pyant¶

`pyant.beam`	Defines an antenna's or entire radar system's radiation pattern
`pyant.clib`	python-interface to c-library beam
`pyant.coordinates`	Useful coordinate related functions.
`pyant.plotting`	Useful coordinate related functions.
`pyant.profiling`
`pyant.registry`
`pyant.statistics`

beams¶

Collection of pre-defined radar beams of different Models.

These instances usually correspond to a real physical system.

To register a new radar beam model use the registartor function to pass it the function that generate the specific radar beam. The function expects a signiature of only keyword arguments which are options for the generating function.

`pyant.beams.arrays`
`pyant.beams.beams`	Handler for specific radar beam instances
`pyant.beams.eiscat_3d`	A collection of functions and information for the EISCAT 3D Radar system.
`pyant.beams.eiscat_uhf`
`pyant.beams.esr`	A collection of functions and information for the TSDR Radar system.
`pyant.beams.radar_parameters`
`pyant.beams.tsdr`	A collection of functions and information for the TSDR Radar system.

data¶

models¶

`pyant.models.airy`
`pyant.models.array`
`pyant.models.cassegrain`
`pyant.models.finite_cylindrical_parabola`
`pyant.models.gaussian`
`pyant.models.interpolated`
`pyant.models.interpolated_array`
`pyant.models.measured`
`pyant.models.phased_finite_cylindrical_parabola`