Struct ExoplanetClient 

pub struct ExoplanetClient { /* private fields */ }

Client for NASA Exoplanet Archive

Provides access to confirmed exoplanets and their properties:

• Planetary mass, radius, orbital period
• Discovery method (transit, radial velocity, imaging, etc.)
• Habitable zone candidates

Example

use ruvector_data_framework::ExoplanetClient;

let client = ExoplanetClient::new()?;
let all = client.search_exoplanets(None).await?;
let habitable = client.get_habitable_zone().await?;
let transit = client.get_by_discovery_method("Transit").await?;

Implementations

impl ExoplanetClient

pub fn new() -> Result<Self>

Create a new Exoplanet Archive client

pub async fn search_exoplanets( &self, query: Option<&str>, ) -> Result<Vec<SemanticVector>>

Search for exoplanets with optional query

Arguments

• query - Optional WHERE clause (e.g., “pl_rade>2” for super-Earths)

Example

let all = client.search_exoplanets(None).await?;
let large = client.search_exoplanets(Some("pl_rade>10")).await?;

pub async fn get_habitable_zone(&self) -> Result<Vec<SemanticVector>>

Get planets in the habitable zone (potentially life-supporting temperatures)

Example

let habitable = client.get_habitable_zone().await?;

pub async fn get_by_discovery_method( &self, method: &str, ) -> Result<Vec<SemanticVector>>

Get planets discovered by a specific method

Arguments

• method - Discovery method: “Transit”, “Radial Velocity”, “Imaging”, “Microlensing”, etc.

Example

let transit = client.get_by_discovery_method("Transit").await?;
let imaging = client.get_by_discovery_method("Imaging").await?;

Trait Implementations

impl Default for ExoplanetClient

fn default() -> Self

Returns the “default value” for a type.