探索者2868

8K Cinematic INSTANTANEOUS DISSOLUTION::16：9, Primary human subject ATOMICALLY MORPHS into 15,000,000+ petals in 0.04 seconds, Particle burst mechanics: - Simultaneous full-body transformation (NO progressive dissolution) - Quantum tunneling effect: solid→particles in 1 frame - Hyper-dense particle cloud (density: 2.7M particles/m³) Aerodynamic systems: - Shockwave-driven dispersal (radial force: 18N) - Wind field: ↗45° (12 m/s) with von Kármán vortices Particle DNA: - Photorealistic petals (8K macro texture) - Size distribution: log-normal (mean=22mm, σ=0.3) - Dynamic properties: - Initial velocity: 0→15 m/s (exponential acceleration) - Spin: Brownian rotation (0-1200°/s) - Optical: subsurface scattering + chromatic dispersion Temporal sequence (3s total): [0.00s]: FULL BODY INSTANT MORPH (particle birth) [0.01-0.50s]: Shockwave expansion phase [0.51-2.00s]: Aerodynamic drift & self-organization [2.01-3.00s]: Volumetric fade-out (far-field dissipation) Cinematic toolkit: - Phantom Flex 4K motion blur (1µs exposure) - Cooke S4/i lens characteristics - Atmospheric perspective (haze density: 0.4) Technical execution: --ar 9:16 --style raw --seed 1754 --sampler dpmpp_3m_sde --steps 55 Negative prompt: "gradual, slow, progressive, dissolving, melting, feet first, bottom-up, low density, blurry particles"

首帧

I2V-02

启用优化

768P