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Summary

GeoEfficiency Package

Introduce a fast and flexible tool to calculate in batch or individually the geometrical efficiency for a set of common radiation detectors shapes (cylindrical,Bore-hole, Well-type) as seen form a source. The source can be a point, a disc or even a cylinder.

Requirements

  • Julia 1.5 or above.
  • QuadGK 2.4 or above, will be installed automatically while the package Installation.

Download and Install the Package

To install the latest stable version

julia> import Pkg

julia> Pkg.add("GeoEfficiency")

Documentation and Updates

\t Repository: GitHub.com \t Documentation: https://GeoEfficiency.GitHub.io/dev/index.html \t https://juliahub.com/docs/GeoEfficiency/ \t PDF_Manual: https://GeoEfficiency.GitHub.io/dev/GeoEfficiency.jl.pdf

To use Julia pakage manger to check for and obtaining the latest stable vesrion

julia> import Pkg

julia> Pkg.update("GeoEfficiency")

Quick Usage

After installing the package, you can load it to your current workspace by typing the following:

julia> using GeoEfficiency

Now the package is available to use, try typing:

julia> calc()

  • geoEff() : Calculate the geometrical efficiency for one geometrical setup return only the value of the geometrical efficiency.\n

  • calc() : Calculate the geometrical efficiency for one geometrical setup and display full information on the console.\n

  • calcN() : Calculate the geometrical efficiency for geometrical setup(s) and display full information on the console until the user quit.\n

  • batch() : Calculate the geometrical efficiency using data in the "GeoEfficiency" folder in batch mode.