Dust-Wiped Logo Reveal on Car Hood

Transform the uploaded logo into a realistic outdoor scene, with the logo's outline revealed by wiping dust off a dirty car hood with one hand. The logo must maintain its precise shape and proportions, making it look as if someone is naturally tracing it on the accumulated dust layer, leaving clean stripes that form a recognizable silhouette.

Material details:
A fine layer of dust covers the car hood, with uneven thickness.
The clear wiping path forms the logo shape, with visible finger stripes, pressure changes, and slight smearing.
Dust is pushed to the edges of the wiping area, forming gentle ridges and accumulation lines.
Wipe away tiny dust particles remaining in the wiping area to enhance realism.

Surface interaction:
The car hood features subtle curvature, metallic paint, and tiny scratches.
Dust naturally accumulates on surface defects and at panel edges.
The wiping area reveals the slightly reflective paint below, contrasting with the matte dust surface.

Physics behavior:
Dust removal follows realistic friction and pressure—thicker dust is pushed outward, while thinner areas are partially cleared.
The width and opacity of the finger paths should vary according to pressure.
Some stripes overlap, showing multiple wipes or corrections.
Gravity causes some stripes to slightly pull downward, especially when the surface has angles.

Environment:
In outdoor parking environments, natural surroundings are lightly reflected on the car's surface.
The background is minimal blur, focusing on the hood.

Lighting:
Natural sunlight sweeps across the surface.
Highlights capture residual dust particles and clean paint areas.
Soft shading enhances texture contrast.

Atmosphere:
Leisure.
Human interaction.
Everyday realism with tactile details.

Camera & composition:
A close-up view of a car hood at a slight tilt.
The logo is clearly visible through the contrast between the dust and wipe areas.
Preserving natural flaws.

Format:
Aspect ratio: Strictly 4:5 vertical screen.
No text overlays.

Style:
Hyper-realistic surface photography.
Physically accurate dust behavior and interactions.