Inputs and files attached to the run itself. Model output is shown with its turn.
This is a short clip from a fixed camera.
Two or three sentences: the setting, the person, and what he is doing.
The clip ends while the man is still in view. Estimate how many seconds after the clip ends he will no longer be visible in this camera's view. Put the number on its own line in exactly this form:
SECONDS: <number>
Then explain how you got the number: where you think he is going, the path he takes, and how fast he is moving.
If you do not expect him to leave the camera's view, write SECONDS: none and explain why.
Describe what he does in the three seconds after the clip ends, in order.
What you see: A fixed security camera looks into a tidy residential garage: bicycles mounted on the left wall, a workbench and slat-wall storage along the back, and a fully open garage door on the right flooding the floor with daylight. A man in a t-shirt and shorts walks from the storage wall across the open concrete floor toward that bright doorway, arms lowered at his sides after adjusting something near his head. He is mid-stride, heading straight for the exit.
SECONDS: 3
How I got the number: At the last frame he is essentially at the threshold of the open garage door, having crossed roughly two-thirds of the garage width in about two seconds (a normal walking pace of ~1.2–1.5 m/s). Continuing on the same line, he steps fully out onto the driveway within about a second of the clip ending. Outside, he keeps moving forward and drifts to the right along the drive; since the camera can only see the outdoors through the door opening, once he passes beyond the right edge of that opening (and into the overexposed glare), roughly two more seconds later, he is no longer visible. Total ≈ 3 seconds after the clip ends.
The next three seconds: