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AI Video from prompt: Use the uploaded base image as the exact composi
Kling 2.5 Turbo (pro): Use the uploaded base image as the exact composition reference. Do NOT change framing, camera angle, perspective, pose, walking direction, or runway layout. Place TWO versions of the SAME person walking side by side toward the camera on a real fashion runway. RIGHT character: photorealistic human (live-action). Use ONLY the face, body proportions, hairstyle, skin tone, tattoos, accessories, and clothing from the uploaded reference image. Preserve exact facial structure, proportions, age, body shape, tattoos placement, accessories, and clothing details. No beautification or stylization. LEFT character: pure 2D animated version of the SAME person. Convert the same facial structure, proportions, hairstyle, skin tone, tattoos, accessories, and clothing into a flat 2D cartoon style. All distinct facial features must remain recognizable: face shape, eyes, nose, lips, jawline. Body proportions must match the real person exactly. Tattoos and accessories must be preserved in the same placement and shape, simplified only into flat 2D graphics. Flat colors, clean outlines, simplified anatomy. No realism, no textures, no lighting, no gradients, no 3D depth. Do NOT mix or blend styles. LEFT stays strictly 2D, RIGHT strictly realistic. Environment: authentic high-fashion runway show with photorealistic audience on both sides of the catwalk, slightly blurred with shallow depth of field. Lighting: professional runway lighting affecting only real elements. The 2D character remains flat and unaffected. Camera: full-body, eye-level, editorial runway photography look, shallow depth of field. No text, no logos, no extra people.
AI Video from prompt: Ultra-precise industrial product demonstration v
Kling 2.5 Turbo (pro): Ultra-precise industrial product demonstration video. One continuous shot. No cuts. Reference lock: Use the provided sensor photo as an exact visual reference. Preserve identical shape, proportions, colors, textures, and markings. Do not redesign or stylize the sensor. Scene Close-up of a metal industrial handwheel mounted on machinery. A wireless position sensor is fixed on the rotating shaft. The sensor rotates rigidly together with the wheel. Background: clean industrial environment, neutral factory setting, realistic metal materials, soft industrial lighting. Motion sequence (strict timing) 0.0–3.0 seconds: The handwheel rotates smoothly to the left at constant speed. 3.0–6.0 seconds: The wheel reverses direction and rotates smoothly to the right toward its starting position. Motion must be continuous, mechanically precise, and physically realistic. No jitter, no sudden acceleration. Wireless signal visualization During the entire animation, the sensor emits animated LoRaWAN radio waves: semi-transparent concentric arcs pulsing rhythm every ~0.5 seconds echolocation-style waves similar to bat sonar anchored to the sensor origin subtle and technical, not cartoonish The waves expand outward smoothly and fade naturally. Smartphone UI overlay (synchronized data) A floating smartphone screen is fixed in the top-right corner of the frame and does not move. The screen shows a single numeric angle value in degrees: large clean sans-serif digits high contrast white on dark background minimal modern interface The value updates continuously and smoothly in perfect sync with wheel rotation: starts at 0° increases to 360° during left rotation decreases back during right rotation Numbers must remain sharp, stable, and readable with no flicker or distortion. Camera and rendering Static camera. No zoom. No shake. Shallow depth of field focused on the sensor. Photorealistic materials and lighting. Industrial IoT product visualization style. Hard constraints No people. No logos. No extra text outside the phone UI. No scene transitions. No stylization or cartoon effects. No UI glitches. Sensor and UI must remain stable and consistent. Technical output: 6 seconds duration, 16:9 horizontal, smooth natural motion.
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