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 man in a baseball-style shirt, white shorts, and a cap stands in a cluttered residential garage with bicycles and tools mounted on the walls and the main garage door open to bright daylight. He reaches up to a slatwall rack, grabs a bag, and then turns and walks toward the open garage door, carrying it.
SECONDS: 3
How I got the number: At the end of the clip he is roughly 1.5–2 meters from the threshold of the open garage door, walking at a normal brisk pace (~1.3–1.5 m/s) straight toward it. He should cross the threshold about 1–1.5 seconds after the clip ends. Once outside, the camera can only see him through the doorway window, and the exterior is overexposed; as he continues stepping into the driveway and moving away from the door opening, he will shrink against the glare and drop out of the visible slice of the doorway within another 1.5–2 seconds. That totals about 3 seconds until he is no longer visible.
The next three seconds: