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aviation-math

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Different methods to calculate distances, bearing and projections for aviation related software

github.com/bjoernffm/aviation-math

bjoernffm/aviation-math

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import { DegreesTrue, NauticalMiles, TurnDirection } from "./common"; import { Position } from "./position"; /** * Projects the eventual position of a turn starting at a reference position * * @example * const result = projectTurnPosition( * new Position(50.0379326, 8.5599631), * 270, * 90, * 4, * TurnDirection.LEFT * ); * // result.lat = 49.9048... * // result.lon = 8.5599... * * @param reference The start position of the turn * @param inboundCourse Course to start the turn inbound the reference position * @param outboundCourse Course to end the turn with * @param radius The turn radius in nautical miles * @param turnDirection Turn direction (left or right) * @returns The eventual position of the turn where course is outboundCourse */ export declare function projectTurnPosition(reference: Position, inboundCourse: DegreesTrue, outboundCourse: DegreesTrue, radius: NauticalMiles, turnDirection: TurnDirection): Position;