提示词
Transform the uploaded logo into a hyper-realistic scene where the logo silhouette is formed by iron filings reacting to a magnetic field. The logo must keep its exact shape and proportions, appearing as if a magnet shaped like the logo (or hidden beneath the surface) is influencing the filings to align naturally into that recognizable formation. Material details:
Fine iron filings with sharp, spiky, needle-like structures.
Dense clustering along magnetic field lines forming the logo silhouette.
Variation in density — thick near magnetic poles, thinner outward.
Matte dark metallic texture with subtle reflections.
Physics behavior:
Iron filings must follow realistic magnetic field patterns — radial and curved lines forming spikes and ridges.
Stronger attraction zones create thicker, raised clusters.
Outer areas show softer, more dispersed alignment.
Natural randomness and slight irregularity — no perfect edges.
Some loose filings scattered beyond the main shape.
Surface interaction:
Flat surface such as a lab table, glass plate, or matte black tray.
Filings resting on surface but visibly lifted in areas due to magnetic force (spiky texture).
Subtle dust and micro particles around.
Environment & human presence:
Realistic classroom, science lab, or creative studio environment.
A person partially visible — hands holding or moving a magnet beneath the surface or nearby.
Possibly a child or adult observing or interacting (adds emotional curiosity).
Other subtle elements: notebooks, tools, or lab items out of focus.
Lighting:
Directional overhead light creating shadows from raised filings.
Subtle highlights on metallic edges.
Balanced natural or indoor lighting.
Atmosphere:
Curiosity.
Discovery.
Educational yet visually satisfying.
Quiet but engaging moment.
Camera & composition:
Top-down or slightly angled close-up view.
Logo clearly visible through iron filing formation.
Human hands or interaction slightly off-center for storytelling.
Format:
Aspect ratio: STRICT 4:5 vertical.
No text overlays.
Style:
Hyper-real macro + environmental photography.
Physically accurate magnetic behavior.
Cinematic yet grounded realism.
