itmlogic package

itmlogic

Subpackages

• itmlogic.diffraction_attenuation package
  • Submodules
  • itmlogic.diffraction_attenuation.adiff module
  • itmlogic.diffraction_attenuation.aknfe module
  • itmlogic.diffraction_attenuation.fht module
• itmlogic.los_attenuation package
  • Submodules
  • itmlogic.los_attenuation.alos module
• itmlogic.misc package
  • Submodules
  • itmlogic.misc.qerf module
  • itmlogic.misc.qerfi module
  • itmlogic.misc.qtile module
• itmlogic.preparatory_subroutines package
  • Submodules
  • itmlogic.preparatory_subroutines.dlthx module
  • itmlogic.preparatory_subroutines.hzns module
  • itmlogic.preparatory_subroutines.qlra module
  • itmlogic.preparatory_subroutines.qlrpfl module
  • itmlogic.preparatory_subroutines.qlrps module
  • itmlogic.preparatory_subroutines.zlsq1 module
• itmlogic.scatter_attenuation package
  • Submodules
  • itmlogic.scatter_attenuation.ahd module
  • itmlogic.scatter_attenuation.ascat module
  • itmlogic.scatter_attenuation.h0f module
• itmlogic.statistics package
  • Submodules
  • itmlogic.statistics.avar module
  • itmlogic.statistics.curv module

Submodules

itmlogic.lrprop module

itmlogic.lrprop.lrprop(d, prop)

The basic Longley-Rice propagation program which returns the reference attenuation (aref) as in Eqn 4.1 of “The ITS Irregular Terrain Model, version 1.2.2: The Algorithm”.

The value of mdp controls some of the program flow. When it equals -1 we are in point-to-point mode, when 1 we are in the beginning of the area mode, and when in 0 we are continuing the area mode. The assumption is that when one uses the area mode, one will want a sequence of results for varying distances.

Parameters:

• d (float) – Distance
• prop (dict) – Contains all input propagation parameters

Returns:

prop – Contains all input and output propagation parameters, including the reference attenuation (aref).

Return type:

dict