Reverse Dependencies of pyephem

The following projects have a declared dependency on pyephem:

• automate-home — A python3 library to automate (home) devices
• cfbm — CHIME/FRB Beam Model
• DDFacet — Facet-based radio astronomy continuum imager
• FRion — Ionospheric Faraday rotation prediction and correction for radio astronomy polarization cubes.
• great-expectations-semantic-types-expectations — A collection of Expectations to validate Semantically Typed Data with Great Expectations.
• gsee-redux — GSEE: Global Solar Energy Estimator
• iss-positioner — ISS position computing service
• lct — Lunar Club Tools
• lucid_utils — A library for analysing LUCID data
• MeteorTools — Python Tools for Meteor Data Analysis
• mrg_core — The common library for all Meteor Research Group scripts. This library includes all metrec data interfaces, common astronomical routines, and utility classes.
• nonebot-plugin-cqsat — nonebot2 业余无线电卫星
• pyephem-sunpath — Calculate sunpath using pyephem
• pygdsm — Python Global Sky Model of diffuse Galactic radio emission
• pyhamtools — Collection of Tools for Amateur Radio developers
• pymovie — pymovie is a lightcurve extractor for astronomical videos
• pyote — pyote is a simplified subset of R-OTE
• pysatMissionPlanning — Mission Planning toolkit for pysat
• pysatMissions — Mission Planning toolkit for pysat
• sunpeek — Large Solar Thermal Monitoring Tool. Implements the Performance Check Method of ISO 24194
• swiftbat — Routines for dealing with data from BAT on the Neil Gehrels Swift Observatory
• termtrack — Track Earth-orbiting satellites from your terminal
• tom-nonsidereal-airmass — Tom Toolkit module to plot non-sidereal airmass
• ukmon-meteortools — Python Tools for Meteor Data Analysis
• vegindex — Python tools for generating vegetation index timeseries from PhenoCam images.
• verapy — velocidades radiais
• WhatsObservable — Determine which small solar system bodies are observable from a given location at a given time