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