Type Definition kidou::F

pub type F = f64;

The floating point type used across the program

Trait Implementations

impl Conversions for F

type Output = F

A float type. Should be the same as Self.

fn to_km_per_s(&self) -> Self::Output

Convert $ \text{kpc} \, \text{Myr}^{-1} $ to $ \text{km} \, \text{s}^{-1} $

fn to_kpc_per_myr(&self) -> Self::Output

Convert $ \text{km} \, \text{s}^{-1} $ to $ \text{kpc} \, \text{Myr}^{-1} $

fn to_kpc_per_myr_2(&self) -> Self::Output

Convert $ 100 \; \text{km}^2 \, \text{s}^{-2} $ to $ \text{kpc}^2 \, \text{Myr}^{-2} $

fn to_seconds(&self) -> Self::Output

Convert $ \text{Myr} $ to seconds

fn to_kpc(&self) -> Self::Output

Convert $ \text{km} $ to $ \text{kpc} $

impl Corrections for F

type Output = F

A float type. Should be the same as Self.

fn to_gca_x(&self) -> Self::Output

Convert X component of the radius vector from the Heliocentric Cartesian system to Galactic Cylindrical system

fn to_gca_z(&self) -> Self::Output

Convert Z component of the radius vector from the Heliocentric Cartesian system to Galactic Cylindrical system

fn to_gca_u(&self) -> Self::Output

Convert U component of the velocity vector from the Heliocentric Cartesian system to Galactic Cylindrical system

fn to_gca_v(&self) -> Self::Output

Convert V component of the velocity vector from the Heliocentric Cartesian system to Galactic Cylindrical system

fn to_gca_w(&self) -> Self::Output

Convert W component of the velocity vector from the Heliocentric Cartesian system to Galactic Cylindrical system