| GeometryRayHeight {radar} | R Documentation |
Center of radar beam height calculation
Description
GeometryRayHeight returns the center of radar beam height
From Rinehart (1997), Eqn 3.12, Bech et al. (2003) Eqn 3
Usage
GeometryRayHeight(r, elev, H0, R1=kConstantR43)Arguments
r |
Range from radar to point of interest [m] |
elev |
Elevation angle of radar beam [deg] |
H0 |
Height of radar antenna [m] |
R1 |
Effective radius [m] |
Value
h |
Radar beam height [m] |
Author(s)
Jose Gama
Source
Nick Guy, 2014 PyRadarMet - Python Fundamental Calculations in Radar Meteorology https://github.com/nguy/PyRadarMet
R. E. Rinehart, 1997 Radar for Meteorologists Rinehart Publishing
References
Nick Guy, 2014 PyRadarMet - Python Fundamental Calculations in Radar Meteorology https://github.com/nguy/PyRadarMet
R. E. Rinehart, 1997 Radar for Meteorologists Rinehart Publishing
[Package radar version 1.0.0 Index]