Struct TrajectorySolver 

pub struct TrajectorySolver { /* private fields */ }

Implementations

impl TrajectorySolver

pub fn new( inputs: BallisticInputs, wind: WindConditions, atmosphere: AtmosphericConditions, ) -> Self

pub fn set_max_range(&mut self, range: f64)

pub fn set_time_step(&mut self, step: f64)

pub fn set_wind_segments(&mut self, segments: Vec<WindSegment>)

Supply downrange-segmented wind. Each segment is (speed_kmh, angle_deg, until_distance_m); the wind for a given downrange distance is the first segment whose until_distance_m exceeds it (a step function), and wind is zero beyond the last segment. An empty list clears segmented wind (reverts to the scalar wind). The angle convention matches WindConditions (0 = headwind, 90 = from the right).

pub fn set_atmo_segments(&mut self, segments: Vec<AtmoSegment>)

Supply downrange-segmented atmosphere (MBA-1137). Each segment is (temp_c, pressure_hpa, humidity_percent, until_distance_m), defined at the shooter base altitude; the per-substep drag density recompute selects the active zone by downrange distance (first zone whose until_distance_m exceeds it; the last zone is held beyond the final threshold). The zone’s base conditions are composed with the vertical altitude lapse via get_local_atmosphere, so a steeply-arcing shot still sees the y-lapse on top of the zone base. An empty list clears segmented atmosphere (reverts to the resolved single-station conditions), so a non-segmented solve is numerically identical to pre-feature behavior.

pub fn solve(&self) -> Result<TrajectoryResult, BallisticsError>