Floorplans

Floorplans Extrapolation

Floorplans computed from panoramic photography are digital representations of interior spaces generated by analyzing 360-degree panoramic images captured inside a building. Instead of relying on traditional architectural drawings or manual measurements, this approach uses panoramic photography combined with computer vision and photogrammetric techniques to reconstruct the spatial layout of an environment.

During the capture process, panoramic images are taken at multiple positions throughout the space. These images record visual information in all directions, including walls, doors, windows, and fixed architectural elements. Specialized software then analyzes geometric cues, depth relationships, and visual overlaps between panoramas to estimate distances, orientations, and spatial connections between rooms.

The result is a scaled, two-dimensional floorplan that accurately reflects the geometry and layout of the interior. Walls, room boundaries, openings, and circulation paths are detected and positioned, producing a clear and consistent plan view. In many systems, the generated floorplan can be enriched with room labels, dimensions, and semantic information such as room types or functional zones.

Floorplans derived from panoramic photography offer several advantages. They significantly reduce the time and cost associated with manual surveying, minimize human error, and allow spaces to be documented quickly with minimal disruption. Because the data is captured visually, the resulting floorplan remains directly linked to the original panoramas, enabling seamless navigation between the plan and immersive views of the space.

This technology is widely used in real estate, property management, facility documentation, and any other space where fast, reliable, and scalable interior mapping is essential.