Both athletes aligned on the same movement. Individual speed ramps are calculated continuously so corresponding actions remain superimposed throughout the run.
In slow motion, eSplit can apply ExtraMotion-type interpolation to enhance frame-by-frame movement analysis.
Both athletes shown at the same elapsed time. The engine locks playback to the clock — the time gap is directly readable.
The live feed is delayed by 1 frame maximum for simultaneous AI reframing on both channels.
The replay is positioned by the operator in Chrono or Action mode per the director's editorial choice.
First laboratory evaluation on WEC footage — single sector.
This demonstrates current system performance, not a final production scenario.
Image quality reflects non-broadcast source material. Presented as a basis for discussion.
Both cars aligned at the same track position. The driving line is directly comparable across the sector.
Shows where the faster car gains time — at two apex points in the S-section.
Delta derived from the sync engine, no external timing required.
This is a first laboratory attempt at a stitch-style cut. The processing is exploratory — not a production-ready output. It is presented here to indicate a possible editorial direction only.
A second attempt based on the same sequence. The result remains rough — this is laboratory-grade processing, not broadcast quality.
Both sequences are presented solely as a basis for discussion on what stitch-type effects could look like in a WEC context.