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AI Video from prompt: Reconstruct the scene as a stable, physically co
Sora 2: Reconstruct the scene as a stable, physically coherent 3D environment with correct depth and geometry. Preserve the exact proportions, materials, and appearance of the main subject from the reference image. Camera choreography (strict) Single continuous shot. The camera performs a smooth 360-degree orbital rotation around the main subject at constant speed. Perfect circular camera path No zoom in or out No camera shake Focus locked on the main subject Constant distance from the object The orbit must create natural parallax between foreground and background. 3D reconstruction constraints The scene must behave like a rigid physical environment: Objects remain geometrically stable No warping, stretching, or melting Hidden surfaces are reconstructed realistically Consistent lighting and shadow behavior Correct perspective during rotation The main object must remain sharp and structurally consistent from all angles. Environment behavior Reconstruct the background as a coherent 3D space: Stable industrial environment Realistic depth layering Natural occlusion No floating artifacts No hallucinated objects Lighting remains constant and physically plausible throughout the orbit. Visual style Photorealistic cinematic product visualization. Accurate materials and textures Natural industrial lighting Subtle shallow depth of field High detail and realism Hard restrictions No people No text overlays No logos No stylization No cartoon effects No surreal elements No scene cuts or transitions Technical output 6–8 seconds 16:9 horizontal Smooth cinematic motion High photorealism
AI Video from prompt: Photorealistic industrial video generated from t
Sora 2: Photorealistic industrial video generated from the reference image of a pipeline with a pressure outlet. Scene setup: A horizontal industrial steel pipe with a threaded pressure tap (manometric outlet) is visible in a realistic factory environment. The camera framing matches the reference photo. Lighting is natural industrial lighting, realistic textures of metal and steel. Animation sequence (6 seconds, single continuous shot): Seconds 0–2: A wireless pressure sensor enters the frame from the right side, aligned with the threaded pressure outlet. The sensor moves smoothly toward the outlet and begins to screw in. Seconds 2–4: The sensor rotates clockwise and visibly threads into the outlet, with realistic mechanical motion and correct alignment. The screwing motion is smooth and precise, showing clear rotational movement until the sensor is fully tightened. Seconds 4–6: After installation, the sensor remains stable. From the sensor, animated semi-transparent radio waves radiate outward in rhythmic pulses, visualized like bat echolocation arcs — curved expanding wavefronts representing wireless transmission. The waves are subtle, technical, and integrated naturally into the scene. Camera: Static cinematic close-up, shallow depth of field, sharp focus on the sensor and pipe. No camera shake. Visual style: Photorealistic industrial IoT demonstration, accurate scale and materials, realistic physics and motion. Constraints: No people, no text, no logos. Maintain proportions and realism of industrial equipment. Smooth motion, high detail. Technical: Aspect ratio 16:9 horizontal, 6-second duration.
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