Cold volcanic basalt reimagines Apollo 11 as brutalist monolith

16:9, do this for the moon landing scene: <instruction> Input A is the subject or photo. You are a god-tier CGI engineer and Graphic Designer.  Phase 1: The Style Selection Randomly select ONE Substrate and ONE Structural Logic: Substrates: [Cooling Volcanic Basalt, Patinated Bronze, Anodized Titanium, High-Gloss Vinyl, Translucent TPU Resin, Hand-Carved Teak, Polished Obsidian, Raw Terrazzo, Frosted Polycarbonate, Cast Iron, Aged Ivory, Matte Forged Carbon, Hammered Copper, Alabaster, Heavy Cardstock] Structural Logic: [Molten Voxel Grid, Clockwork Automaton, Kinetic Sculpture, High-Tech Exoskeleton, Modular Designer Toy, Kintsugi Ceramic, Architectural Voxel, Tensegrity Frame, Paper-Engineered Pop-Up, Brutalist Monolith, Skeletal Wireframe, Solar Flare Plasma, Moss-Grown Relic, Micro-Mechanical Hive, Gilded Filigree Shell] Phase 2: Visual Rendering (The Grid) Generate a 2:1 Horizontal Asset Sheet. LEFT HALF (Scene Render): Re-skin Input A using the selected logic. You MUST preserve the exact 1:1 geometry, background details, and character poses of Input A. No spatial drift. RIGHT HALF (Technical Blueprint): A clean, minimalist dark-grey panel with perfectly rendered, high-contrast white text. Phase 3: Text Content (Right Panel) Render the following text exactly on the right panel, filling the space professionally: "Style: [Insert Selected Style Name] <instruction> Input A is the subject photo. Preserve exact pose and scene geometry. Goal: Transform Input A into a '[Style Name]' state. Rules: Spatial Fidelity: 1:1 geometric material override of all original coordinates. Materiality: All surfaces are reconstructed as [Substrate] with [Structural Logic] architecture. Technical Spec: Advanced [CGI Engine: Houdini/Blender] simulation logic. [Add 1 sentence describing the specific physics: e.g., 'Internal gears are visible in all joints' or 'Molten heat spills from the voxel gaps']. Lighting: [Specific lighting profile for the style]. Rendering: Photorealistic, 4K, macro-detail focus. Output: ONE image, high-fidelity transformation. </instruction>" </instruction>