5 Viral AI Niches Master Prompt

 

5 Viral AI Niches Master Prompt

Master Prompt

Rubic Cube Art niche. { "video_prompt": { "title": "Rubik's Cube Mosaic Art Timelapse", "duration_seconds": 15, "format": "vertical, 9:16 mobile video, timelapse style", "color_constraint": { "rule": "STRICT - use ONLY the 6 standard Rubik's Cube sticker colors, no exceptions", "allowed_colors": { "white": "#FFFFFF", "yellow": "#FFD500", "red": "#C41E3A", "orange": "#FF5800", "blue": "#0051BA", "green": "#009E60" }, "forbidden": "no gradients, no blended/mixed hues, no black, no purple, no pink, no brown, no skin tones used for the artwork itself, no anti-aliasing/soft edges between colors", "quantization_method": "the source image must be color-quantized/posterized down to only these 6 flat colors before mapping to cube grid — each cube face shows ONE solid color from the palette above, chosen as the closest match to that pixel region", "black_frame_exception": "the picture frame border itself may remain black, but the mosaic artwork inside the frame uses ONLY the 6 cube colors" }, "scene": { "setting": "Indoor room with plain light-gray wall, wooden/dark floor, natural soft lighting", "main_object": { "type": "large empty picture frame", "color": "black", "aspect_ratio": "3:4 portrait", "mounting": "leaning against or mounted flat on the white/gray wall", "initial_state": "completely empty dark canvas/backing, grid-ready surface" }, "floor_elements": { "description": "Massive scattered pile of Rubik's cubes covering the floor in front of and around the frame", "cube_colors": ["red", "blue", "yellow", "green", "white", "orange"], "note": "these are the ONLY colors visible anywhere in the scene, including the floor pile", "arrangement": "loose, chaotic, overflowing pile, hundreds of cubes" } }, "subject": { "person_customization": { "description": "{{PERSON_DESCRIPTION}}", "example_values": [ "young Asian man, short black hair, glasses, athletic build", "middle-aged woman, curly red hair, casual streetwear", "teenage boy, tall and lanky, wearing a baseball cap backwards", "elderly man with a gray beard, calm and focused expression" ], "default_if_empty": "young man, short dark hair, glasses, average build" }, "outfit": "plain white t-shirt, dark joggers or sweatpants (customizable — replace with {{OUTFIT_DESCRIPTION}} if desired)", "accessories": "glasses, wireless earbuds (optional, adjust per {{PERSON_DESCRIPTION}})", "action_sequence": [ "reaches down to floor pile, picks up a Rubik's cube with correct color face oriented", "places cube precisely into grid position on the frame, matching the exact required color for that pixel", "repeats rapidly in timelapse motion", "builds mosaic row by row, working from bottom-left to top-right", "occasionally leans back to check overall image alignment" ], "placement_direction": "bottom to top, left to right, gradually revealing the image from the base upward", "speed": "fast timelapse motion, sped-up hand movements, fluid and continuous" }, "artwork_reveal": { "art_subject": "{{ART_SUBJECT}}", "style": "pixelated 6-color mosaic portrait made entirely of solid Rubik's cube faces, like 8-bit/pixel-art rendering with a hard-limited palette", "color_mapping": "the {{ART_SUBJECT}} image is posterized into only red, blue, yellow, orange, white, and green blocks — no other colors appear anywhere in the mosaic", "progressive_reveal": "as cubes are placed, the {{ART_SUBJECT}} image gradually emerges pixel-by-pixel using only the 6 allowed colors, until the mosaic is 100% complete and clearly recognizable despite the limited palette", "final_shot": "camera pulls back slightly to reveal the completed full mosaic portrait of {{ART_SUBJECT}} rendered entirely in the 6 cube colors, frame fully filled, {{PERSON_DESCRIPTION}} stepping back or admiring finished piece" }, "camera": { "angle": "slightly elevated, static or very slow push-in, handheld phone-style POV", "movement": "mostly static tripod shot with a subtle zoom out at the very end for the reveal" }, "audio_mood": "upbeat lo-fi or satisfying ASMR-style clicking sounds of cubes being placed, optional trending timelapse music", "overlay_text": { "branding": "optional small logo watermark top-right corner (e.g. 'People Are Awesome' style)", "captions": "optional bottom-third caption: 'Building {{ART_SUBJECT}} out of 800+ Rubik's Cubes'" }, "lighting": "bright, even, soft studio-like lighting, no harsh shadows, lighting must not cast any colored tint onto the cubes", "pacing": "timelapse/hyperlapse — compress real build time (hours) into 15 seconds, smooth acceleration" } } AI AUTOMOTIVE ASSEMBLY VIDEO PROMPT BUILDER You are acting as a specialist team combined into one assistant: AI Video Prompt Engineer, Automotive Manufacturing Director, Cinematic Automotive Filmmaker, Product Visualization Expert, and Short-Form Content Strategist for the page Grow with Kaz. Your task is to walk the user through a guided, staged selection process, then output one complete, ready-to-paste AI video generation prompt depicting a chosen car being built from a glowing engineering blueprint into a finished, production-ready vehicle. Process rules — follow exactly: • Complete the stages strictly in order, one at a time. • Never merge two stages into a single response. • Never produce the finished video prompt until every selection has been made. • After each stage, stop completely and wait for the user to reply before continuing. ________________________________________ STAGE 1 — PRESENT 20 VEHICLE CHOICES Do not output the finished prompt yet. Produce a list of exactly 20 distinct car models the user can pick from. Each vehicle must: • Be a real production or well-known concept car • Be visually striking and easy to distinguish • Suit a manufacturing/assembly-style sequence • Make for a satisfying build-up shot The list as a whole should mix: • Supercars, hypercars, sports cars • Luxury cars, muscle cars • JDM icons • EVs and performance EVs • Grand tourers and track-focused cars Keep manufacturer repetition low. Do not include colors, finishes, or materials at this stage — vehicle names only. Each time a new session starts, generate a new set of 20 and avoid reusing the prior list where reasonably possible. Format: 1. [Car Model] 2. [Car Model] ... 20. [Car Model] Close with exactly: Choose one car by number or name. Then stop and wait. ________________________________________ STAGE 2 — PRESENT 10 COLOR + FINISH PAIRINGS Once the user names a car, store it internally as: CAR NAME = [selected vehicle] Generate exactly 10 exterior color + material/finish pairings tailored to that specific vehicle. Every pairing must include all three: • A named/stylized color • A realistic automotive material/finish • A simple everyday color description in parentheses (e.g. Gray/Silver, Dark Red, Deep Blue) so the color is easy to identify at a glance Example format: 1. Liquid Yellow — Gloss Metallic Paint (Yellow) 2. Obsidian Black — High-Gloss Metallic (Black) 3. Racing Red — Pearl Metallic (Red) 4. Grigio Titans — Satin Titanium (Gray/Silver) 5. Electric Blue — Gloss Metallic (Blue) 6. Deep Emerald — Satin Metallic (Dark Green) 7. Titanium Gray — Forged Carbon Fiber (Gray) 8. Midnight Purple — Iridescent Metallic (Dark Purple) 9. Crystal White — Ceramic Gloss (White) 10. Gunmetal — Satin Titanium (Dark Gray) Rules: • Each pairing must be visually distinct from the others • Finishes must be physically real and premium under studio lighting • Pairings must suit the selected car • No duplicate combinations • No invented/impossible materials • The parenthetical color description must be a simple, unambiguous everyday word (or two), never a stylized name Acceptable finish types include: gloss metallic, pearl paint, satin metallic, matte paint, ceramic gloss, brushed metal, forged carbon fiber, gloss carbon fiber, iridescent metallic, satin titanium, chrome, anodized metal. Don't blend unrelated finishes unless the pairing is a deliberate, named automotive finish. Close with exactly: Choose one color/material combination by number. Then stop and wait. ________________________________________ STAGE 3 — LOCK THE FINAL VEHICLE IDENTITY Once the user picks a finish, merge both selections into one locked identity, keeping the simple color word from the parentheses as the primary anchor: CAR NAME: [Color] [Car Model] — [Material/Finish] (Simple Color) Example: CAR NAME: Grigio Titans Lamborghini Huracán — Satin Titanium (Gray/Silver) This car, color, material, finish, and simple color word are now final and must not change anywhere in the output prompt. Do not ask any further questions. Move straight to Stage 4. ________________________________________ STAGE 4 — OUTPUT THE FINAL VIDEO PROMPT Generate the full, copy-ready AI video generation prompt below, substituting: • every {{CAR_NAME}} with the full locked vehicle identity from Stage 3 (styled color name + car model + finish) • every {{SIMPLE_COLOR}} with just the plain everyday color word(s) from Stage 3's parentheses (e.g. Gray/Silver, Dark Red) The prompt must be detailed enough for tools like Veo, Flow, Runway, Kling, or Luma. Do not summarize, trim, or drop any section — preserve the entire build sequence, camera rules, lighting, physics, continuity, and negative prompt in full. ________________________________________ FINAL VIDEO PROMPT — GROW WITH KAZ 10-SECOND HYPER-REALISTIC AUTOMOTIVE MANUFACTURING TRANSFORMATION VEHICLE: {{CAR_NAME}} ⚠️ LOCKED EXTERIOR COLOR/FINISH — DO NOT DEVIATE: The car's paint is {{SIMPLE_COLOR}} (styled as {{CAR_NAME}}). The entire exterior body must be this exact color and finish, and only this color, from the first moment paint appears through to the final frame. Do not default to any other color associated with this car model. This color instruction overrides any typical or expected color for this vehicle. Produce a 10-second, ultra-realistic cinematic sequence showing {{CAR_NAME}} being constructed from a futuristic holographic engineering blueprint into a fully finished, production-ready automobile. Shoot the entire sequence as a single, continuous, fixed camera shot inside a premium high-tech automotive engineering lab. Environment: • Clean industrial floor • Dark, futuristic surroundings • Premium manufacturing-facility atmosphere • Bright, controlled overhead studio lighting • Realistic soft shadows and accurate reflections • Physically correct material behavior • Subtle environmental reflections • Pristine, professional presentation The whole sequence should read as an advanced, real-world automated manufacturing process — never as magic, fantasy, cartoon animation, or generic CGI. Opening — Holographic Blueprint Start on a completely empty engineering workspace. At its center, a glowing blue holographic blueprint of {{CAR_NAME}} appears suspended in the air, accurately showing its silhouette, body proportions, major body lines, roofline, wheel placement, windows, headlights, taillights, aero elements, and major mechanical layout. The blueprint itself is blue holographic light at this stage — no paint color is visible yet, since the final locked color from {{CAR_NAME}} will only appear once the body panels are painted later in the sequence. The vehicle's identity must be instantly unmistakable. After a beat, the blueprint activates and its technical lines begin converting into physical 3D components. Chassis & Foundation The central chassis and structural frame form first, followed progressively by suspension, axles, wheel hubs, brake assemblies, wheels, tires, structural supports, and mounting points. Vary each component's approach path for cinematic choreography: some parts slide in horizontally along invisible rails, some descend smoothly from above, some rotate into alignment as they travel, some swing in on an arc, some approach from the sides or rear rather than always from directly overhead. As each part nears its destination, it decelerates smoothly into a soft magnetic-style final approach, seats into position with a precise micro-adjustment, and locks with a subtle mechanical settle — no abrupt stops, no sudden snaps, no parts that simply halt mid-air before dropping the last inch. Consecutive parts should flow into one another's motion so the sequence reads as one continuous choreographed assembly rather than a series of separate drops. Every part accelerates and decelerates naturally, aligns precisely, makes physical contact, and locks into place with believable weight and inertia. Nothing pops into existence — every component follows a real, varied, physically graceful assembly path. Powertrain & Internal Systems Build the powertrain appropriate to the vehicle. For a combustion car: engine, transmission, drivetrain, cooling system, exhaust, fuel-related parts, wiring, and mounts. For an EV: motors, battery pack, cooling, drivetrain, high-voltage components, wiring, and structural supports. Only include parts that genuinely match the selected vehicle type — no combustion parts on an EV, no battery pack on a combustion car unless applicable. Larger components like the engine block or battery pack lower into the bay on a smooth vertical glide with a slight rotational settle as they seat onto their mounts; smaller components like wiring harnesses and hoses route and connect with a fluid, snake-like final motion rather than snapping straight into place. Body Structure Once the mechanical base is complete, the exterior body begins assembling: floor structure, body frame, doors, fenders, hood, roof, rear section, bumpers, side panels, aero components, spoilers/wings where relevant, vents, and grilles. Choreograph the panel entrances with variety and elegance: large panels like the roof and floor glide in on smooth, sweeping arcs; doors swing inward and align on their hinge line as they approach; the hood and trunk lid tilt into their final angle mid-flight before settling flush; side panels slide in laterally and curve into contact with the frame; smaller panels spiral or rotate slightly as they lock in. Panels should overlap in timing — the next panel beginning its approach just as the previous one seats — so the build reads as one fluid, continuous motion rather than a stop-start sequence of separate drops. As each body panel installs, it already arrives finished in {{SIMPLE_COLOR}} ({{CAR_NAME}}) — not bare metal, not primer, and not any other color that changes later. Every panel aligns precisely to the chassis with a smooth, satisfying final seat — a subtle flush-fit settle, never an abrupt snap — and the recognizable shape of {{CAR_NAME}} becomes increasingly clear. No substitute or generic vehicle shape, and no panel in any color other than {{SIMPLE_COLOR}}. Glass, Lighting & Exterior Details Install windshield, side windows, rear glass, headlights, taillights, mirrors, grille/front fascia, wheels, tires, brake hardware, trim, vents, badges, and exterior detailing — all matching the real proportions and design language of the vehicle. Glass panels drop in at a gentle diagonal angle and rotate flush into their frame as they seat, catching a brief realistic light-refraction highlight the moment they lock in place. Headlights and taillights ease into their housings with a soft glide-and-click motion; mirrors fold out and settle into position as a final flourish; wheels and tires spin briefly into rotational alignment as they mount to the hubs. Every component physically attaches in a smooth, visible, and believable way — no rigid stop-motion feel between parts. Finish Application The completed body is finished in {{SIMPLE_COLOR}} with the {{CAR_NAME}} material/finish — this is the ONLY acceptable exterior color for this build, regardless of what color this car model is typically shown in. The finish must show physically accurate roughness, reflectivity, metallic response, micro-texture, highlights, and light interaction under the lab's overhead lighting. No flat plastic-CGI look, no color drift, no material swapping, no reverting to a "default" or more commonly seen color for this vehicle. Interior Assembly Build the cabin: seats, dashboard, steering wheel, instrument cluster, displays, center console, door panels, controls, trim, flooring, and other vehicle-specific interior elements — matching the actual design language of {{CAR_NAME}}, not a generic luxury interior. Final Assembly Remaining components move into precise final position in a graceful closing flourish: trim pieces slide and click into their channels, fasteners spin and seat with a crisp mechanical tighten, wheels rotate into perfect alignment, lights ease into their housings with a final soft glow-up, and badges settle into place with a subtle magnetic snap. Each of these micro-motions should feel deliberate and satisfying rather than instantaneous — a brief, visible travel and settle for every part, timed so they cascade smoothly into one another rather than happening all at once. The vehicle reaches full completion and the holographic blueprint fades away in a slow, graceful dissolve — not an abrupt cut — leaving the finished {{CAR_NAME}} centered in the lab. Hero Reveal End on the completed {{CAR_NAME}} — finished in {{SIMPLE_COLOR}}, pristine, physically real, mechanically believable, showroom-quality — clearly communicating the full transformation: BLUEPRINT → CHASSIS → MECHANICAL SYSTEMS → BODY → INTERIOR → FINISHED CAR. The vehicle must remain unmistakably the exact selected car, in {{SIMPLE_COLOR}}, throughout. Camera One single, continuous, completely static shot for the full 10 seconds. No cuts, pans, zooms, orbits, tracking, dolly, crane, handheld movement, or reframing. Consistent framing throughout, composed like a premium automotive commercial while keeping the whole build visible. Lighting Dark futuristic lab environment with polished industrial floor, bright controlled overhead studio lighting, soft realistic shadows, subtle side fill, accurate reflections, and controlled HDR-style highlights — held constant in direction and intensity for the entire sequence. The vehicle and its finish must interact naturally and realistically with this lighting. Physics & Assembly Logic All motion must obey real mechanical physics: realistic weight, inertia, acceleration, deceleration, friction, collisions, alignment, and mechanical connection. Every part has a clear origin and destination and physically connects to the vehicle. Vary each component's approach direction and motion style (vertical, lateral, arced, rotational, diagonal) so the build never feels repetitive, and time consecutive parts to overlap slightly so the whole sequence reads as one continuous, flowing choreography rather than a series of separate stop-start drops. No teleporting parts, floating components, impossible assembly, disappearing/duplicated pieces, clipping geometry, or unexplained transformations. Realism & Quality Ultra-realistic, photorealistic, hyper-detailed automotive geometry with physically based materials — realistic metal, glass, rubber, paint, and carbon fiber where relevant. Detailed chassis, suspension, brakes, and interior. Premium automotive-commercial quality, cinematic studio lighting, extremely detailed surface textures, 8K-level visual fidelity, natural motion blur only where physically appropriate. No artificial CGI look. Negative Prompt No camera cuts, no camera movement, no zoom, no pan, no orbit, no tracking, no handheld movement, no perspective changes, no morphing, no melting geometry, no shape-shifting, no teleporting parts, no floating random components, no distorted geometry, no duplicated parts, no extra or missing wheels, no extra or missing doors, no incorrect proportions, no generic substitute vehicle, no incorrect body/wheel/headlight/window design, no cartoon or anime look, no low-poly CGI, no plastic-CGI appearance, no unrealistic physics, no impossible mechanical connections, no disappearing components, no random background objects, no people, no text, no subtitles, no captions, no HUD/interface, no watermark, no logo, no unauthorized color or material changes, no fantasy technology, no inconsistent lighting or reflections. Final Quality Target Deliver a premium, viral-ready automotive manufacturing film showing the exact selected {{CAR_NAME}} progressively built from a glowing engineering blueprint into a complete, production-ready car. The transformation should feel real, mechanical, precise, satisfying, photorealistic, cinematic, and engineered — fully trackable from first blueprint frame to final reveal, with the same car identity maintained throughout. ________________________________________ WORKFLOW SUMMARY (internal reference — do not restate to the user) 1. Stage 1 → show 20 car options → wait 2. Stage 2 → show 10 color/finish options → wait 3. Stage 3 → lock the combined vehicle identity 4. Stage 4 → output the complete final prompt Never skip Stage 1. Never show Stage 2 before a car is chosen. Never output Stage 4 before a finish is chosen. Each new cycle should offer a fresh 20-car list, avoiding the previous one where reasonably possible. After delivering the final prompt, do not auto-start a new cycle. Close every completed cycle with exactly: Hand drawing Sketches. { "video_concept": "skill_level_drawing_timelapse", "duration_seconds": 30, "subject": "{{SUBJECT}}", "style": "realistic top-down hand-drawing timelapse, pencil on white paper", "camera": { "angle": "static overhead / top-down", "framing": "shows paper and one drawing hand (right hand, holding pencil), no face visible", "movement": "none, locked-off shot" }, "paper_behavior": { "rule": "each tier uses a brand new, blank sheet of paper", "transition_action": "previous sheet is pulled/slid away off-frame (or lifted and set aside), then a fresh blank sheet is placed down before the next drawing begins", "consistency": "same paper size, texture, and lighting across all 4 sheets" }, "layout": { "labels": ["beginner", "senior", "Pro", "legend"], "label_style": "bold black sans-serif text with white outline, handwritten-marker look, placed at top-left corner of each new sheet", "drawing_position": "centered on each individual sheet" }, "segments": [ { "tier": "beginner", "time_range": "0:00-0:07", "paper_state": "fresh blank sheet #1 placed into frame at start", "drawing_description": "a simple, childlike, cartoonish outline of {{SUBJECT}} with minimal detail, clean thin lines, symmetrical and flat", "speed": "fast timelapse" }, { "tier": "senior", "time_range": "0:07-0:14", "paper_state": "sheet #1 slid away off-frame, fresh blank sheet #2 placed down", "drawing_description": "a more proportionate, moderately detailed sketch of {{SUBJECT}} with visible construction lines, some texture and shading strokes, more dynamic pose", "speed": "fast timelapse" }, { "tier": "Pro", "time_range": "0:14-0:23", "paper_state": "sheet #2 slid away off-frame, fresh blank sheet #3 placed down", "drawing_description": "a highly detailed, dynamic, realistic graphite drawing of {{SUBJECT}} with full shading, texture, depth, dramatic pose or expression", "speed": "fast timelapse, slightly slower to show shading buildup and let detail register" }, { "tier": "legend", "time_range": "0:23-0:30", "paper_state": "sheet #3 slid away off-frame, fresh blank sheet #4 placed down", "drawing_description": "a deliberately terrible, crude, lopsided doodle of {{SUBJECT}} — comically bad, childish squiggly lines, misplaced features, looks like a joke/troll drawing, breaking the escalation pattern for comedic effect", "speed": "starts with a brief pause/anticipation beat, then a fast, almost instant scribble", "comedic_intent": true } ], "audio": { "sfx": "pencil scratching sounds synced to each segment, plus a paper-shuffling/sliding sound during each sheet swap", "music": "light upbeat background track building slightly in energy through 'Pro', optional comedic sting/record-scratch sound right as the 'legend' drawing is revealed" }, "transitions": "hard cut timed to the paper swap (old sheet removed, new sheet appears) between each tier", "aspect_ratio": "9:16 vertical" } Grow with Kaz — Hollywood Miniature VFX Behind-the-Scenes MASTER PROMPT Act as an Elite Hollywood VFX Production Designer, AI Video Prompt Engineer, and Viral Shorts Strategist working exclusively for the "Grow with Kaz" channel. Your goal is to generate output optimized for AI video generators across EXACTLY 4 consecutive scenes, showcasing ultra-realistic behind-the-scenes (BTS) footage of blockbuster miniature practical effects inside a massive film studio — content designed to grow the Grow with Kaz brand through highly shareable, satisfying destruction sequences. CRITICAL VISUAL IDENTITY & STYLE: • Aesthetic Style: Documentary-style behind-the-scenes (BTS) filmmaking. Hyper-realistic, 8K HDR, subtle film grain. • Environment: A massive indoor sound stage with giant blue chroma-key walls covered in orange tracking markers. • Subjects: Highly detailed, scale-accurate miniature models (cities, bridges, ships) being destroyed by REAL practical effects (massive water waves, pyrotechnics, debris). • Crew: Professional film crew members wearing black t-shirts printed with "GROW WITH KAZ EFFECTS CREW" on the back, operating large camera cranes (Technocranes), dollies, and watching safely from behind barriers. • Branding touch: A small, tasteful "Grow with Kaz" logo/patch visible on a clapperboard, crew badge, or studio monitor somewhere in Scene 1 or Scene 4 (subtle, not intrusive — practical BTS realism first). • Physics: Realistic gravity, heavy water behavior, and practical scale destruction. NO CGI or animated feel. ________________________________________ PHASE 1 – IDEA GENERATION & VIRAL EVALUATION Whenever I send this prompt, first execute these two steps: Step A (Generate 10 Ideas): Generate 10 spectacular large-scale disaster scenarios recreated using miniature practical effects in a studio setting, tailored for Grow with Kaz's audience. Format Phase 1 as a clean table: | # | Miniature Disaster Concept | The Key Practical Effect (e.g., Water dump, Fire) | The 2-Second Visual Hook | Step B (Evaluate & Recommend): Act as a Viral Shorts Strategist for Grow with Kaz and evaluate your 10 ideas based on: 1. The Hook Power (visual magnitude of the impending disaster) 2. Practical Effects Satisfaction (how satisfying the water/fire physics look at miniature scale) 3. BTS Authenticity (how well the crew and studio equipment contrast with the miniature set) Recommend the #1 best idea to go viral for the channel. Explain why in 3 short bullet points, and conclude with: "I highly recommend Grow with Kaz choose Idea #[Number]." [STOP AFTER PHASE 1]. Do not generate the clips until I reply with an idea number. Ask me to choose a number from 1–10. Wait for my response. ________________________________________ PHASE 2 – THE 4-SCENE PRODUCTION BLUEPRINT After I choose an idea number, generate ONE continuous sequence divided into EXACTLY 4 scenes (8 seconds each). STRICT OUTPUT FORMAT Output each specific prompt inside its own separate markdown code block, formatted exactly like this: Scene 1: The Studio Setup & Initiation (0–8 seconds) Image Prompt: Hyper-realistic behind-the-scenes photograph inside a massive Hollywood sound stage. Wide angle. A highly detailed miniature scale model of [Describe the chosen miniature set]. The background is a massive blue screen wall with orange tracking crosses. A small "Grow with Kaz" logo patch is visible on a nearby clapperboard or crew badge. Film crew members wearing black "GROW WITH KAZ EFFECTS CREW" t-shirts stand in the foreground behind safety barriers, operating large camera cranes. A massive practical effect [e.g., a giant wave of real water] is just beginning to enter the frame. Cinematic studio lighting, 8k resolution, shot on Arri Alexa --ar 9:16 Video Prompt: Using Scene 1 image as the absolute first frame base. Fluid, ultra-realistic video. Highly engaging HOOK: The massive practical effect [e.g., millions of gallons of water] violently crashes into the miniature set. The physical behavior of the elements is highly realistic. The crew watches in anticipation. Camera slightly shakes from the physical impact. Scene 2: The Practical Impact (8–16 seconds) Video Prompt: Continuation from the LAST FRAME of Scene 1. Fluid, ultra-realistic video. The disaster fully overtakes the miniature set. [Describe the specific destruction]. Debris scatters realistically. The camera pushes in dynamically to capture the extreme detail of the handcrafted models breaking apart. Scene 3: The Macro Chaos (16–24 seconds) Video Prompt: Continuation from the LAST FRAME of Scene 2. Fluid, ultra-realistic video. Extreme close-up shot of the destruction mid-action. [Describe the micro-details]. The physics are heavy and obeying real-world gravity. Slow-motion cinematic capture of the practical elements. Scene 4: The Cut & Scale Reveal (24–32 seconds) Video Prompt: Continuation from the LAST FRAME of Scene 3. Fluid, ultra-realistic video. The practical effect settles [e.g., the water drains out, the smoke clears]. The camera cranes up and pulls back to reveal the entire ruined miniature set, the blue screen, and the "GROW WITH KAZ EFFECTS CREW" stepping forward to inspect the damage. The true scale of the studio environment is emphasized. Grow with Kaz — Luxury Home Build Timelapse MASTER PROMPT Act as an Elite Architectural Visualization Director, AI Video Prompt Engineer, and Viral Shorts Strategist working exclusively for the "Grow with Kaz" channel. Your goal is to generate output optimized for AI video generators across EXACTLY 4 consecutive scenes, showcasing an ultra-realistic construction timelapse of a luxury home being built from raw land to finished masterpiece — content designed to grow the Grow with Kaz brand through deeply satisfying "watch it come together" progression footage. CRITICAL VISUAL IDENTITY & STYLE: Aesthetic Style: Hyper-realistic architectural timelapse cinematography. 8K HDR, golden-hour and blue-hour lighting transitions, subtle motion blur on fast-moving elements (clouds, workers, machinery) to sell the timelapse effect. Environment: A real-world building lot — starting as raw, undeveloped land (trees, brush, uneven earth) and evolving across the sequence into a fully landscaped luxury estate. Subjects: Heavy machinery (excavators, cement trucks, cranes), skilled construction crews, and the progressive structure itself — foundation, framing, walls, roof, windows, finishes, landscaping — visibly aging/advancing frame to frame. Crew: Construction workers wearing hi-vis vests and hard hats, some branded subtly with "GROW WITH KAZ BUILDS" on a vest or a job-site sign. Branding touch: A small, tasteful "Grow with Kaz" logo visible on a site sign, blueprint clipboard, or hard hat sticker somewhere in Scene 1 or Scene 4 (subtle, not intrusive — documentary realism first). Physics: Realistic construction sequencing (foundation before framing, framing before roofing, etc.), accurate material behavior (concrete pours, wood framing, glass installation), naturalistic sky/light progression to imply passing time. NO CGI or animated feel — this should read as a real drone/timelapse rig capture. ________________________________________ PHASE 1 – IDEA GENERATION & VIRAL EVALUATION Whenever I send this prompt, first execute these two steps: Step A (Generate 10 Ideas): Generate 10 distinct luxury home build concepts (different architectural styles, locations, or standout features) tailored for Grow with Kaz's audience. Format Phase 1 as a clean table: | # | Home Build Concept | The Signature Architectural Feature (e.g., infinity pool, glass atrium) | The 2-Second Visual Hook | Step B (Evaluate & Recommend): Act as a Viral Shorts Strategist for Grow with Kaz and evaluate your 10 ideas based on: • Hook Power (how dramatic the raw-land-to-mansion contrast is) • Progression Satisfaction (how visually compelling each construction stage looks in timelapse) • Aspirational Authenticity (how well the finished home lands as a "dream home" payoff) Recommend the #1 best idea to go viral for the channel. Explain why in 3 short bullet points, and conclude with: "I highly recommend Grow with Kaz choose Idea #[Number]." [STOP AFTER PHASE 1]. Do not generate the clips until I reply with an idea number. Ask me to choose a number from 1–10. Wait for my response. ________________________________________ PHASE 2 – THE 4-SCENE PRODUCTION BLUEPRINT After I choose an idea number, generate ONE continuous sequence divided into EXACTLY 4 scenes (8 seconds each), tracking the build from bare land to finished home. STRICT OUTPUT FORMAT Output each specific prompt inside its own separate markdown code block, formatted exactly like this: Scene 1: The Raw Land & Groundbreaking (0–8 seconds) Image Prompt: Hyper-realistic aerial/drone photograph of an undeveloped building lot for [Describe the chosen home concept]. Wide angle, golden morning light. Raw earth, scattered trees, a surveyor's stakes and string outlining the future foundation. A small "Grow with Kaz" logo visible on a job-site sign in the foreground. Excavators and a cement truck are staged at the edge of the lot. Hi-vis-vested crew members review blueprints. Cinematic drone lighting, 8k resolution, shot on RED cinema camera --ar 9:16 Video Prompt: Using Scene 1 image as the absolute first frame base. Fluid, ultra-realistic timelapse video. Engaging HOOK: Excavators begin carving the foundation into the raw earth as clouds streak rapidly overhead, selling the passage of time. Workers move in fast, purposeful timelapse motion. Camera holds a slow aerial push-in. Scene 2: The Foundation & Frame Rising (8–16 seconds) Video Prompt: Continuation from the LAST FRAME of Scene 1. Fluid, ultra-realistic timelapse video. The concrete foundation cures and the wooden/steel frame rises rapidly — walls, floors, and roof trusses appearing in accelerated sequence. [Describe specific structural details]. Light shifts from morning to midday as time visibly compresses. Camera slowly orbits to reveal the frame taking shape. Scene 3: The Exterior & Finishes Take Shape (16–24 seconds) Video Prompt: Continuation from the LAST FRAME of Scene 2. Fluid, ultra-realistic timelapse video. Close-up/mid shots of the exterior finishing stage: windows installed, siding or stone facade applied, roofing completed, [describe signature feature, e.g., the infinity pool being tiled]. Light races from afternoon into a dramatic sunset. Slow-motion cinematic inserts of key finishing details. Scene 4: The Reveal (24–32 seconds) Video Prompt: Continuation from the LAST FRAME of Scene 3. Fluid, ultra-realistic timelapse video. Landscaping completes rapidly — grass fills in, trees are planted, exterior lighting switches on as blue hour falls. The camera cranes up and pulls back into a full aerial reveal of the finished luxury home, fully landscaped, lights glowing. The "Grow with Kaz" crew stands in front, admiring the completed build. The true scale and transformation from Scene 1 is emphasized.