generate eigenrays rather than all rays. In any case, please refer to Bellhop documentation on how the modeling is controlled by the parameters, as all arlpy does is wrap Bellhop, and does not do the ray computations itself. Do note that eigenray computation in Bellhop gives a set of rays that pass close to the receiver (not necessarily exact).
As for use of Bokeh, I take your point on it being resource intensive for graphs with lots of data. I am evaluating use of Plotly instead of Bokeh, but haven't made that decision yet.
from arlpy.
from arlpy.
Hi
Do you have detailed Bellhop manual? I can see one manual of 2011 on the web.
Thanks.
from arlpy.
Yes, I believe the 2011 one is the most recent one that I know of.
from arlpy.
Hi, I did read the 2011 manual which is an intro really. I am still wondering at you would have the intro about output data structures. If yes, could you please share? As my simulations as shown are not correct at all. I am stucked in getting the correct rays. Appreciate your help!
from arlpy.
The original acoustics toolbox has a number of MATLAB scripts to deal with the output. Those are the best source of information on the output formats for me, as they are current and work. My Python implementations were based on that, and as far as I can tell from the use cases I use it for, that seems to work fine.
from arlpy.
Thanks. I will take look about the m-codes. while I would not expect people enjoy such eigen ray plot as shown :-)
from arlpy.
Related Issues (20)
- Not able to compute or plot arrival times/ rays using bellhop model in python HOT 1
- Transmitter position/ possible request HOT 1
- Exposing when `bellhop.exe` is not recognized HOT 1
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- Range dependent profile -I am getting Print('[WARN] Bellhop did not generate expected output file') HOT 8
- np.int is deprecated in numpy == 1.20.0 HOT 1
- arlpy outputs debug messages to stdout HOT 3
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- Compatibility issues with Bokeh version 3.1.1 HOT 4
- Ability to plot a transmission loss slice at one receiver depth HOT 2
- CI is broken
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- Arrival Amplitude Calculation raises error HOT 9
- failed to validate FigureOptions(...).y_range HOT 2
- Impulse Response Calculation HOT 1
- compute_arrivals and compute_eigenrays do not work in parallel HOT 2
- The reference bellhop version which is compatible with arlpy HOT 1
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from arlpy.