Crate rust_solar

Rust Solar Information

Please know this may not be 100% accurate as these data rely on 30% hypothetical data.

Rust Solar is a full fledged library to help programmers utilize calendar, date, and time for celestial bodies in their application. Down below are some links that helped my research.

References Used

• Latex Editor
• Desmos Scientific Calculator
• Mars Html Calendar
• Design of an Elliptical Transfer Orbit
• Kepler Orbits
• Hyperbolic Kepler’s Equation
• Semi Major Axises and Semi Minor Axises
• Geometry of Orbits
• Julian Date Converter
• Semi Latus Rectum of Parabola or Hyperbola

  Semi-Latus Rectum equation by Kolodez

• Orbital Periods
• Astronomy Calculations
• Mars Clock
• Orbits

Features

• asteroids : Brings asteroid support
• planets: Brings planet support
• exo-planets: Brings exo-planet support
• comets: Brings comet support
• moons: Brings moon support

Modules

• anomaly
  This module contains anomalic equations
• asteroids
  This module contains calculations for supported asteroids
• comets
  This module contains calculations for supported comets
• conversions
  This module contains common conversion data
• exoplanets
  This module contains calculations for supported exoplanets
• julian
  This module contains julian operations
• kepler
  This module contains common kepler data
• moons
  This module contains calculations for supported moons
• orbit
  This module contains common orbital data
• planets
  This module contains calculations for supported planets

Macros

• get_icu
  This is a declarative macro wrapper which acts like a match statement for making datetimes
• getcal
  This is a declarative macro wrapper that containerizes a calendar type.
• set_datetimes
  This is a declarative macro that abstracts the EarthDateTime::set_datetime method.
• transport_icu
  This is a declarative macro wrapper which acts like a match statement, for transporting datetimes to gregorian date