Legacy example — not validated against this updated recipe.

technique · 6 recipes

Tracking / Follow

Travel with the moving subject using the declared relative position and distance profile. Maintain spatial continuity; follow focus and framing without replacing travel with a stationary telephoto pan.

Selected recipe

Car Chasing

Car Chasing is a variant of Tracking / Follow. It retains its own complete execution recipe.

Scene and execution

8 seconds · single take

Scene
A pale sage-green utility van and an adult passenger with a muted red paper route card occupy a closed test lane. Cream safety blocks and graphite upholstery supply a simple, controlled vehicle-study setting.
Initial state
Virtual chase camera 1.2 m high behind a dark foreground hood, sage van 12 m ahead on closed lane.
Action / timeline
The lead van travels 40 m in eight seconds. The chase platform travels 44 m, closing the gap from 12 m to 8 m over the first six seconds, then matching the van's speed for the final two. The van stays ahead on the same lane; the foreground chase hood is fixed while markings stream and the van grows moderately. The foreground hood belongs to the chase vehicle, not the lead van. Close the gap from 12 to 8 m over six seconds, then match speed for two seconds; preserve both vehicle identities.
End state
Van remains eight metres ahead, with both machines' relationship readable.
Lighting
Use overcast 6000 K ambient light with 5600 K white balance. Soft 5600 K interior fill supports faces without resembling a dashboard lamp. Hold windshield reflections and pale paint below clipping; lock exposure throughout the run.
Color
Sage paint and cream road blocks contrast with graphite upholstery and a muted red route card. Shadows remain cool grey, faces natural, bright glass reflections neutral. Use restrained saturation and smooth highlights with visible asphalt texture.
Assembly / finishing
Use a coherent virtual vehicle scene with a rigid camera-parent transform where specified. No physical mounting or driving stunt is required by this recipe.

Design references only, not measured metadata or guarantees of a generator. Validate rendered images, timing and any audio separately.

Text recipe integrated for browsing. Render testing, visual approval and publication are separate checks; legacy examples do not establish approval.

Still-image prompt

Initial-frame preparation only. A still image cannot demonstrate motion, editing or audible timing.

Create only the initial frame; motion is specified separately.
Scene: A pale sage-green utility van and an adult passenger with a muted red paper route card occupy a closed test lane. Cream safety blocks and graphite upholstery supply a simple, controlled vehicle-study setting.
Initial state: Virtual chase camera 1.2 m high behind a dark foreground hood, sage van 12 m ahead on closed lane.
Still reference: Full-frame 36 mm wide reference, 16:9 framing; optics 50 mm virtual prime; f/8; exposure 1/48 s
Lighting: Use overcast 6000 K ambient light with 5600 K white balance. Soft 5600 K interior fill supports faces without resembling a dashboard lamp. Hold windshield reflections and pale paint below clipping; lock exposure throughout the run.
Color: Sage paint and cream road blocks contrast with graphite upholstery and a muted red route card. Shadows remain cool grey, faces natural, bright glass reflections neutral. Use restrained saturation and smooth highlights with visible asphalt texture.
Do not depict multiple future moments in this one frame. This still alone is not evidence that a dynamic technique succeeded.

Production prompt

Complete execution and assembly recipe. Independent sources below must be acquired separately where specified.

PRODUCTION RECIPE: Tracking / Follow / Car Chasing
Output: 8 s. Workflow: single_take. Format: Full-frame 36 mm wide reference, 16:9 framing.
Core constraint: Travel with the moving subject using the declared relative position and distance profile. Maintain spatial continuity; follow focus and framing without replacing travel with a stationary telephoto pan.
Scene: A pale sage-green utility van and an adult passenger with a muted red paper route card occupy a closed test lane. Cream safety blocks and graphite upholstery supply a simple, controlled vehicle-study setting.
Initial state: Virtual chase camera 1.2 m high behind a dark foreground hood, sage van 12 m ahead on closed lane.
Action / timeline: The lead van travels 40 m in eight seconds. The chase platform travels 44 m, closing the gap from 12 m to 8 m over the first six seconds, then matching the van's speed for the final two. The van stays ahead on the same lane; the foreground chase hood is fixed while markings stream and the van grows moderately. The foreground hood belongs to the chase vehicle, not the lead van. Close the gap from 12 to 8 m over six seconds, then match speed for two seconds; preserve both vehicle identities.
End state: Van remains eight metres ahead, with both machines' relationship readable.
Camera design reference: Full-frame 36 mm wide reference, 16:9 framing; optics 50 mm virtual prime; fixed focal length; f/8; exposure 1/48 s; capture 24 fps; playback 24 fps; focus: Follow van from 12 m to 8 m; chase hood deliberately soft.
Lighting: Use overcast 6000 K ambient light with 5600 K white balance. Soft 5600 K interior fill supports faces without resembling a dashboard lamp. Hold windshield reflections and pale paint below clipping; lock exposure throughout the run.
Color: Sage paint and cream road blocks contrast with graphite upholstery and a muted red route card. Shadows remain cool grey, faces natural, bright glass reflections neutral. Use restrained saturation and smooth highlights with visible asphalt texture.
Assembly / finishing: Use a coherent virtual vehicle scene with a rigid camera-parent transform where specified. No physical mounting or driving stunt is required by this recipe.
Avoid: Parked vehicle with a static outside world; Rig anchor drifting independently of its vehicle
Parameters are design references; generated output requires visual and, where applicable, audible verification.

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