Struct SpaceNavigationSystem

pub struct SpaceNavigationSystem<T: AstronomicalDataProvider> {
    pub planner: NavigationPlanner<T>,
    pub data_provider: Arc<T>,
}

Navigation system for interplanetary travel calculations

Fields

planner: NavigationPlanner<T>

data_provider: Arc<T>

Implementations

impl<T: AstronomicalDataProvider> SpaceNavigationSystem<T>

pub fn new(data_provider: T) -> Self

Create a new space navigation system with the given data provider

pub fn set_position_local( &mut self, container_name: &str, local_x: f64, local_y: f64, local_z: f64, )

Set current position using local coordinates relative to an object container

pub fn update_position(&mut self, x: f64, y: f64, z: f64)

Update position with absolute coordinates

pub fn plan_navigation(&self, destination_name: &str) -> Option<NavigationPlan>

Plan navigation to a destination

pub fn format_navigation_instructions(&self, plan: &NavigationPlan) -> String

Format navigation plan as human-readable instructions

pub fn find_nearby_pois(&self, limit: usize) -> Vec<NamedDistance>

Find nearby points of interest

pub fn plan_navigation_to_coordinates( &self, container_name: Option<&str>, pos_x: f64, pos_y: f64, pos_z: f64, system_name: Option<&str>, ) -> Option<NavigationPlan>

Plan navigation to specific coordinates, either global or relative to a container

pub fn get_current_solar_system(&self, plan: Option<&NavigationPlan>) -> System

Determine current solar system

pub fn get_current_position(&self) -> Option<Vector3>

Get the current position if available

pub fn get_current_object_container(&self) -> Option<ObjectContainer>

Get the current object container (planet/moon/station) if available

pub fn find_nearby_pois_in_radius(&self, radius: f64) -> Vec<NamedDistance>

Find nearby points of interest within a specific radius