FlyTo Viewer Path

This tool generates a reproducible fly-to navigation plan for a map or 3D viewer. It accepts geographic coordinates, duration, and optional orientation controls to produce a sequence of waypoints and a final view state that can be scripted in rendering engines. Conceptually, the system models a camera path over the Earth using a great-circle arc for position, while interpolating bearing, tilt, and altitude to deliver a smooth transition. Users such as developers, content creators, and QA engineers benefit by obtaining deterministic flight parameters that support consistent demonstrations and automated tests. The output is structured for easy integration with common engines and pipelines, enabling rapid iteration and testing of camera movements. Core value lies in predictable timing, stable orientation changes, and exportable payloads that remove guesswork from motion design. Core features include required inputs for precise targeting, optional altitude control, and optional easing profiles to shape motion. The tool is engine-agnostic, facilitating reuse across multiple projects and frameworks. Use cases range from onboarding tutorials that show a location transition, to scripted demos that demonstrate spatial narratives, to automated tests that verify camera motion against expected frames. The differentiator is the combination of geospatial fidelity (great-circle paths), orientation handling, and a clean, script-friendly output suitable for large-scale content pipelines.