Input formats

What kinds of video and photos 360 Gaussian Pro accepts, and how it treats each.

360 Gaussian Pro accepts several input types and picks the right pipeline for each automatically when you add a clip to the queue. You can also adjust settings manually.

Supported inputs

Input	Examples	Notes
Dual-fisheye 360	Insta360, Antigravity A1 `.insv`, DJI Osmo 360, Avata 360 `.osv`	The highest-quality path especially for interior splats. Both lenses are used natively.
Equirectangular (stitched 360)	2:1 `.mp4` / `.mov`	Single stitched sphere.
Flat (non-360) video	Smartphone / DSLR / drone `.mp4` / `.mov`	Ordinary perspective video — the frames are used directly.
Photo folders	DSLR / drone stills	A folder of plain photos.

Input formatsPick an input to see the path it takes

Extract→Pinhole split→Mask→Align→Train

Both lenses used natively — the quality path, especially for interiors.

.insv · .osv · GPS / IMU used

How input type changes things

Dual-fisheye footage is split into pinhole views and fused into a single camera rig — the quality path for 360 capture.
Equirectangular footage is aligned as 360 footage and split later in the process into cubemaps.
GPS / IMU if footage has GPS or IMU data embedded in .insv / .osv files is used automatically to put the model upright and at real-world scale. If footage is trimmed outside of 360 Gaussian Pro, it's not able to extract GPS data. You can provide a .gpx file next to the input file. For inputs without embedded GPS/IMU, the model is reconstructed in an arbitrary orientation and scale — you can align and rescale it manually afterwards.

Which input suits which scenePick what you are shooting

InputDual-fisheye 360

Splits5

WhyTight rooms need every direction at once; the native fisheye path keeps the most detail.

Watch forMask the operator — you are always in shot.

Next: First Run.