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GPT Image 2 Storyboard Prompt: Create a premium cinematic 12-panel storyboard sheet for a dark fantasy celestial apocalypse sequence featuring Seraphyne, The Last Eclipse — an ancient fallen deity awakening during the collapse of a dying world. The storyboard should feel like a high-budget dark fantasy film previsualization board made by elite cinematic concept artists and AAA game studios. The atmosphere is ethereal, divine, catastrophic, melancholic, and cosmic. CHARACTER DESIGN Seraphyne — ageless celestial goddess with long flowing silver-white hair, pale cracked porcelain skin, black-and-silver celestial gown made of layered cosmic fabric, obsidian shard halo floating behind her head, crystalline glowing arm made of celestial quartz, intricate gold filigree armor, dark divine elegance, cosmic particles flowing around her. STORYBOARD LAYOUT Professional production-ready storyboard sheet featuring: 12 cinematic panels shot numbers timestamps camera movement arrows lens/focal length notes cinematic composition guides elegant typography clean editorial spacing subtle production grid lines luxury dark fantasy presentation aesthetics 12 STORYBOARD PANELS PANEL 1 Extreme wide establishing shot of ruined gothic kingdom beneath eclipsed sky and falling ash. PANEL 2 Low-angle silhouette reveal of Seraphyne standing atop cathedral ruins as moonlight pierces storm clouds. PANEL 3 Close-up of her obsidian shard halo slowly rotating behind her head. PANEL 4 Macro cinematic shot of cracked porcelain armor glowing with divine energy. PANEL 5 Medium shot of Seraphyne opening her crystalline arm while cosmic particles drift outward. PANEL 6 Wide cinematic shot as black fabric and silver hair flow violently in supernatural wind. PANEL 7 Overhead god-like perspective of celestial energy spreading across ruined city below. PANEL 8 Close-up emotional shot of Seraphyne shedding glowing golden tears. PANEL 9 Dynamic perspective shot of giant celestial rings forming in sky during eclipse. PANEL 10 Epic wide shot of Seraphyne levitating above collapsing gothic structures surrounded by cosmic storms. PANEL 11 Heroic frontal shot of Seraphyne extending crystalline arm toward viewer while divine energy explodes outward. PANEL 12 Final apocalyptic silhouette shot — Seraphyne floating before gigantic eclipsed moon as reality fractures around her. VISUAL STYLE dark fantasy cinematography, celestial apocalypse atmosphere, gothic ruins, divine cosmic horror, cinematic god rays, black and silver palette, flowing fabric simulation, ultra-detailed textures, elegant celestial design, volumetric fog, cinematic lighting, AAA fantasy concept art, ethereal realism, high-end editorial storyboard presentation. NEGATIVE PROMPT anime, sci-fi armor, cyberpunk, modern clothing, cartoon look, blurry storyboard, oversaturated colors, flat lighting, inconsistent character, poor anatomy, text glitches, watermark, low detail, messy layout
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1️⃣storyboard Pixar-style 3D animated film storyboard, cinematic sports animation, feature film story development board, animated movie pitch presentation, professional previsualization sheet, high-end Disney/Pixar lighting, ultra detailed 3D rendering, cinematic depth of field, warm emotional storytelling, global travel montage aesthetic, dynamic sports animation visualization, high-quality concept art storyboard, production-ready animation board ASPECT RATIO: 16:9 PROJECT: ONE BALL, ONE WORLD GLOBAL FOOTBALL JOURNEY SUBJECT: a magical football traveling across the world, connecting children and players from different countries, street football culture in different cities, emotional journey from local streets to World Cup final, global unity through football passion, coming-of-age sports adventure MAIN CHARACTER: young boy football player, dream-driven, energetic, emotional, wearing simple football jersey (varies by country environment), consistent character across all scenes, gradual growth in confidence and skill, expressive Pixar-style facial animation STORY SEQUENCE (8 PANELS): 01 BARCELONA, SPAIN golden sunset street football, child dribbling ball in narrow European street, warm light, dream beginning 02 CASABLANCA, MOROCCO street match in dusty warm light, players surrounding ball, fast dribbling through defenders 03 TOKYO, JAPAN neon-lit rainy city street, futuristic reflections on wet ground, precise technical control of ball 04 RIO DE JANEIRO, BRAZIL beach football, jump volley in bright sunlight, ocean waves in background, high energy movement 05 LAHORE, PAKISTAN dusty neighborhood field, kids running barefoot, long pass launched forward 06 BUENOS AIRES, ARGENTINA urban street football culture, tight dribbling, nutmeg move through opponent 07 FIFA WORLD CUP FINAL STADIUM massive modern stadium, crowd roaring, ball entering penalty area, cinematic tension moment 08 WORLD CHAMPIONS MOMENT trophy celebration, players and children from different countries united, confetti raining, emotional climax, global unity theme VISUAL DETAILS: 8-panel storyboard grid layout, numbered frames clearly visible, caption text under each panel, cinematic composition in every frame, Pixar-quality facial expressions, realistic cloth simulation, dynamic motion blur on ball, global environment variation per panel, highly detailed background architecture, warm storytelling lighting transitions, depth-rich environments, emotional visual continuity across panels COLOR: vibrant Pixar color palette, warm sunset oranges, neon blues and purples (Tokyo), bright tropical tones (Rio), earthy desert tones (Casablanca/Lahore), lush stadium green highlights, emotional cinematic grading CAMERA: wide establishing shots, low-angle heroic football shots, dynamic tracking camera, cinematic push-in on emotional moments, motion-follow ball camera, over-the-shoulder gameplay shots, aerial stadium shot for final scene MOOD: inspirational, heartwarming, dream-driven, emotional sports journey, global unity, hope and ambition LAYOUT: clean professional storyboard sheet, 8 equal panels grid, white background presentation board, caption under each frame, film pitch deck style, production annotation layout, minimal but premium design system QUALITY: Pixar-level 3D animation storyboard, masterpiece, ultra detailed, feature film production board, cinematic lighting, 8k resolution, professional animation previsualization, high-end concept art presentation
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Replying to @MishaBurnett
as a previsualization, this is very nice
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"THE RED HEAD" PRODUCTION CONCEPT PREVISUALIZATION 2026 youtu.be/Vfm1OGcIi5o?si=rckj… via @YouTube
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Dwayne Johnson is being cautiously optimistic about where AI is going. He sees it as an opportunity, and he has always gone where the audience is going. FAST & FURIOUS. JUMANJI. MOANA. WWE. The guy understands attention better than almost anyone in entertainment. I also don’t think he is looking at AI mainly as an actor. He is looking at it as a producer. Seven Bucks is where the next phase of his career probably lives anyway, because we can stop pretending The Rock is still a reliable solo movie star. He is a massive entertainer. But he's also a producer. And as a producer, AI is going to offer him cheaper development, faster previsualization, new marketing tools, and eventually entirely new kinds of projects. He is not scared of where the business is going. He wants to know how early he can get there. Would Dwayne Johnson embracing AI help legitimize it inside Hollywood?
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Replying to @seanward
The “AI sketch” framing is useful. A rough AI video can be a previsualization tool, not the final film. That makes it part of direction: test scene logic, camera ideas, pacing, and composition before expensive polish.
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Step 2 - The Storyboard Sheet (the 10-panel board from the package, standalone and paste-ready): Professional film storyboard sheet, Hollywood pre-production format, monochrome marker and ink sketch style, charcoal shading, clean white background, 16:9 sheet, header section titled "ONE BALL — 15s", 10 numbered sequential panels with timing indicators, camera-movement arrows, motion arrows on the football, handwritten director notes under each frame, production-ready previsualization board, ultra detailed, 8k. PANELS: 01 (0–3s) Paris cobblestone street at sunset, boy performing quick footwork, Eiffel Tower in background haze, low angle, note "handheld, golden hour" · 02 extreme close-up, football flying straight at camera, heavy motion-blur lines, note "MATCH CUT OUT" · 03 (3–6s) Tokyo neon alley at night, girl killing the dropping ball with one touch, puddle reflections, note "rain, neon practicals" · 04 low lateral tracking frame, ball streaking through neon light trails, camera-chase arrow, note "speed lines, MATCH CUT OUT" · 05 (6–9s) Rio beach wide, barefoot players, waves behind, ball descending from sky, note "late sun, flare" · 06 bicycle-kick volley at moment of impact, sand spray frozen, note "120fps slow-mo, ramp out" · 07 (9–12s) Mumbai monsoon gully, flooded street match between buildings, rain hatching, player chesting ball, note "warm windows vs grey rain" · 08 vertical rise frame, camera and ball ascending past rooftops and clotheslines into clouds, upward arrows, note "whiteout transition" · 09 (12–15s) world championship final stadium, ball dropping out of light beams into packed bowl, striker poised, note "80k crowd, flags" · 10 eruption finale, net-ripple inset, confetti, players lifting a generic golden trophy, crane-up arrow, note "END FRAME, emotional"
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1️⃣storyboard: professional film storyboard sheet, sports commercial storyboard, cinematic football advertisement, production planning board, previsualization frames, concept storyboard illustration, monochrome marker sketch, ink drawing, dynamic action visualization, hand-drawn storyboard art, movie pitch board, sports documentary style, highly detailed storyboard presentation ASPECT RATIO: 16:9 SUBJECT: a football travels around the world, different countries connected through one ball, street football culture, global passion for soccer, journey toward the FIFA World Cup Final SCENES / PANELS: 01 Paris, France – children play football in narrow streets, golden sunset 02 close-up – football flying directly toward camera, dynamic motion blur 03 Casablanca, Morocco – street match, player dribbles through defenders 04 Casablanca – precise pass forward, camera follows spinning ball 05 Tokyo, Japan – teenage girl controls ball on neon-lit streets 06 Tokyo – powerful shot, camera fast-tracks the ball 07 Rio de Janeiro, Brazil – beach football, kids barefoot, waves crashing 08 Rio – bicycle kick, dramatic slow-motion impact 09 Lahore, Pakistan – children chasing ball in dusty neighborhood 10 Lahore – long aerial pass, camera tilts up following ball 11 Buenos Aires, Argentina – crowded streets alive with football culture 12 Buenos Aires – player nutmegs opponent, passes upward, camera tracks 13 sky shot – ball rises above clouds 14 FIFA World Cup Final stadium – packed crowd, football enters frame 15 Final goal – stadium eruption, star player scores, players celebrate 16 global celebration – players from different countries lift trophy 17 aerial city shot – camera cranes higher, epic finale VISUAL DETAILS: 20 storyboard panels, numbered sequence frames, production annotations, camera movement arrows, timing notes, scene descriptions, handwritten director notes, cinematic composition, dynamic football action, match-cut transitions, motion arrows, story progression layout, clean storyboard borders, pre-production design document COLOR: black and white, grayscale marker rendering, charcoal sketch, storyboard drafting style CAMERA: FPV football tracking, wide shot, low angle, follow camera, orbit movement, push-in, dynamic sports cinematography LAYOUT: professional storyboard sheet, film production board, sequential panels, header information, project title section, timing indicators, shot descriptions under each frame, clean white background, Hollywood storyboard format QUALITY: masterpiece, best quality, ultra detailed, professional storyboard sheet, film previsualization board, sports commercial concept, FIFA World Cup campaign, cinematic football storytelling, production-ready presentation, 8k
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GPT Image 2 prompt: Create a 16:9 cinematic storyboard sheet for a 15-second high-speed martial arts training scene. [TYPE]: HIGH-SPEED ANIME MASTER VS STUDENT TRAINING STORYBOARD [FORMAT]: 16:9 horizontal storyboard sheet 12 panels clean readable panel separation panel numbers clearly visible professional animation previsualization layout camera notes visible inside or under panels strong action readability dynamic shot progression [VISUAL STYLE]: rough kinetic anime storyboard 80s adventure anime energy hand-drawn pencil and ink look sakuga action planning messy but controlled linework strong silhouettes minimal grayscale shading high-speed motion readability not a final illustration must feel like a real animation storyboard [ANNOTATION STYLE]: colorful annotations red = camera / lens / framing / camera movement blue = staff motion / attack arcs / speed direction green = body movement / jumps / footwork / dodge path orange = impact / near miss / wind pressure purple = timing / hold / speed ramp / pause notes Readable labels: WHIP PAN SNAP ZOOM TRACK SPEED RAMP IMPACT CUT MICRO PAUSE HOLD EFFORTLESS TOO CLOSE [CAMERA LANGUAGE]: student attacks = aggressive camera master evasions = calm camera Use: 14mm low-angle rush 18mm wide action 24mm tracking / orbit 35mm action clarity 50mm timing beats 70mm impact close-up Use: foreground staff passes foreground occlusion snap zooms whip pans orbit moves speed ramps motion-blurred staff crossing lens Master shots should stabilize after chaos. [SCENE]: Young student attacks with exaggerated staff techniques and reckless momentum. Master Jūran never blocks. He only avoids attacks with tiny efficient movements: head tilt torso exit half-step shoulder slip robe twist body lean small rotation Audience must clearly read EVERY evade. Final beat: tiny forehead flick launches student away. [SETTING]: mountain training ground cliff clearing stone floor pine trees wind simple background -------------------------------- SHOTLIST -------------------------------- 01 18mm WIDE ESTABLISHING Taro attack stance foreground. Jūran relaxed background. Camera: slow push-in. Mood: calm before chaos. -------------------------------- 02 14mm LOW-ANGLE RUSH Taro explosive forward attack. Camera: dolly-back snap zoom. Staff passes lens. Strong motion arc. -------------------------------- 03 35mm SIDE WHIP-PAN EVADE Taro swing crosses frame. Jūran dodge MUST READ CLEARLY: tiny sidestep head shift torso exits attack line shoulder opens slightly Staff misses face by centimeters. Beard and robe move from wind. Orange near-miss burst. Timing: TOO CLOSE EFFORTLESS Goal: viewer instantly reads dodge. -------------------------------- 04 24mm TRACK INTO JUMP Foot plant. Dust burst. Launch upward. Camera: track low on foot then tilt up. -------------------------------- 05 18mm VERTICAL RUSH Airborne downward strike. Camera: tilt up with jump speed ramp at peak tilt down into attack. Long attack arc. -------------------------------- 06 24mm ORBITING AIRBORNE COMBO FASTEST PANEL. Taro remains airborne. Attack A: horizontal strike Jūran: tiny head tilt evade Attack B: reverse strike Jūran: shoulder slip Attack C: descending hit Jūran: half-step retreat Attack D: spinning sweep Jūran: robe twist body lean Attack E: final thrust Jūran: small torso rotation Each dodge gets unique silhouette. Show: wind pressure cloth reaction beard motion near misses tiny dust shifts Camera: partial orbit around action. Timing: A B C D E SPEED RAMP Goal: viewer reads: MASTER DODGED FIVE ATTACKS -------------------------------- 07 35mm IMPACT LANDING Hard landing. Skid. Dust. Immediate recovery. Camera: impact cut. Small shake only on landing. -------------------------------- 08 14mm LOW-ANGLE FINAL CHARGE All-out final attack. Full body commitment. Smear pose. Camera: push-in on Taro reverse rush toward Jūran. -------------------------------- 09 50mm FINAL EVADE HOLD DO NOT GO DIRECTLY TO FINGER. Show final dodge first. Attack passes frame. Jūran already outside attack line. Tiny body rotation. Robe still moving. Only after evade: finger rises. Timing: MICRO PAUSE Goal: last dodge clearly readable. -------------------------------- 10 70mm EXTREME CLOSE-UP Forehead flick. Tiny motion. Huge force. Impact flash. One-frame hold before contact. -------------------------------- 11 18mm REACTION SHOT Taro launched backward. Comedic power. Snap zoom out. Dust burst. Speed lines. -------------------------------- 12 24mm FINAL AFTERMATH Taro crashed in distance. Jūran calm. Amused expression. Slow settle. Wind returns. Lesson complete. -------------------------------- [DIRECTORIAL NOTES]: Core of sequence: NOT attacks. EVASIONS. Every dodge must read instantly. Student = chaos. Master = effortless control. Fast camera around student. Calm composition around master. Airborne combo is centerpiece. Forehead flick must feel tiny but absurdly powerful. No logo. No watermark. No polished final render. Storyboard only. Make the aspect ratio 4:3 seedance2.0 prompt: Use storyboard @[image1] as the exact sequential visual keyframe reference for the video. Treat every panel as an independent cinematic shot and follow the storyboard timing, action and camera exactly. Do not display storyboard annotations, labels, arrows or panel numbers. Use @[image2] as the student reference and @[image3] as the master reference. Preserve identities, silhouettes, costumes and personality contrast. Create a 15-second high-speed anime martial arts training scene with rough cinematic sakuga energy and nostalgic 80s adventure anime feeling. No text. No watermark. No UI. No extra action beyond storyboard.
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Jun 12
1️⃣storyboard: professional film storyboard sheet, sports commercial storyboard, cinematic football advertisement, production planning board, previsualization frames, concept storyboard illustration, monochrome marker sketch, ink drawing, dynamic action visualization, hand-drawn storyboard art, movie pitch board, sports documentary style, highly detailed storyboard presentation ASPECT RATIO: 16:9 SUBJECT: intense 15-second football match sequence, final goal, German striker vs USA defender, decisive shot, stadium environment, realistic crowd reactions SCENES: 01 German striker receives ball near midfield, shoulder-to-shoulder contest 02 Defender lunges aggressively, striker fights through contact 03 Striker accelerates toward goal, keeping momentum 04 Defender attempts sliding tackle, wet pitch sprays water 05 Striker enters penalty area, final defender blocks 06 Defender jumps to intercept, collision with striker 07 Goalkeeper rushes off line, fully stretched 08 Striker executes decisive shot, goalkeeper dives 09 Defender slides desperately, ball inches ahead 10 Stadium camera slightly shakes as ball hits net 11 Instant crowd explosion, players leap 12 Camera whips around striker celebrating, arms out VISUAL DETAILS: 12 storyboard panels, numbered sequence frames, production annotations, camera movement arrows, timing notes, scene descriptions, handwritten director notes, cinematic composition, dynamic football action, match-cut transitions, motion arrows, story progression layout, clean storyboard borders, pre-production design document COLOR: black and white, grayscale marker rendering, charcoal sketch, storyboard drafting style CAMERA: handheld live broadcast operator style, low angle, close-up, wide shot, dynamic tracking, slightly chaotic framing during tackles, follow camera, orbit movement, push-in, cinematic football cinematography LAYOUT: professional storyboard sheet, film production board, 12 sequential panels, header information, project title section, timing indicators, shot descriptions under each frame, clean white background, Hollywood storyboard format QUALITY: masterpiece, best quality, ultra detailed, professional storyboard sheet, film previsualization board, sports commercial concept, FIFA World Cup campaign, cinematic football storytelling, production-ready presentation, 8k
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1️⃣storyboard prompt: professional motorsport storyboard sheet, Formula 1 cinematic storyboard, high-speed racing commercial, previsualization board, production planning storyboard, sports documentary visualization, motorsport advertising concept art, cinematic racing sequence, Hollywood action storyboard, dynamic racing photography, broadcast sports storytelling, realistic F1 action visualization, high-energy race sequence board ASPECT RATIO: 16:9 PROJECT: FORMULA 1 GRAND PRIX FULL THROTTLE CHASE THE LIMIT SUBJECT: Formula 1 driver fighting through the field, aggressive overtaking sequence, wheel-to-wheel racing, high-speed cornering, cockpit immersion, final victory celebration, journey from race start to checkered flag LOCATION: Suzuka International Racing Course, Formula 1 Grand Prix, packed grandstands, race weekend atmosphere, professional motorsport environment SEQUENCE: 01 LIGHTS OUT starting grid launch, cars accelerate simultaneously, sparks and tire smoke 02 LATE ON THE BRAKES heavy braking zone, aggressive overtake attempt 03 THREADING THE NEEDLE cockpit POV, squeezing through narrow gap 04 COMMIT inside line attack, high-speed corner entry 05 THROUGH THE PACK rear chase shot, multiple overtakes 06 SMOOTH HANDS driver focus, helmet close-up, cockpit control 07 WHEEL TO WHEEL side-by-side battle, minimal separation 08 THE MOVE hero overtake, race-defining moment 09 MISSION COMPLETE victory lap, checkered flag, driver celebration VISUAL DETAILS: 9 storyboard panels, numbered sequence frames, timecode indicators, camera descriptions in every frame, radio communication captions, sound effect typography, dynamic action photography, speed sensation, motion blur, tire deformation, brake sparks, track debris, realistic racing lines, professional storyboard annotations, cinematic race progression GRAPHIC DESIGN: black presentation board, white handwritten typography, yellow and red action text, timecode boxes, scene numbering, camera notes, radio callouts, sound effect captions, clean production layout, commercial storyboard presentation SOUND EFFECTS: VROOOOOM!, SCREEECH!, WHOOOSH!, ROOOAAARRR! RADIO DIALOGUE: Push now. We're flying. That's P1. Keep pushing. We did it. What a drive! CAMERA: low front 3/4 shot, trackside panning shot, cockpit POV, halo framing, inside apex angle, rear chase telephoto, over-shoulder cockpit shot, side tracking shot, hero tracking shot, victory finish shot MOTION: fast, aggressive, fluid, high-speed racing, rapid acceleration, violent braking, precision steering LIGHTING: natural daylight, race circuit lighting, cinematic contrast, dramatic motorsport atmosphere, realistic reflections on carbon fiber, heat haze COLOR: photorealistic Formula 1 broadcast look, deep blacks, high contrast, vibrant race liveries, cinematic color grading LAYOUT: professional storyboard sheet, 9 sequential panels, camera notes under every frame, time indicators in corners, sound effect overlays, radio communication annotations, motorsport production board, previsualization format, clean black background, Hollywood storyboard presentation masterpiece, best quality, ultra detailed, professional storyboard sheet, Formula 1 commercial concept, motorsport campaign presentation, cinematic racing storytelling, broadcast-quality visualization, production-ready layout,
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1️⃣Generate an image with GPT Image 2 prompt: highly detailed F1 car design sheet, concept showcase layout, technical illustration, character vehicle design sheet, previsualization board, photorealistic rendering, multiple angles and views, production-quality presentation, technical data annotation, professional graphic design layout ASPECT RATIO: 16:9 SUBJECT: Williams FW46 Formula 1 car, 2024 season, Alex Albon driver, Thai-British, race suit, helmet, car in studio lighting, high-tech automotive details, ultra-realistic materials, tire treads, sponsor logos, car reflections, aerodynamic features VIEWS / LAYOUT: main hero view – car driver in full composition front view rear view side view top view 3/4 front view 3/4 rear view driver in cockpit close-up technical highlights panel (weight, chassis, engine, fuel, driver info) team overview annotations professional clean labels, readable font, subtle shadows, clear separation lines VISUAL DETAILS: ultra-detailed F1 car, realistic reflections, racing decals, halo safety device, aerodynamic wings, tires, brake ducts, pit lane lighting, reflective studio floor, driver suit and helmet with sponsor logos, clean presentation borders, cinematic composition, high-end automotive photography style COLOR / RENDERING: photorealistic, full color, studio lighting, crisp details, contrast between car body and dark background, cinematic realism, highlight and shadow emphasis, clean layout for technical sheet CAMERA: straight-on, angled 3/4, top-down, side profile, cockpit close-up, cinematic perspective, wide lens for full car, professional photography composition LAYOUT: professional product showcase board, technical sheet style, multiple panels with annotations, main hero composition top-left, other angles grid below, driver info and car specs on right-hand side, clean typography and spacing, 8k resolution, ultra-detailed, masterpiece, cinematic lighting
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Step 1: Create a storyboard on Renoise using GPT Image 2 Here's the prompt: professional film storyboard sheet, sports commercial storyboard, football cinematic sequence, production planning board, previsualization frames, sports documentary visual development, Hollywood storyboard design, sports advertising pitch board, cinematic realism, broadcast-quality sports visualization, high-end concept storyboard, professional sports campaign presentation PROJECT: CHAMPIONSHIP FINAL THE DECISIVE GOAL ONE PASS. ONE SHOT. ONE CHAMPION. SUBJECT: championship football final, playmaker creates decisive attack, striker scores winning goal, journey from possession to victory, iconic championship moment, stadium celebration sequence CHARACTERS: Playmaker #10, creative midfielder, team captain, vision and precision, match controller Striker #9, elite finisher, explosive acceleration, clinical goal scorer LOCATION: massive football stadium, night championship match, packed crowd, stadium floodlights, professional football arena, high-stakes final SEQUENCE: 01 OPENING PLAY team regains possession, wide stadium establishing shot, final begins 02 DRIBBLE FORWARD playmaker receives ball, accelerates through midfield 03 BEAT THE DEFENDER quick feint, change of direction, defender beaten 04 INTO SPACE open grass ahead, attacking run develops 05 THROUGH PASS perfect pass between defenders, vision and timing 06 STRIKER'S RUN forward accelerates, breaking defensive line 07 ONE-ON-ONE goalkeeper confrontation, moment of truth 08 THE SHOT low driven strike, far post finish 09 GOAL ball hits net, stadium explodes 10 SPRINT TO CORNER adrenaline celebration run 11 KNEE SLIDE CELEBRATION iconic football celebration, arms wide open 12 TEAMMATES JOIN players rush together 13 GROUP CELEBRATION champions united, embracing 14 CROWD ROAR supporters erupt, flags and lights 15 VICTORY MOMENT hero stadium shot, fireworks, championship atmosphere VISUAL DETAILS: 15 storyboard panels, numbered sequence boxes, timestamp indicators, production notes, scene captions, sports action photography, realistic football motion, accurate ball physics, dynamic player movement, broadcast sports realism, professional storyboard drafting, editorial layout, clean presentation design, high-end commercial campaign aesthetics GRAPHIC DESIGN: large title header, red and black typography, production metadata section, character profile cards, scene numbering system, timing labels, professional storyboard borders, sports commercial presentation board, clean white background, agency pitch deck aesthetic CAMERA: wide stadium shot, tracking camera, field-level perspective, follow cam, low-angle action shot, broadcast television angle, goal camera, celebration tracking shot, crowd reaction shot, hero finale shot LIGHTING: stadium floodlights, night match atmosphere, broadcast sports lighting, cinematic highlights, realistic shadows COLOR: white presentation board, black typography, red accent graphics, realistic football photography, broadcast color grading LAYOUT: professional storyboard sheet, 15 sequential frames, character introduction section, project information block, scene descriptions beneath frames, timing annotations, Hollywood production format, commercial sports campaign board masterpiece, best quality, ultra detailed, professional storyboard sheet, sports commercial concept art, football campaign presentation, film previsualization board, cinematic football storytelling, agency-quality pitch deck, production-ready layout
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{#ModuloKinetic} The new Version 7 of #ModuloKinetic elevates #3Dstudy & previsualization with powerful new tools. One of the highlights? A comprehensive #LED database for your LED studies 🔎Learn more → modulo-pi.com/modulokinetic-… . #ProAV #MediaServers #avtweeps #LEDstudy
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Replying to @sw_holocron
I'm not sure I recall ever hearing that Spielberg suggested the "I have the high ground" ending. This isn't what happens in the publicly available version of the previsualization sequence Spielberg worked on. Do you have a source for this?
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Implementing a new programming language is a hodgepodge of transformation chains. Because a programming language is an abstract concept, and in order to put all the logic together, it must contain separate, encapsulated block parts, each one handling system tasks without having privileged access to what it must not. That's the simplification that is called separation of concerns. This, simply, is an abstraction. Separation of concerns comes into play to resolve imperative segments of 'programming abstraction.' The most minimal system reader interpreter we want to write has four block parts. The scanner does lexical analysis that makes characters into tokens. Then the parser transcribes the tokens into syntax trees, or syntactical lichen. As native run-time interpreters behave dynamically, in this example they update the variable values dynamically, whether the variables are defined globally or locally. The resolver then fixes this dynamic update issue. The resolver's approach is called lexical scoping, and it resolves variables statically rather than updating them dynamically. The names resolve by source position, not runtime order. If every variable name were unique, the resolver would have almost nothing interesting to do. Finally, in the interpreter part, it walks the run-tree and executes the sequential operation. These separate components, all in all, let the system scale with least confusion and all orderly placed. It's a trade-off to use a programming language for a particular stakeholder. The choice of language-pickup stems from the application needs, which alone creates the previsualization and technical assessment to avoid hindsight or any worst-case scenario. To write a language for personal reasons or to invent a language as a compiler scientist are two separate motives, and the latter demands huge effort & time. It's a humongous discourse that is beyond the scope of this writing. There are different computer science theories and approaches for languages, and the reasons they inherit whatever they do from family languages and what they don't. Most practical languages that possess versatility for specific purposes have already been written. Who wants to write a redundant language to solve the same problem with the same function? The intuitive way to fathom the pros & cons of those essential features is to contrast one utility of a language in a pair comparison with another one, e.g. Java & C or Ruby & C. Usually a software engineer is required to write code and assess all possible scenarios for a unique program. This is the ultimate task. Larger & more complex programs require their domain-specific programs to be written, or they use those that already exist, like regex for the scanner/lexical analysis part. The reason to use domain-specific programs is that the larger app produces spaghetti code and complexity that will eventually be more error-prone. Here, domain-specific programs can solve the problem that a general-purpose program costs a huge ton to improve. The second reason for using DSP is that different parts of the system have different needs, e.g. databases need SQL and configuration needs YAML.
I'm no fan of writing a new programming language from scratch and then building the interpreter or compiler for it, but knowing how to do both is a must. Every language inherits features for versatility, and those features ride on architectural and design choices that often hide behind terminology, or get flattened into a single word like "concept." First comes understanding the design: what a language inherited, the pros and cons, the security implications, the intended usage, and how it handles compilation at the interpreter or compiler level. Behind the abstraction, it takes real rigor to understand the differences between these choices: macros in C versus Lisp, implicit returns, constructor-inheriting languages versus those that aren't, and so on. Then designing the interpreter comes into play, and that alone forces you to see the whole system of computation as something rigorous. An interpreter has a frontend and a backend. The frontend covers lexical analysis (scanning), parsing (synthesizing expressions and statements), and static analysis (catching things like null-prone errors, not to be confused with SAST security tooling). The backend covers the intermediate representation (IR) and its forms like CFG, SSA, CPS, and TAC, then optimization, code generation, the virtual machine (not the OS kind of VM), and the runtime, which is the backbone that holds it all together. Because modern languages usually need both an interpreter and a compiler, the two get built as separate concepts: compilers, single-pass compilers, tree-walk interpreters, transpilers, and JIT compilers. Each is a huge topic, and mastering them at a scientific level takes years. I don't need that depth yet. I need a precise conceptual grasp plus enough implementation knowledge to see the real differences between Ruby, Lisp, C, and Java. I use those four as my baseline. I already know C and Java, so I can dive into Lisp and Ruby, which both have their own methodology and, in some ways, genuinely elegant sides. Writing a language and then writing a separate compiler for it is a whole story on its own. I dive a bit fast-forward since all are huge topics, but to simplify for myself as notes and even as a hobby, I jot them down here. Features: Higher-level language features are generally easier to implement. Lower-level languages, or ones that try to do both well like C (and, to a lesser extent, Java), tend to need more machinery. Dynamic versus static typing. Statically typed languages are harder to implement than dynamically typed ones. One intuitive clue: a dynamically typed language like Python pushes more work onto the interpreter, and since writing an interpreter is less involved than writing a full optimizing compiler, a large part of a dynamic language's implementation is essentially interpreter work. The contrast is clearest with typing itself. In C you declare types (int, double, float, char arrays, and so on), and the compiler checks them at compile time. Misuse a type or reference something that doesn't fit, and you get a compile-time error before the program ever runs. Python drops that upfront type allocation and defers most of that work to runtime, where the interpreter resolves types dynamically. Memory management. Reference counting (older but still in active use, e.g. Python and Swift) versus garbage collection (GC), which Java helped push into the mainstream. Data types. This varies a lot. Some languages get by with a tiny set of primitive types. Expressions and arithmetic. Here you have to implement operands and decide how every value gets passed and evaluated.
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Replying to @debloois_jason
Thank you so much. With just a very small amount of planning & previsualization, and a LOT of luck, I was in the right place at the right time.
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Orion OG #FreePalestine retweeted
previsualization is literally an artist's job they should not be using AI in literally the foundation on which the game's visual idwntity is based on. Idc if its faster.
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