Choose a single timing boundary
Pick a visible event in a saved demo, such as a practice marker appearing, and define the end point as the first frame that displays the corresponding overlay. Note the clip’s original frame rate, whether the export inserted or removed frames, and whether the event and overlay are visible in the same recording. Use frame timestamps if the source has a variable frame rate.
A composite with separate event and overlay recordings needs verified synchronization before the difference is useful. In its documentation, ConsoleTuner separates Gtuner IV video capture from Titan Two controller connections. This review compares only things shown in the recording.
Calculate the visible delay from frame numbers
Worked example with illustrative numbers. In a continuous 60-frame-per-second clip, the marker appears on frame 120 and its matching overlay appears on frame 124. The difference is four frames. Divide 4 by 60 and multiply by 1,000 to get about 67 milliseconds of visible event-to-overlay delay.
If three comparable events show delays of 3, 4, and 7 frames, their median is 4 frames and the observed range is 3 to 7 frames, or about 50 to 117 milliseconds. Report the sample size and any events that never received a matching overlay. Those misses cannot be assigned an ordinary delay of zero.
State what the number covers
Use the label “event-to-overlay delay in this recording” and include the frame rate or timestamp method. A 60-frame-per-second clip advances in steps of about 16.7 milliseconds, so avoid reporting precision finer than the measurement supports. Added editing, slow motion, or an unknown export rate can invalidate the comparison.
A claim about controller response would need a separate synchronized observation of that response. A claim about model inference would need timings collected at the relevant processing stages. Preserve the clip and the two frame numbers so someone else can repeat the calculation.
Sources
Titan Two AI publishes these guides independently. ConsoleTuner makes the Titan Two device and Gtuner IV.