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Moonshot Kimi-K2 Kimi.ai + Groq Inc vibe coding a 3D particle simulation that forms morphing shapes (like spheres, toruses, hearts), with depth-of-field, motion blur, and color trails
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Father Chad Ripperger: "Demons change into the shapes of animals" 😱 The Catholic priest and exorcist told Tucker Carlson details the physical signs of genuine demonic possession that he calls morphing. The possessed individual actually changes shape as their face or body takes on characteristics proper to the demon. These signs range from subtle to extreme. A common subtle marker is the face turning an unnatural cherrywood red brown color impossible for any human to produce naturally. More dramatic cases include very feminine looking women suddenly morphing to appear completely like men. In striking instances the person changes into the shapes of animals. Fr. Ripperger states that morphing accounts for about 90 percent of what exorcists observe in these encounters. It stands out as a primary indicator that distinguishes real spiritual activity from ordinary psychological conditions. His descriptions come directly from years of performing exorcisms and reflect the realities he has witnessed firsthand in this work.
Interstellar
26,874 次观看 • 1 个月前
![全网疯传神老师这个提示词太好玩了 我改了一版裸眼3D版本 然后又花了1美金做了一个视频 产品展示历史3D图提示词： Role & Subject: A museum-grade, hyper-realistic 16:9 3D infographic masterpiece titled "THE EVOLUTION OF [Product Name]". The visual style combines cinematic product photography with advanced technical blueprint aesthetics, emphasizing extreme depth and tangible 3D presence. The Hero Lineup (3D Volumetric Core): • A complete chronological sequence of 8-12 historical versions of [Product Name], from earliest prototype to futuristic concept • Arranged on a precision-engineered floating ruler/timeline base with depth shadows and reflection mapping • 3D Rendering Enhancement: - Octane Render + Unreal Engine 5 volumetric lighting - PBR (Physically Based Rendering) materials with: * Sub-surface scattering for organic materials * Metallic/roughness maps for mechanical parts * Micro-displacement for surface texture depth - Each object casts realistic shadows on the background plane - Edge rim lighting (0.3 intensity) to separate objects from background - Depth of field: Sharp focus on center objects, subtle bokeh on edges • Material Evolution Story: - Early versions: Weathered textures (rust, wear marks, patina) - Mid-era: Industrial matte finishes with visible manufacturing seams - Modern: Pristine glossy surfaces with screen-space reflections - Future: Holographic elements with volumetric fog effects Brand Atmosphere (The 3D Canvas): • Background: Deep [Brand Color] with physical texture layers: - Embossed vintage patent drawings (normal-mapped) - Floating translucent glass panels with engraved engineering notes - Volumetric god rays piercing through layered newspaper clippings - Particle system: Subtle floating dust motes with motion blur • Header Zone: - Brand logo: Extruded 3D metal badge with bevel and emboss - Title typography: Carved letterpress effect with depth shadows - Metallic foil stamp simulation with anisotropic highlights The "Hyper-Dense" 3D Information Layer: A complex, organized data-maximalist layout with spatial depth: 1. Dense Annotation Network: - Ultra-fine white hairlines (0.5px) connecting components to data blocks - Lines have slight 3D curvature following perspective rules - Connection nodes: Small metallic spheres with Fresnel reflections 2. Contextual Era Modules: - Floating glass panels hovering above the timeline - Each decade module has: * Frosted glass material with transparency gradient * Iconographic markers in raised relief * Subtle animated pulse effects (optional) 3. Magnifying Lens Inserts: - Circular/hexagonal cutouts with beveled glass edges - Extreme macro close-ups showing: * Material grain (wood, metal, plastic crystals) * Internal mechanisms with exploded-view depth - Lens distortion shader for realism 4. Technical Specs Strip (Bottom): - Structured data bar with 3D segmented panels - Each cell: Slightly recessed with inner shadow - Typography: Laser-etched effect on brushed metal texture - Micro LED indicator lights between data points 3D Enhancement Technical Specs: • Rendering Engine: Octane Render / Unreal Engine 5.3 • Global Illumination: HDRI environment map (studio lighting setup) • Camera Settings: - Focal Length: 35mm (slight wide-angle for information density) - F-Stop: f/5.6 (selective focus) - Chromatic Aberration: 0.2 (photographic realism) • Post-Processing Stack: - Ambient Occlusion (AO) for micro-shadows - Screen Space Reflections (SSR) - Volumetric lighting with light shaft scattering - Color Grading: Cinematic LUT with lifted blacks - Sharpness: 130% (crisp data legibility) • Material Library: - Metals: Anisotropic brushed aluminum, polished chrome - Glass: IOR 1.52 with caustics - Plastics: Translucent with thickness variation - Paper: Subsurface scattering for vintage documents Output Parameters: --ar 16:9 --v 6.1 --style raw --stylize 400 --quality 2 --chaos 10 Additional Flags (for AI generators): --3d-rendering --volumetric-lighting --octane-quality --pbr-materials --depth-of-field Metadata Variables to Replace: [Product Name] → Your subject (e.g., "POP MART Designer Toys") [Brand Color] → Primary brand color (e.g., "Deep Navy Blue #1A2332") [Material Vibe] → Core material story (e.g., "Vinyl to Resin to Smart Materials") [Key Components] → Specific product features (e.g., "Joints, Paint Finish, Packaging") Pro Tips for Maximum 3D Impact: 1. Use "isometric 3D layout" for uniform depth perception 2. Add "floating holographic UI elements" for futuristic tech feel 3. Include "cross-section cutaway views" to show internal structure 4. Apply "chromatic aberration" around high-contrast edges for lens realism 5. Insert "measurement calipers" as 3D props for scale reference](https://image.24vids.com/tw-1997925011412426988/amplify_video_thumb/1997924816490582016/img/n2nlH3VE-vTOWHKr.jpg)