Struct LunarOrbit

Source

pub struct LunarOrbit {
    pub semi_major_axis_m: f64,
    pub eccentricity: f64,
    pub inclination_deg: f64,
    pub true_anomaly_rad: f64,
}

Fields§

§semi_major_axis_m: f64§eccentricity: f64§inclination_deg: f64§true_anomaly_rad: f64

Implementations§

Source §

impl LunarOrbit

Source

pub fn new() -> Self

Examples found in repository ?

examples/orbital_sim.rs (line 4)

1fn main() {
2    let earth_context = moons::interactions::earths::ensure_earths_binary_or_simulate();
3
4    let orbit = moons::physics::orbit::LunarOrbit::new();
5    let rotation = moons::physics::rotation::MoonRotation::new();
6
7    println!(
8        "mode={:?} earth_r_km={:.1} earth_theta_deg={:.2} earth_spin_deg={:.2} mean_motion={:.8} periapsis_m={:.0} eq_speed_m_s={:.4}",
9        earth_context.mode,
10        earth_context.orbital_radius_km,
11        earth_context.orbital_angle_deg,
12        earth_context.rotation_angle_deg,
13        orbit.mean_motion_rad_s(),
14        orbit.periapsis_m(),
15        rotation.equatorial_speed_m_s(),
16    );
17}

Source

pub fn orbital_period_s(&self) -> f64

Source

pub fn mean_motion_rad_s(&self) -> f64

Examples found in repository ?

examples/orbital_sim.rs (line 13)

1fn main() {
2    let earth_context = moons::interactions::earths::ensure_earths_binary_or_simulate();
3
4    let orbit = moons::physics::orbit::LunarOrbit::new();
5    let rotation = moons::physics::rotation::MoonRotation::new();
6
7    println!(
8        "mode={:?} earth_r_km={:.1} earth_theta_deg={:.2} earth_spin_deg={:.2} mean_motion={:.8} periapsis_m={:.0} eq_speed_m_s={:.4}",
9        earth_context.mode,
10        earth_context.orbital_radius_km,
11        earth_context.orbital_angle_deg,
12        earth_context.rotation_angle_deg,
13        orbit.mean_motion_rad_s(),
14        orbit.periapsis_m(),
15        rotation.equatorial_speed_m_s(),
16    );
17}

Source

pub fn periapsis_m(&self) -> f64

Examples found in repository ?

examples/orbital_sim.rs (line 14)

1fn main() {
2    let earth_context = moons::interactions::earths::ensure_earths_binary_or_simulate();
3
4    let orbit = moons::physics::orbit::LunarOrbit::new();
5    let rotation = moons::physics::rotation::MoonRotation::new();
6
7    println!(
8        "mode={:?} earth_r_km={:.1} earth_theta_deg={:.2} earth_spin_deg={:.2} mean_motion={:.8} periapsis_m={:.0} eq_speed_m_s={:.4}",
9        earth_context.mode,
10        earth_context.orbital_radius_km,
11        earth_context.orbital_angle_deg,
12        earth_context.rotation_angle_deg,
13        orbit.mean_motion_rad_s(),
14        orbit.periapsis_m(),
15        rotation.equatorial_speed_m_s(),
16    );
17}