FlyTo Parameters

The tool computes a complete set of camera flyTo parameters for 3D viewers and mapping apps. It accepts destination coordinates (latitude, longitude, height) and optional orientation (bearing, pitch), plus a duration or a distance-based duration heuristic. This enables developers to craft repeatable, performance-conscious camera transitions across scenes or tours. Conceptually, a flyTo involves smooth interpolation between a start and end pose; the tool derives an end pose and timing based on geometry, with sensible defaults and validation. It supports explicit duration or a computed value based on 3D distance, yaw/pitch interpolation, and optional easing. The output is a parameter bundle suitable for direct use in viewer APIs or automated pipelines, improving consistency and reducing manual tuning across projects. Use cases include landing from a site overview to a focused view in GIS apps, virtual tours for real estate, game prototypes, and AR/VR scenery sequencing. Unique value lies in explicit validation, clear input ranges, and flexible defaults, plus batch support for multiple destinations in a single run. Core features include: latitude/longitude/height inputs, bearing and pitch options, optional start pose, distance-based or explicit duration, angle-aware interpolation, and easy export of the resulting parameter set for scripting. This tool helps engineers characterize animation behavior, ensure user-friendly speeds, and accelerate scene tuning without embedding UI considerations.