Flux.1 Hyper-Crowd & Smoke Physicist Prompt Guide\n\nThis specialized prompt is designed for the Flux.1 model to master complex scenes involving high-density human crowds and realistic atmospheric smoke physics. It leverages the model's ability to maintain individual detail within mass clusters and calculate light scattering through particulates.\n\n## Technical Parameters for Flux.1:\n- Crowd Density Logic: Use terms like 'high-occupancy,' 'interlocking silhouettes,' or 'staggered depth' to define the mass.\n- Fluid Dynamics: Describe smoke as 'turbulent plumes,' 'stratified layers,' or 'kinetic wisps' to influence the diffusion pattern.\n- Light Physics: Focus on 'volumetric scattering,' 'subsurface illumination,' and 'refractive occlusion' as light interacts with the smoke and skin.\n\n## The Master Template:\n"A hyper-detailed, cinematic wide-angle shot of a dense, massive crowd of [Number/Type of People] packed into [Environment]. Thick, realistic [Color/Texture] smoke flows through the crowd, swirling around individual figures according to fluid dynamics. High-intensity [Light Source] creates dramatic volumetric god rays and deep shadows. Rendered with hyper-realistic skin textures, sweat, and clothing fabrics. 8k resolution, photorealistic, shot on 35mm anamorphic lens, high contrast, atmospheric depth."\n\n## Usage Tips:\n1. Specify Movement: Describe the crowd as 'swaying,' 'running,' or 'static' to change how the smoke wraps around them.\n2. Color Contrast: Use contrasting colors for the smoke and the lighting (e.g., orange firelight vs. blue smoke) to maximize the Flux.1 depth perception.