Read motion
Compare neighboring frames and identify cuts, edges, objects, and camera movement.
Frame tools / local analysis
This browser mode creates one transparent 50/50 blend for inspection. It does not claim neural or optical-flow interpolation and does not export a high-FPS video.
What it is
Frame interpolation estimates visual states between frames that already exist. A 24 FPS source contains 24 recorded samples per second; a 60 FPS delivery needs 36 additional temporal samples for every second of footage.
Blending only overlaps neighboring frames. Motion-aware methods estimate where objects travel, handle occlusion, and synthesize newly visible detail. Neural systems can improve difficult movement, but may also invent texture or deform fine structures.
How it works
Compare neighboring frames and identify cuts, edges, objects, and camera movement.
Predict where visible features should be at each missing timestamp.
Schedule generated frames, preserve audio timing, and re-encode at the target FPS.
Use cases
Create additional temporal samples before stretching playback.
Reduce judder for motion-heavy delivery while preserving duration.
Support rough timing between key poses, with artist review.
Prepare old footage carefully while retaining the untouched source.
Smoother rapid tracking can expose warping around limbs and equipment.
Make the distinction
Starts from an existing video and adds temporal samples between recorded frames. The expected path is constrained by neighboring footage.
Explore intelligent frame creationStarts from one or more still images and invents a new sequence, action, camera path, and intermediate visual information.
Generate frame to videoCommon questions
It generates intermediate visual states between existing video frames to increase temporal sampling or support slower playback.
Not yet. The current browser tool analyzes timing and creates one blend preview; it does not pretend to run a production interpolation model.
Occlusion, cuts, flashes, transparent materials, text, spokes, and fast deformation make the missing visual state ambiguous.
No. Interpolation follows motion already present in footage; frame-to-video invents a new clip from still-image anchors.
Need generated motion instead?