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Please describe the use case that requires this feature.
Currently we have atmprof.line_of_sight_integral(h, zenith) that converts h (distance in m) to x (slant depth in g cm-2). For the ImPACT analysis, we need the inverse transform as well.
Describe the solution you'd like
Implement derivative() functions for all AtmosphereDensityProfiles, similar to the existing integral() and provide a top-level function to do the line_of_sight_derivative()
Also, we should consider renaming h_max to d_max or shower_max_distance or something, to be clear that it is not the height A.S.L., but really the distance to the shower max along the shower direction. That way it's clear that this and x_max are the same measure but expressed in different units.
Please describe the use case that requires this feature.
Currently we have
atmprof.line_of_sight_integral(h, zenith)
that converts h (distance in m) to x (slant depth in g cm-2). For the ImPACT analysis, we need the inverse transform as well.Describe the solution you'd like
Implement
derivative()
functions for allAtmosphereDensityProfiles
, similar to the existingintegral()
and provide a top-level function to do theline_of_sight_derivative()
needed for #2305
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