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is it possible to directly calculate the collision risk per crossing of the circular rotor plane, instead of using densities or fluxes? I tried to convert the number of crossings into fluxes based on the Band 2012 paper, however, there are several uncertainties remaining, so I would really prefer to directly use the number of crossings (or calculate the risk per crossing) directly.
Thanks!
The text was updated successfully, but these errors were encountered:
I believe the function get_avg_prob_collision() is what you are looking for - it calculates the single transit collision risk assuming no avoidance action.
Please note two important parameter specifications:
blade_pitch should be provided in radians
flap_glide refers to a correction factor - 2/pi for gliding-type birds, 1 for flapping-type birds
Hello,
is it possible to directly calculate the collision risk per crossing of the circular rotor plane, instead of using densities or fluxes? I tried to convert the number of crossings into fluxes based on the Band 2012 paper, however, there are several uncertainties remaining, so I would really prefer to directly use the number of crossings (or calculate the risk per crossing) directly.
Thanks!
The text was updated successfully, but these errors were encountered: